YORKVILLE EF12P Manuel utilisateur

SERVICE MANUAL
EF12P
WORLD HEADQUARTERS
CANADA
U.S.A.
Yorkville Sound Limited
Yorkville Sound Inc.
550 Granite Court
Pickering, Ontario
L1W 3Y8 CANADA
4625 Witmer Industrial Estate
Niagara Falls, New York
14305, USA
Voice: 905-837-8481
Fax: 905-837-8746
Voice: 716-297-2920
Fax: 716-297-3689
SMT Disclaimer
Due to the complex nature of the use of SMT installed components
in Yorkville equipment, we highly caution all service technicians in
attempting to repair or replace SMT factory installed components.
Many of these components may be glued prior to initial soldering.
Replacing SMT components requires expensive
specialized de-soldering equipment and training.
Yorkville Sound will repair and replace defective SMT components
to ensure proper quality assurance and installation is maintained.
Manual-Service-EF12P-00-1v5 • October 23, 2023
This lightning flash with arrowhead symbol, within an
equilateral triangle, is intended to alert the user to the presence of uninsulated “dangerous
voltage” within the product’s enclosure that may be of sufficient magnitude to constitute a risk
of electric shock to persons.
Ce symbole d’éclair avec tête de flèche dans un triangle équilatéral est prévu pour alerter l’utilisateur de la
présence d’un «voltage dangereux» non-isolé à proximité de l’enceinte du produit qui pourrait être d’ampleur
suffisante pour présenter un risque de choque électrique.
The DO NOT STACK symbol is intended to alert the user that the product shall not be
vertically stacked because of the nature of the product.
I M P O RTA N T SA FETY IN STR U C TION S
The exclamation point within an equilatereal triangle is intended to alert the user to the presence
of important operating and maintenance (servicing) instructions in the literature accompanying
the appliance.
DO NOT
PUSH OR PULL
SEPARATE
COLLECTION
WEEE
Le point d’exclamation à l’intérieur d’un triangle équilatéral est prévu pour alerter l’utilisateur de la présence
d’instructions importantes dans la littérature accompagnant l’appareil en ce qui concerne l’opération et la
maintenance de cet appareil.
IEC 60417-5041
La symbole NE PAS EMPILER est pour alerter l'utilisateur que le produit ne doit pas être
empilé verticalement en raison de la nature du produit.
CAUTION: HOT SURFACE
ATTENTION: SURFACE CHAUDE
FOLLOW ALL INSTRUCTIONS
Instructions pertaining to a risk of fire, electric shock, or injury to a person
CAUTION: TO REDUCE THE RISK OF ELECTRIC SHOCK, DO NOT REMOVE COVER (OR BACK).
NO USER SERVICEABLE PARTS INSIDE. REFER SERVICING TO QUALIFIED SERVICE
PERSONNEL. THIS DEVICE IS FOR INDOOR USE ONLY!
INSTALLED BATTERY PACKS SHALL NOT BE EXPOSED TO EXCESSIVE HEAT
SUCH AS SUNSHINE, FIRE OR THE LIKE.
Read Instructions: The Owner’s Manual should be read and understood before operation of your unit. Please, save these instructions for future
reference and heed all warnings.
Cleaning: Clean only with dry cloth.
Packaging: Keep the box and packaging materials, in case the unit needs to be returned for service.
Warning: To reduce the risk or fire or electric shock, do not expose this apparatus to rain or moisture. Do not use this apparatus near water!
Warning: When using electric products, basic precautions should always be followed, including the following:
Power Sources
Your unit should be connected to a power source only of the voltage specified in the owners manual or as marked on the unit. This unit has a polarized
plug. Do not use with an extension cord or receptacle unless the plug can be fully inserted. Precautions should be taken so that the grounding scheme
on the unit is not defeated. An apparatus with CLASS I construction shall be connected to a Mains socket outlet with a protective earthing connection.
Where the MAINS plug or an appliance coupler is used as the disconnect device, the disconnect device shall remain readily operable.
Hazards
Do not place this product on an unstable cart, stand, tripod, bracket or table. The product may fall, causing serious personal injury and serious
damage to the product. Use only with cart, stand, tripod, bracket, or table recommended by the manufacturer or sold with the product. Follow the
manufacturer’s instructions when installing the product and use mounting accessories recommended by the manufacturer. Only use
attachments/accessories specified by the manufacturer.
Equipment that is suspended overhead must use a secondary safeguard to prevent personal injury in the event the primary mounting mechanism
fails. Safety eyebolts attached to the equipment and galvanized steel wire can be used together to implement a failsafe mounting thus ensuring the
safety of the equipment and anyone positioned below the equipment.
Improper installation can result in bodily injury or death. If you are not qualified to attempt the installation get help from a professional structural rigger.
Note: Prolonged use of headphones at a high volume may cause health damage to your ears.
The apparatus should not be exposed to dripping or splashing water; no objects filled with liquids should be placed on the apparatus.
Terminals marked with the “lightning bolt” are hazardous live; the external wiring connected to these terminals require installation by an instructed
person or the use of ready made leads or cords.
Ensure that proper ventilation is provided around the appliance. Do not install near any heat sources such as radiators, heat registers, stoves, or
other apparatus (including amplifiers) that produce heat.
No naked flame sources, such as lighted candles, should be placed on the apparatus.
Power Cord
Do not defeat the safety purpose of the polarized or grounding-type plug. A polarized plug has two blades with one wider than the other. A grounding type
plug has two blades and a third grounding prong. The wide blade or the third prong are provided for your safety. If the provided plug does not fit into your
outlet, consult an electrician for replacement of the obsolete outlet. The AC supply cord should be routed so that it is unlikely that it will be damaged.
Protect the power cord from being walked on or pinched particularly at plugs. If the AC supply cord is damaged DO NOT OPERATE THE UNIT. To
completely disconnect this apparatus from the AC Mains, disconnect the power supply cord plug from the AC receptacle. The mains plug of the power
supply cord shall remain readily operable.
Unplug this apparatus during lightning storms or when unused for long periods of time.
Service
The unit should be serviced only by qualified service personnel. Servicing is required when the apparatus has been damaged in any
way, such as power-supply cord or plug is damaged, liquid has been spilled or objects have fallen into the apparatus, the apparatus
has been exposed to rain or moisture, does not operate normally, requires battery pack replacement or has been dropped.
Disconnect power before servicing!
NOT TO BE SERVICED
BY USERS
CAUTION: OVERHEAD LOAD
ATTENTION: CHARGE AÉRIENNE
SUIVEZ TOUTES LES INSTRUCTIONS
Instructions relatives au risque de feu, choc électrique, ou blessures aux personnes
AVIS: AFIN DE REDUIRE LES RISQUE DE CHOC ELECTRIQUE, N’ENLEVEZ PAS LE COUVERT (OU LE PANNEAU
ARRIERE) NE CONTIENT AUCUNE PIECE REPARABLE PAR L’UTILISATEUR. CONSULTEZ UN TECHNICIEN
QUALIFIE POUR L’ENTRETIENT CE PRODUIT EST POUR L’USAGE À L’INTÉREUR SEULEMENT. LES PACKS
BATTERIES INSTALLÉS NE DOIVENT PAS ÊTRE EXPOSÉS À UNE CHALEUR EXCESSIVE TELLE QUE LE
ENSOLEILLEMENT, LE FEU OU SIMILAIRES.
Veuillez Lire le Manuel: Il contient des informations qui devraient êtres comprises avant l’opération de votre appareil. Conservez. Gardez S.V.P. ces
instructions pour consultations ultérieures et observez tous les avertissements.
Nettoyage: Nettoyez seulement avec le tissu sec.
Emballage: Conservez la boite au cas ou l’appareil devait être retourner pour réparation.
Avertissement: Pour réduire le risque de feu ou la décharge électrique, n'exposez pas cet appareil à la pluie ou à l'humidité. N’utilisez pas cet appareil
près de l’eau!
Attention: Lors de l’utilisation de produits électrique, assurez-vous d’adhérer à des précautions de bases incluant celle qui suivent:
Alimentation - L’appareil ne doit être branché qu’à une source d’alimentation correspondant au voltage spécifié dans le manuel ou tel qu’indiqué
sur l’appareil. Cet appareil est équipé d’une prise d’alimentation polarisée. Ne pas utiliser cet appareil avec un cordon de raccordement à moins qu’il soit
possible d’insérer complètement les trois lames. Des précautions doivent êtres prises afin d’eviter que le système de mise à la terre de l’appareil ne soit
désengagé. Un appareil construit selon les normes de CLASS I devrait être raccordé à une prise murale d’alimentation avec connexion intacte de mise à
la masse. Lorsqu’une prise de branchement ou un coupleur d'appareils est utilisée comme dispositif de débranchement, ce dispositif de débranchement
devra demeurer pleinement fonctionnel avec raccordement à la masse.
Risque - Ne pas placer cet appareil sur un chariot, un support, un trépied ou une table instables. L’appareil pourrait tomber et blesser quelqu’un ou subir
des dommages importants. Utiliser seulement un chariot, un support, un trépied ou une table recommandés par le fabricant ou vendus avec le produit. Suivre
les instructions du fabricant pour installer l’appareil et utiliser les accessoires recommandés par le fabricant. Utilisez seulement les attachements/accessoires
indiqués par le fabricant.
L'équipement suspendu au-dessus de la tête doit utiliser une protection secondaire pour éviter les blessures en cas de défaillance du mécanisme
de montage principal. Les boulons à œil de sécurité fixés à l'équipement et le fil d'acier galvanisé peuvent être utilisés ensemble pour mettre en
œuvre un montage à sécurité intégrée, assurant ainsi la sécurité de l'équipement et de toute personne placée sous l'équipement.
Une installation incorrecte peut entraîner des blessures corporelles ou la mort. Si vous n'êtes pas qualifié pour tenter l'installation, demandez l'aide
d'un gréeur structurel professionnel.
Remarque : L'utilisation prolongée d'écouteurs à un volume élevé peut nuire à la santé de vos oreilles.
Il convient de ne pas placer sur l’appareil de sources de flammes nues, telles que des bougies allumées.
L’appeil ne doit pas être exposé à des égouttements d’eau ou des éclaboussures et qu’aucun objet rempli de liquide tel que des vases ne doit être
placé sur l’appareil.
Assurez que lappareil est fourni de la propre ventilation. Ne procédez pas à l’installation près de source de chaleur tels que radiateurs, registre de
chaleur, fours ou autres appareils (incluant les amplificateurs) qui produisent de la chaleur.
Les dispositifs marqués d’une symbole “d’éclair” sont des parties dangereuses au toucher et que les câblages extérieurs connectés à ces
dispositifs de connection extérieure doivent être effectivés par un opérateur formé ou en utilisant des cordons déjà préparés.
Cordon d’Alimentation - Ne pas enlever le dispositif de sécurité sur la prise polarisée ou la prise avec tige de mise à la masse du cordon
d’alimentation. Une prise polarisée dispose de deux lames dont une plus large que l’autre. Une prise avec tige de mise à la masse dispose de deux lames
en plus d’une troisième tige qui connecte à la masse. La lame plus large ou la tige de mise à la masse est prévu pour votre sécurité. La prise murale est
désuète si elle n’est pas conçue pour accepter ce type de prise avec dispositif de sécurité. Dans ce cas, contactez un électricien pour faire remplacer la
prise murale. Évitez d’endommager le cordon d’alimentation. Protégez le cordon d’alimentation. Assurez-vous qu’on ne marche pas dessus et qu’on ne le
pince pas en particulier aux prises. N’UTILISEZ PAS L’APPAREIL si le cordon d’alimentation est endommagé. Pour débrancher complètement cet appareil
de l’alimentation CA principale, déconnectez le cordon d’alimentation de la prise d’alimentation murale. Le cordon d’alimentation du bloc d’alimentation de
l’appareil doit demeurer pleinement fonctionnel.
Débranchez cet appareil durant les orages ou si inutilisé pendant de longues périodes.
Service - L'appareil ne doit être entretenu que par un personnel de service qualifié. Une réparation est nécessaire lorsque l'appareil a été endommagé de
quelque manière que ce soit, comme le cordon d'alimentation ou la fiche est endommagé, du liquide a été renversé ou des objets sont tombés dans l'appareil,
l'appareil a été exposé à la pluie ou à l'humidité, ne fonctionne pas normalement , nécessite le remplacement de la batterie ou est tombé. Débranchez
l'alimentation avant l'entretien!
I M P O RTA N T SA FETY IN STR U C TION S
The Lightning Flash with arrowhead symbol within an equilateral triangle, is intended to alert the user to the presence of uninsulated
"dangerous voltage" within the product enclosure that may be of sufficient magnitude to constitute a risk of shock to persons
Le symbole représentant un éclair avec une flèche à l’intérieur d’un triangle équilatéral est utilisé pour prévenir l’utilisateur de la
présence d’une tension électrique dangereuse non isolée à l’intérieur de l’appareil. Cette tension est d’un niveau suffisamment
élevé pour représenter un risque d’électrocution
The exclamation point within an equilateral triangle is intended to alert the user to the presence of important operating and maintenance
(servicing) instructions in the literature accompanying the product
Le symbole représentant un point d’exclamation à l’intérieur d’un triangle équilatéral, signale à l’utilisateur la présence d’instructions importantes
relatives au fonctionnement et à l’entretien de l’appareil dans cette notice d’installation
1. Read these instructions.
2. Keep these instructions.
3. Heed all warnings.
4. Follow all instructions.
5. Do not use this apparatus near water.
6. Clean only with dry cloth.
7. Do not block any ventilation openings. Install in accordance with the manufacturer’s instructions.
8. Do not install near any heat sources such as radiators, heat registers, stoves, or other apparatus (including amplifiers) that produce heat.
9. Do not defeat the safety purpose of the polarized or grounding-type plug. A polarized plug has two blades with one wider than the other. A grounding
type plug has two blades and a third grounding prong. The wide blade or the third prongs are provided for your safety. If the provided plug does not fit
into your outlet, consult an electrician for replacement of the obsolete outlet.
10. Protect the power cord from being walked on or pinched particularly at plugs, convenience receptacles, and the point where they exit from
the apparatus.
11. Only use attachments/accessories specified by the manufacturer.
12. Use only with the cart, stand, tripod, bracket, or table specified by the manufacturer, or sold with the apparatus. When a cart is used, use caution when
moving the cart/apparatus combination to avoid injury from tip-over.
13. Unplug this apparatus during lightning storms or when unused for long periods of time.
14. Refer all servicing to qualified service personnel. Servicing is required when the apparatus has been damaged in any way, such as power-supply
cord or plug is damaged, liquid has been spilled or objects have fallen into the apparatus, the apparatus has been exposed to rain or moisture, does not
operate normally, or has been dropped.
1. Lisez ces instructions.
2. Conservez ces instructions.
3. Respecter tous les avertissements.
4. Suivez toutes les instructions.
5. N'utilisez pas l'appareil près de l'eau.
6. Nettoyer uniquement avec chiffon sec.
7. Ne bloquez pas les ouvertures de ventilation. Installer en suivant les instructions du fabricant.
8. Ne pas installer près des sources de chaleur telles que radiateurs, bouches de chaleur, four ou autres appareils (y compris les amplificateurs)
produisant de la chaleur.
9. N'annulez pas l'objectif sécuritaire de la fiche polarisée ou de la tige de mise à la terre. Une fiche polarisée possède deux lames avec une plus large
que l'autre. Une prise avec mise à la terre possède deux lames et une troisième tige. La lame large ou la troisième tige sont fournis pour votre sécurité.
Si la fiche n'entre pas dans votre prise, consultez un électricien pour remplacer la prise obsolète.
10. Protéger le cordon d'alimentation des piétinements ou pincements en particulier près des fiches, des prises de courant et au point de
sortie de l'appareil.
11. Utilisez uniquement les accessoires spécifiés par le fabricant.
12. Utiliser uniquement avec un charriot, stand, trépied ou une table spécifiée par le fabricant, ou vendus avec l'appareil.
13. Débranchez l'appareil durant un orage ou lorsqu'il reste inutilisé pendant de longues périodes de temps.
14. Confiez toute réparation à un technicien qualifié. Une réparation est nécessaire lorsque l'appareil a été endommagé de quelque façon que ce soit;
comme lorsque le cordon d'alimentation ou la fiche est endommagé, lorsque du liquide a été renversé ou des objets sont tombés à l'intérieur, lorsque
l'appareil a été exposé à la pluie ou l'humidité, ne fonctionne pas normalement, ou est tombé.
WARNING:
• To reduce the risk of fire or electric shock, do not expose this apparatus to rain or moisture and objects filled with liquids, such as vases, should not be
placed on this apparatus.
• To completely disconnect this apparatus from the ac mains, disconnect the power supply cord plug from the ac receptacle.
• The mains plug of the power supply cord or appliance coupler shall remain readily accessible.
AVERTISSEMENT:
• Pour réduire les risques d'incendie ou de choc électrique, ne pas exposer cet appareil à la pluie ou à l'humidité et ne placez pas d’objets contenant
des liquides, tels que des vases, sur l’appareil.
• Pour isoler totalement cet appareil de l'alimentation secteur, débranchez totalement son cordon d'alimentation du réceptacle CA.
• La prise du cordon d’alimentation ou du prolongateur, si vous en utilisez un comme dispositif de débranchement, doit rester facilement accessible
CAUTION
TO PREVENT ELECTRIC SHOCK HAZARD,
DO NOT CONNECT TO MAINS POWER SUPPLY
WHILE GRILLE IS REMOVED.
AVIS
POUR PRÉVENIR LES RISQUES D'ÉLECTROCUTION,
NE PAS RACCORDER A L’ALIMENTATION ÉLECTRIQUE ALORS
QUE LA GRILLE EST RETIRÉE.
DOC-Safety-5v0+UL60065-00-1v9 • February 2, 2022
LINE
LINE
M
Ma
in
Ma
x
in
x
M
MAIN IN
MASTER
CLIP
LIMIT
MODE
A-Z1477 / 1v2
MIC
MIC
MIXER
ENABLE
in
x
M
Ma
THRU
Enable / Disable
CLUB
SUB
CONCERT 100Hz
VOCAL
USER
LIN K
EF12P
Bluetooth
SMART
Hold 4 sec. to reset
TM
LED Flashing:
Ready to Connect
LED On:
Connected
A-Z1452 / 2v0
230V
50Hz
700mA
120VAC
60Hz 1.3A
FUSE: T1,6AH
FUSE: T3.15AH sloblo
DESIGNED & MANUFACTURED BY
YORKVILLE SOUND • TORONTO, CANADA
CAUTION:
REPLACE FUSE WITH
SAME TYPE AND RATING
ATTENTION: REMPLACER LE FUSIBLE
DU MEME TYPE ET DU MEME COURANT NOMINAL
POWER
ON
OFF
DOUBLE INSULATED, U-GND REQUIRED
FOR PERFORMANCE, NOT SAFETY.
Yorkville
EF12P
1200 WATT ACTIVE LOUDSPEAKER ENCLOSURE
www.yorkville.com
LINE IN
LEVEL
MIC IN
LEVEL
MAIN IN
MIXER
ENABLE
DSP
MAIN
LEVEL
LINK
BLUETOOTH
CONTROL
Contains Transmitter Module FCC ID: WAP2011
This device complies with Part 15 of the FCC Rules. Operation is subject to the following two
conditions: (1) this device may not cause harmful interference, and (2) this device must accept
any interference received, including interference that may cause undesired operation.
EF12P
A-Z1773 / 1v2
LINE
MASTER
MIC
0
Bluetooth
SMART
TM
Enable / Disable
Hold 4 sec. to reset
LED Flashing:
Ready to Connect
SUB
in
Ma
MODE
CLIP
NOTE: THE YORKVILLE APP
IS NEEDED TO CONTROL
FUNCTIONS THROUGH
BLUETOOTHTM AND IS NOT
FOR STREAMING AUDIO!
CLUB
CONCERT
VOCAL
USER
LIMIT
LINK
MIXER
ENABLE
LED On:
Connected
100Hz
Ma
x
x
x
in
M
M
Ma
M
in
LINE
MIC
MAIN IN
THRU
Yorkville
EF12P
1200 WATT ACTIVE LOUDSPEAKER ENCLOSURE
www.yorkville.com
POWER
ON
OFF
EF12P REV2
A-Z1462 / 1v1
230V
50Hz
700mA
120VAC
60Hz 1.3A
FUSE: T1,6AH
FUSE: T3.15AHsloblo
DESIGNED & MANUFACTURED BY
YORKVILLE SOUND • TORONTO, CANADA
CAUTION:
REPLACE FUSE WITH
SAME TYPE AND RATING
ATTENTION: REMPLACER LE FUSIBLE
DU MEME TYPE ET DU MEME COURANT NOMINAL
LINE IN
LEVEL
MIC IN
LEVEL
Phantom +24V
MAIN IN
MIXER
ENABLE
DSP
MAIN
LEVEL
LINK
BLUETOOTH
CONTROL
Contains Transmitter Module FCC ID: WAP2011
This device complies with Part 15 of the FCC Rules. Operation is subject to
the following two conditions: (1) this device may not cause harmful interference, and (2) this device must accept any interference received, including
EF12P
System Type
Active or Passive
Program Power (watts)
Max SPL (dB)
Frequency Response (Hz +/- 3dB)
Crossover Frequency (Hz)
Driver Configuration
HF Driver(s)
HF Dispersion (°H x °V)
LF Driver(s)
HF Power Amplifier (watts)
HF Amplifier Type
LF Power Amplifier (watts)
LF Amplifier Type
Power Cable
In / Out Connections
Input Impedance (Bal/UnBal)
Input Sensitivity (Vrms Sine)
Controls
Bar Handles
Flypoints
Pole Mount Adapter (1 3/8"-3.5cm)
Enclosure Materials
Dimensions (DWH xbackW, inches)
Dimensions (DWH xbackW, cm)
Weight (lbs/kg)
EF10P
2-Way
Active
500 watts (1000 watts Peak)
128dB Peak (122dB Continuous)
56 - 20k (Hz +/- 3dB)
1800
10-inch, 1.3-inch Diaphragm
1.3-inch Voice coil (Titanium Diaphragm)
100x40
10-inch Neo magnet w/2.5-inch Voice coil
100
2-Tier Class H
400
Class-D
25 ft (7.6m) Heavy Gauge Detachable IEC
1 x XLR & 1/4-inch Combi-jack Line Input
1 x XLR microphone Input
1 x XLR & 1/4-inch Combi-jack Main Input
1 x XLR-M Thruput
95Kohms / 90kohms
+4dBv / 1.23V
Mixer Enable
Mic Input w/level
Line Input w/level
DSP Mode (Club, Concert, Vocal, Custom)
Sub (100Hz HP Filter)
Bluetooth Control Enable
Master Level
1 x Side / 1 x Top
7 x ¼-20 (2 Top, 2 Bottom, 2 Each Side, 1 Pullback)
1 Bottom (1 3/8-inch / 3.5cm)
ABS Coated Baltic Birch Plywood
13 x 13.7 x 20 x 9.5
33 x 34.8 x 50.8 x 24
42 / 19.1
Specifications
EF12P
2-Way
Active
1200 watts (2400 watts Peak)
131dB Peak (125dB Continuous)
47 - 16k (Hz +/- 3dB)
1100
12-inch, 3-inch Diaphragm
3-inch Voice coil (Titanium Diaphragm)
60x40
12-inch Neo magnet w/3-inch Voice coil
300
3-Tier High Headroom
900
Class-D
25 ft (7.6m) Heavy Gauge Detachable IEC
1 x XLR & 1/4-inch Combi-jack Line Input
1 x XLR microphone Input
1 x XLR & 1/4-inch Combi-jack Main Input
1 x XLR-M Thruput
95Kohms / 90kohms
+4dBv / 1.23V
Mixer Enable
Mic Input w/level
Line Input w/level
DSP Mode (Club, Concert, Vocal, Custom)
Sub (100Hz HP Filter)
Bluetooth Control Enable
Master Level
2 x Side / 1 x Top
8 x ¼-20 (2 Top, 2 Bottom, 2 Each Side, 2 Pullback)
1 Bottom (1 3/8-inch / 3.5cm)
ABS Coated Baltic Birch Plywood
14.25 x 16.25 x 25.5 x 9.75
36.2 x 41.3 x 64.8 x 24.8
59 / 26.8
EF15P
2-Way
Active
1200 watts (2400 watts Peak)
133dB Peak (127dB Continuous)
43 - 16k
1100
15-inch, 3-inch Diaphragm
3-inch Voicecoil (Titanium Diaphragm)
60x40
15-inch neo magnet w/3-inch Voice coil
300
3-Tier High Headroom
900
Class-D
25 ft (7.6m) Heavy Gauge Detachable IEC
1 x XLR & 1/4-inch Combi-jack Line Input
1 x XLR microphone Input
1 x XLR & 1/4-inch Combi-jack Main Input
1 x XLR-M Thruput
95Kohms / 90kohms
+4dBv / 1.23V
Mixer Enable
Mic Input w/level
Line Input w/level
DSP Mode (Club, Concert, Vocal, Custom)
Sub (100Hz HP Filter)
Bluetooth Control Enable
Master Level
2 x Side / 1 x Top
8 x ¼-20 (2 Top, 2 Bottom, 2 Each Side, 2 Pullback)
1 Bottom (1 3/8-inch / 3.5cm)
ABS Coated Baltic Birch Plywood
14 x 18.5 x 30 x 12
35.6 x 47 x 76 x 30.5
64 / 29
EF215P
2-Way
Active
1200 watts (2400 watts Peak)
133dB Peak (127dB Continuous)
40 – 16k (Hz +/- 3dB)
1100
2 X 15-inch, 3-inch Diaphragm
3-inch Voicecoil (Titanium Diaphragm)
60x40
2 X 15-inch neo magnet w/3-inch Voice coil
300
3-Tier High Headroom
900
Class-D
25 ft (7.6m) Heavy Gauge Detachable IEC
1 x XLR & 1/4-inch Combi-jack Line Input
1 x XLR microphone Input
1 x XLR & 1/4-inch Combi-jack Main Input
1 x XLR-M Thruput
95Kohms / 90kohms
+4dBv / 1.23V
Mixer Enable
Mic Input w/level
Line Input w/level
DSP Mode (Club, Concert, Vocal, Custom)
Sub (100Hz HP Filter)
Bluetooth Control Enable
Master Level
4 x Side / 1 x Top
8 x ¼-20 (2 Top, 2 Bottom, 2 Each Side, 2 Pullback)
N/A
ABS Coated Baltic Birch Plywood
14 X 18.5 X 44.5 X 12
35.6 X 47 X 113 X 30.5
93 / 42
Specifications subject to change without notice
Type de système
Active or Passive
Puissance(watts)
Max SPL (dB)
Réponse en Fréquence (Hz +/- 3dB)
Fréquence de Coupure (Hz)
Configuration de haut-parleur
Driver HF
Dispersion HF (°H x °V)
Haut-parleur Fréquences Graves
Amplificateur de Puissance HF (watts)
Amplificateur de Puissance HF (type)
Amplificateur de Puissance Basses Fréquences (watts)
Amplificateur de Puissance Basses Fréquences (type)
Cordon d'Alimentation
Connexions d'entrée / sorites
Impédance d'entrée (Syml/Asym)
Sensibilité d'entrée (Vrms Sine)
Commandes
Poignées
Points de suspension
Adaptateur de montage sur poteau (1 3/8"-3.5cm)
Matériaux de construction
Dimensions (PLH xL arrière, pouces)
Dimensions (PLH xL arrière, cm)
Poids (livres/kg)
EF10P
2 voies
Active
500 watts (1000 watts Pointe)
128dB Pointe (122dB Continue)
56 - 20k (Hz +/- 3dB)
1800
10-pouces, Membrane 1.3-pouce
Bobine de 1.3-pouce (Membrane de Titane)
100x40
Aimant Néo 10-pouces avec Bobine 2.5-pouces
100
2-étages Classe H
400
Classe-D
25 pieds (7.6m) Jauge élevé amovible CEI
Entrée Ligne Combi-jack 1 x XLR & 1/4-pouce
Entrée pour microphone 1 x XLR
Entrée Principale Combi-jack 1 x XLR & 1/4-pouce
1 x XLR-M "Thruput"
95Kohms / 90kohms
+4dBv / 1.23V
Activation du mixeur
Niveau de l'entrée Mic
Niveau de l'entrée Ligne
Mode DSP (Club, Concert, Vocal, Custom)
Sub (Filtre HP 100Hz )
Activation de la fonction Bluetooth
Niveau Principal (Master)
1 x Côté / 1 x Dessus
7 x ¼-20 (2 Dessus, 2 Dessous, 2 Chaque côté, 1 Pullback)
1 Dessous (1 3/8-pouce / 3.5cm)
Contreplaqué de bouleau baltique enduit d'ABS
13 x 13.7 x 20 x 9.5
33 x 34.8 x 50.8 x 24
42 / 19.1
Spécifications
EF12P
2 voies
Active
1200 watts (2400 watts Pointe)
131dB Pointe (125dB Continue)
47 - 16k (Hz +/- 3dB)
1100
12-pouces, Membrane 3-pouces
Bobine de 3-pouce (Membrane de Titane)
60x40
Aimant Néo 12-pouces avec Bobine 3-pouces
300
3-étage, extension dynamique élevée
900
Classe-D
25 pieds (7.6m) Jauge élevé amovible CEI
Entrée Ligne Combi-jack 1 x XLR & 1/4-pouce
Entrée pour microphone 1 x XLR
Entrée Principale Combi-jack 1 x XLR & 1/4-pouce
1 x XLR-M "Thruput"
95Kohms / 90kohms
+4dBv / 1.23V
Activation du mixeur
Niveau de l'entrée Mic
Niveau de l'entrée Ligne
Mode DSP (Club, Concert, Vocal, Custom)
Sub (Filtre HP 100Hz )
Activation de la fonction Bluetooth
Niveau Principal (Master)
2 x Côté / 1 x Dessus
8 x ¼-20 (2 Dessus, 2 Dessous, 2 Chaque côté, 2 Pullback)
1 Dessous (1 3/8-pouce / 3.5cm)
Contreplaqué de bouleau baltique enduit d'ABS
14.25 x 16.25 x 25.5 x 9.75
36.2 x 41.3 x 64.8 x 24.8
59 / 26.8
EF15P
2 voies
Active
1200 watts (2400 watts Pointe)
133dB Pointe (127dB Continue)
43 - 16k
1100
15-pouces, Membrane 3-pouces
Bobine de 3-pouce (Membrane de Titane)
60x40
Aimant Néo 15-pouces avec Bobine 3-pouces
300
3-étage, extension dynamique élevée
900
Classe-D
25 pieds (7.6m) Jauge élevé amovible CEI
Entrée Ligne Combi-jack 1 x XLR & 1/4-pouce
Entrée pour microphone 1 x XLR
Entrée Principale Combi-jack 1 x XLR & 1/4-pouce
1 x XLR-M "Thruput"
95Kohms / 90kohms
+4dBv / 1.23V
Activation du mixeur
Niveau de l'entrée Mic
Niveau de l'entrée Ligne
Mode DSP (Club, Concert, Vocal, Custom)
Sub (Filtre HP 100Hz )
Activation de la fonction Bluetooth
Niveau Principal (Master)
2 x Côté / 1 x Dessus
8 x ¼-20 (2 Dessus, 2 Dessous, 2 Chaque côté, 2 Pullback)
1 Dessous (1 3/8-pouce / 3.5cm)
Contreplaqué de bouleau baltique enduit d'ABS
14 x 18.5 x 30 x 12
35.6 x 47 x 76 x 30.5
64 / 29
EF215P
2 voies
Active
1200 watts (2400 watts Pointe)
133dB Pointe (127dB Continue)
40 – 16k (Hz +/- 3dB)
1100
2 X 15-inch, 3-inch Diaphragm
Bobine de 3-pouce (Membrane de Titane)
60x40
2 X 15-inch neo magnet w/3-inch Voice coil
300
3-étage, extension dynamique élevée
900
Classe-D
25 pieds (7.6m) Jauge élevé amovible CEI
Entrée Ligne Combi-jack 1 x XLR & 1/4-pouce
Entrée pour microphone 1 x XLR
Entrée Principale Combi-jack 1 x XLR & 1/4-pouce
1 x XLR-M "Thruput"
95Kohms / 90kohms
+4dBv / 1.23V
Activation du mixeur
Niveau de l'entrée Mic
Niveau de l'entrée Ligne
Mode DSP (Club, Concert, Vocal, Custom)
Sub (Filtre HP 100Hz )
Activation de la fonction Bluetooth
Niveau Principal (Master)
4 x Side / 1 x Top
8 x ¼-20 (2 Dessus, 2 Dessous, 2 Chaque côté, 2 Pullback)
N/A
Contreplaqué de bouleau baltique enduit d'ABS
14 X 18.5 X 44.5 X 12
35.6 X 47 X 113 X 30.5
93 / 42
Spécifications sujettes à changement sans préavis
Block Diagram for EF12P & EF15P (REV1)
D E S I G N E D
&
M A N U FA C T U R E D
B Y
Y O R K V I L L E
S O U N D
Combi-Jack
Line
1
2
3
Level
Mic
1
2
AMP
Mixer
Enable
3
XLR
HF
Σ
RCA
Level
LF
Combi-Jack
AMP
DSP
1
DAC
2
ADC
3
Main In
/ Link
1
2
3
Thru
XLR
Microcontroller
Bluetooth
Master Mode
Level
Sub BluetoothTM
Block-Diag-EF12P-EF15P-00-1v1
Block Diagram for EF10P, EF12P, EF15P (REV2) & EF215P
D E S I G N E D
&
M A N U FA C T U R E D
B Y
Y O R K V I L L E
S O U N D
Combi-Jack
Line
1
2
3
Level
1/8-inch TRS
Mic
1
2
AMP
Mixer
Enable
3
XLR
HF
Σ
Level
+24V Phantom
LF
Combi-Jack
AMP
DSP
1
DAC
2
ADC
3
Main In
/ Link
1
2
3
Thru
XLR
Microcontroller
EF215P
Bluetooth
Master Mode
Level
Sub BluetoothTM
Block-Diag-EF_P-Series-REV2-00-2v1
M1497 02 Parts Reference List 9/28/2020
REF
AI-ASS
C1
C2
C3
C4
C5
C6
C7
C8
C9
C10
C11
C12
C13
C14
C15
C16
C17
C18
C19
C20
C21
C22
C23
C24
C25
C26
C27
C28
C29
C30
C31
C32
C33
C34
C35
C36
C37
C38
C39
C40
C41
C42
C43
C44
C45
C46
C47
C48
C49
C50
C51
C52
C53
C54
C55
C56
C57
C58
C59
C60
C61
C62
C63
C64
C65
C66
C67
C68
C69
C70
C71
C72
C73
C74
C75
C76
C77
C78
C79
YS #
M1497-59
7878
7767
7878
7767
7871
7767
7969
7767
7767
7767
7969
7767
7767
7969
7767
7694
7601
7969
7767
7969
7819
7813
7969
7767
7969
7969
7969
7969
7767
7767
7767
7767
7767
5979
7767
7969
7767
7886
7769
5910
5670
5860
5860
5670
5910
5242
5266
6451
7966
7813
5933
5979
7809
7737
8140
8141
7819
7966
5979
5979
5979
7927
7871
7871
7799
7809
7871
7966
5979
5979
5979
7966
7927
5979
7969
5979
5979
7871
7927
Description
EF15P/12P/POWER SUPPLY INPUT
__1U 25V 20%CAP
1206 SMT X7R
100N 16V 10%CAP
0603 SMT X7R
__1U 25V 20%CAP
1206 SMT X7R
100N 16V 10%CAP
0603 SMT X7R
470P 50V 5%CAP
0603 SMT NPO
100N 16V 10%CAP
0603 SMT X7R
_10U 16V 20%CAP
0805 SMT X5R
100N 16V 10%CAP
0603 SMT X7R
100N 16V 10%CAP
0603 SMT X7R
100N 16V 10%CAP
0603 SMT X7R
_10U 16V 20%CAP
0805 SMT X5R
100N 16V 10%CAP
0603 SMT X7R
100N 16V 10%CAP
0603 SMT X7R
_10U 16V 20%CAP
0805 SMT X5R
100N 16V 10%CAP
0603 SMT X7R
__3N3 25V 5%CAP
0805 SMT NPO
220N 50V 10%CAP
1206 SMT X7R
_10U 16V 20%CAP
0805 SMT X5R
100N 16V 10%CAP
0603 SMT X7R
_10U 16V 20%CAP
0805 SMT X5R
_10U 10V 10%CAP
1206 SMT X5R
_47P 50V 5%CAP
0805 SMT NPO
_10U 16V 20%CAP
0805 SMT X5R
100N 16V 10%CAP
0603 SMT X7R
_10U 16V 20%CAP
0805 SMT X5R
_10U 16V 20%CAP
0805 SMT X5R
_10U 16V 20%CAP
0805 SMT X5R
_10U 16V 20%CAP
0805 SMT X5R
100N 16V 10%CAP
0603 SMT X7R
100N 16V 10%CAP
0603 SMT X7R
100N 16V 10%CAP
0603 SMT X7R
100N 16V 10%CAP
0603 SMT X7R
100N 16V 10%CAP
0603 SMT X7R
100N 50V 5%CAP
0805 SMT X7R
100N 16V 10%CAP
0603 SMT X7R
_10U 16V 20%CAP
0805 SMT X5R
100N 16V 10%CAP
0603 SMT X7R
__4U7 25V 20%CAP 4X5.5 SMT ELC
__1U 50V 20%CAP 4.3X3.9 SMT ELC
4700U 100V 10%CAP BLK 35X40MM 4PS
3300U 63V 20%CAP 18X40MM CUT5MM EL
3300U 35V 20%CAP BLK 16X35.5MM EL
3300U 35V 20%CAP BLK 16X35.5MM EL
3300U 63V 20%CAP 18X40MM CUT5MM EL
4700U 100V 10%CAP BLK 35X40MM 4PS
100N 250V 20%CAP BLK 'X2' 15MM AC
680N 250V 20%CAP BLK 'X2' 27MM AC
__4N7 250V 20%CAP BLK 'Y' 10MM AC
__2N7 100V 10%CAP
0805 SMT X7R
_47P 50V 5%CAP
0805 SMT NPO
__4U7 100DC10%CAP BLK RAD POLYE FLM
100N 50V 5%CAP
0805 SMT X7R
_10U 16V 20%CAP 5X5.4 SMT NP
_10N 50V 10%CAP
0805 SMT X7R
_15U 35V 10%CAP
6032 SMT TNT
100U 10V 20%CAP
3528 SMT TNT
_10U 10V 10%CAP
1206 SMT X5R
__2N7 100V 10%CAP
0805 SMT X7R
100N 50V 5%CAP
0805 SMT X7R
100N 50V 5%CAP
0805 SMT X7R
100N 50V 5%CAP
0805 SMT X7R
100P 50V 10%CAP
0805 SMT NPO
470P 50V 5%CAP
0603 SMT NPO
470P 50V 5%CAP
0603 SMT NPO
__5N6 50V 5%CAP
0805 SMT C0G
_10U 16V 20%CAP 5X5.4 SMT NP
470P 50V 5%CAP
0603 SMT NPO
__2N7 100V 10%CAP
0805 SMT X7R
100N 50V 5%CAP
0805 SMT X7R
100N 50V 5%CAP
0805 SMT X7R
100N 50V 5%CAP
0805 SMT X7R
__2N7 100V 10%CAP
0805 SMT X7R
100P 50V 10%CAP
0805 SMT NPO
100N 50V 5%CAP
0805 SMT X7R
_10U 16V 20%CAP
0805 SMT X5R
100N 50V 5%CAP
0805 SMT X7R
100N 50V 5%CAP
0805 SMT X7R
470P 50V 5%CAP
0603 SMT NPO
100P 50V 10%CAP
0805 SMT NPO
REF
C80
C81
C82
C83
C84
C85
C86
C87
C88
C89
C90
C91
C92
C93
C94
C95
C96
C97
C98
C99
C100
C101
C102
C103
C104
C105
C106
C107
C108
C109
C110
C111
C112
C113
C114
C115
C116
C117
C118
C119
C120
C121
C122
C123
C124
C125
C126
C127
C128
C129
C130
C131
C132
C133
C134
C135
C136
C137
C138
C139
C140
C141
C142
C143
C144
C145
C146
C147
C148
C149
C150
C151
C152
C153
D1
D2
D3
D4
D6
D7
YS #
8139
7813
7813
8139
7813
7871
7871
7603
7871
7735
5979
7696
7871
7813
8139
7603
5979
5979
7767
8088
7871
7966
5979
7767
7819
7819
7767
7819
7767
7819
7766
7767
7819
7605
7798
7603
7603
5979
8088
7733
7733
7605
5979
7798
8088
7603
7603
7813
7813
7813
7697
7697
7927
7969
7969
7767
7767
8141
7969
7767
7969
5979
7809
5979
5979
7769
7769
7917
7917
7769
5979
5982
5982
5982
8085
8085
8275
7750
7914
7832
Description
_22U 25V 20%CAP
1210 SMT X7R
_47P 50V 5%CAP
0805 SMT NPO
_47P 50V 5%CAP
0805 SMT NPO
_22U 25V 20%CAP
1210 SMT X7R
_47P 50V 5%CAP
0805 SMT NPO
470P 50V 5%CAP
0603 SMT NPO
470P 50V 5%CAP
0603 SMT NPO
680P 50V 5%CAP
0805 SMT C0G
470P 50V 5%CAP
0603 SMT NPO
__4U7 50V 10%CAP
1210 SMT CER
100N 50V 5%CAP
0805 SMT X7R
_68N 50V 5%CAP
0805 SMT X7R
470P 50V 5%CAP
0603 SMT NPO
_47P 50V 5%CAP
0805 SMT NPO
_22U 25V 20%CAP
1210 SMT X7R
680P 50V 5%CAP
0805 SMT C0G
100N 50V 5%CAP
0805 SMT X7R
100N 50V 5%CAP
0805 SMT X7R
100N 16V 10%CAP
0603 SMT X7R
_10U 16V 10%CAP
0805 SMT X6S
470P 50V 5%CAP
0603 SMT NPO
__2N7 100V 10%CAP
0805 SMT X7R
100N 50V 5%CAP
0805 SMT X7R
100N 16V 10%CAP
0603 SMT X7R
_10U 10V 10%CAP
1206 SMT X5R
_10U 10V 10%CAP
1206 SMT X5R
100N 16V 10%CAP
0603 SMT X7R
_10U 10V 10%CAP
1206 SMT X5R
100N 16V 10%CAP
0603 SMT X7R
_10U 10V 10%CAP
1206 SMT X5R
_15P 50V 5%CAP
0603 SMT NPO
100N 16V 10%CAP
0603 SMT X7R
_10U 10V 10%CAP
1206 SMT X5R
__1N5 50V 5%CAP
0805 SMT NPO
_15N 50V 5%CAP
0805 SMT C0G
680P 50V 5%CAP
0805 SMT C0G
680P 50V 5%CAP
0805 SMT C0G
100N 50V 5%CAP
0805 SMT X7R
_10U 16V 10%CAP
0805 SMT X6S
__4N7 50V 10%CAP 0805 SMT X7R
__4N7 50V 10%CAP 0805 SMT X7R
__1N5 50V 5%CAP
0805 SMT NPO
100N 50V 5%CAP
0805 SMT X7R
_15N 50V 5%CAP
0805 SMT C0G
_10U 16V 10%CAP
0805 SMT X6S
680P 50V 5%CAP
0805 SMT C0G
680P 50V 5%CAP
0805 SMT C0G
_47P 50V 5%CAP
0805 SMT NPO
_47P 50V 5%CAP
0805 SMT NPO
_47P 50V 5%CAP
0805 SMT NPO
_22U 16V 5%CAP 5X5.5 SMT ELC
_22U 16V 5%CAP 5X5.5 SMT ELC
100P 50V 10%CAP
0805 SMT NPO
_10U 16V 20%CAP
0805 SMT X5R
_10U 16V 20%CAP
0805 SMT X5R
100N 16V 10%CAP
0603 SMT X7R
100N 16V 10%CAP
0603 SMT X7R
100U 10V 20%CAP
3528 SMT TNT
_10U 16V 20%CAP
0805 SMT X5R
100N 16V 10%CAP
0603 SMT X7R
_10U 16V 20%CAP
0805 SMT X5R
100N 50V 5%CAP
0805 SMT X7R
_10U 16V 20%CAP 5X5.4 SMT NP
100N 50V 5%CAP
0805 SMT X7R
100N 50V 5%CAP
0805 SMT X7R
__1U 50V 20%CAP 4.3X3.9 SMT ELC
__1U 50V 20%CAP 4.3X3.9 SMT ELC
_33U 25V 20%CAP 6.3X5.5 SMT EL
_33U 25V 20%CAP 6.3X5.5 SMT EL
__1U 50V 20%CAP 4.3X3.9 SMT ELC
100N 50V 5%CAP
0805 SMT X7R
150P 1000V 5%CAP
1206 SMT C0G
150P 1000V 5%CAP
1206 SMT C0G
150P 1000V 5%CAP
1206 SMT C0G
ES1H 500V 1A0 D214 UPGT 8814
ES1H 500V 1A0 D214 UPGT 8814
MMBZ5252B 24V0 0W35 5% SMT ZEN
CDSF4148 75V 0A15 1005 SMT
MMBZ5231B 5V1 0W35 5% SMT ZEN
MM3Z18VT1G 18V0 0W2 5% SMT ZEN
REF
D8
D9
D10
D11
D12
D13
D14
D15
D16
D17
D18
D19
D20
D21
D22
D23
D24
D25
D26
D27
D28
D31
D32
D33
D34
D35
D36
D37
D38
D39
D40
D41
D42
D43
D44
HW1
HW2
HW3
HW4
J1
J2
J3
J4
J5
K1
L1
L2
L3
L4
L5
L6
L7
L8
L9
L10
L11
L12
LD1
LD2
LD4
P1
P2
P3
PCB1
Q1
Q2
Q3
Q4
Q5
Q6
Q7
Q8
Q9
Q10
Q11
Q15
Q16
R1
R2
R3
YS #
7750
7750
7889
7889
7889
7889
7889
7889
7889
7889
7889
7889
7889
7889
7889
7889
7893
7750
7750
7750
8080
7750
7750
7832
7750
8080
7750
7750
7750
7750
7750
7750
7750
7750
7750
8637
8637
8637
8637
4090
4140
4090
3466
4010
3696
8256
8256
8256
8256
6492
8283
6562
7730
2910
8256
2906
8256
8155
6001
8154
4462
4459
4459
M1497BLANK
7837
7894
7701
7837
7915
5190
7701
7837
7986
7986
7986
6817
7838
7854
7673
7898
Description
CDSF4148 75V 0A15 1005 SMT
CDSF4148 75V 0A15 1005 SMT
ES3D 200V 3A0 D214 SMT SMC
ES3D 200V 3A0 D214 SMT SMC
ES3D 200V 3A0 D214 SMT SMC
ES3D 200V 3A0 D214 SMT SMC
ES3D 200V 3A0 D214 SMT SMC
ES3D 200V 3A0 D214 SMT SMC
ES3D 200V 3A0 D214 SMT SMC
ES3D 200V 3A0 D214 SMT SMC
ES3D 200V 3A0 D214 SMT SMC
ES3D 200V 3A0 D214 SMT SMC
ES3D 200V 3A0 D214 SMT SMC
ES3D 200V 3A0 D214 SMT SMC
ES3D 200V 3A0 D214 SMT SMC
ES3D 200V 3A0 D214 SMT SMC
MBRA340T3 40V 3A SHTKY 403D SMT
CDSF4148 75V 0A15 1005 SMT
CDSF4148 75V 0A15 1005 SMT
CDSF4148 75V 0A15 1005 SMT
SMAJ150CA 150V 400W
BIDIR SMT
CDSF4148 75V 0A15 1005 SMT
CDSF4148 75V 0A15 1005 SMT
MM3Z18VT1G 18V0 0W2 5% SMT ZEN
CDSF4148 75V 0A15 1005 SMT
SMAJ150CA 150V 400W
BIDIR SMT
CDSF4148 75V 0A15 1005 SMT
CDSF4148 75V 0A15 1005 SMT
CDSF4148 75V 0A15 1005 SMT
CDSF4148 75V 0A15 1005 SMT
CDSF4148 75V 0A15 1005 SMT
CDSF4148 75V 0A15 1005 SMT
CDSF4148 75V 0A15 1005 SMT
CDSF4148 75V 0A15 1005 SMT
CDSF4148 75V 0A15 1005 SMT
ROUND PUSH BUTTON 1/4" BLK 24MM
ROUND PUSH BUTTON 1/4" BLK 24MM
ROUND PUSH BUTTON 1/4" BLK 24MM
ROUND PUSH BUTTON 1/4" BLK 24MM
1/4IN &XLR PCB MT VERT COMBO NCJ6-V
XLR MALE PCB MT VERT 24MM A-SERIES
1/4IN &XLR PCB MT VERT COMBO NCJ6-V
RCA DUAL PCB MT VERT GOLD 24MM
XLR FEML PCB MT VERT 24MM AA-SERIES
RELAY 1C 02AMP DC24 006MA PC-S
FERRITE BEAD 600R @100MHZ 0805 SMT
FERRITE BEAD 600R @100MHZ 0805 SMT
FERRITE BEAD 600R @100MHZ 0805 SMT
FERRITE BEAD 600R @100MHZ 0805 SMT
1300UH COIL COMMON MODE 4AMP
__4.7UH 20% COIL 12MM SMT
_192UH CHOKE 74T20AWG/77256MAGNTKS
__2.2UH COIL
SMT
120.0UH COIL SR4018T 1R6 SMT
FERRITE BEAD 600R @100MHZ 0805 SMT
486UH COIL COMMON MODE 8A SMT
FERRITE BEAD 600R @100MHZ 0805 SMT
YEL LED 2V0 20MA 3216 SMT
RD/GN/BL LED 2V1 20MA 0606 SMT
RED LED 1V9 20MA 1206 SMT
_50K BLIN 9MM
P32
_10K B LIN 9MM DET HI TORQ P32
_10K B LIN 9MM DET HI TORQ P32
1_OZ 2SD 73.26SQIN 01PR EF15/12
MMBT5401 PNP
SOT-23 SMT
12.288MHZ CRYSTAL 4-PIN SMT
MMBTA14 NPN DARL SOT-23 SMT
MMBT5401 PNP
SOT-23 SMT
T810-600G-TR 8A TRIAC D2PAK SMT
MBS4992
TO92 8V5 DIAC T&R
MMBTA14 NPN DARL SOT-23 SMT
MMBT5401 PNP
SOT-23 SMT
2N7002
NCH FET SOT-23 SMT T&R
2N7002
NCH FET SOT-23 SMT T&R
2N7002
NCH FET SOT-23 SMT T&R
MJD112 NPN DARL DPAK3 SMT
MMBT3904 NPN
SOT-23 SMT
W125 47R 5%
0805 SMT RES
W100 475R 1%
0805 SMT RES
W125 1K02 0.1%
0805 SMT RES
REF
R5
R7
R8
R9
R10
R11
R12
R13
R14
R15
R16
R17
R18
R19
R20
R21
R22
R23
R24
R25
R26
R27
R28
R29
R30
R31
R34
R38
R42
R44
R45
R46
R47
R48
R49
R50
R51
R52
R53
R54
R55
R56
R57
R58
R59
R60
R61
R62
R63
R64
R65
R66
R67
R68
R69
R70
R71
R72
R73
R74
R75
R76
R77
R78
R79
R80
R81
R82
R83
R84
R85
R86
R87
R88
R89
R90
R91
R92
R93
R94
YS #
7624
7625
7900
7682
7708
7854
7854
7854
7854
7624
7624
7624
7682
7899
7899
7854
7854
7673
7673
7854
7854
7624
7859
7866
7625
7895
7895
7852
7900
7852
7859
7930
7899
7898
7628
7673
7928
7866
7681
7625
7866
8137
7899
7898
7673
7928
7628
7642
7708
6543
7898
7633
7928
7928
7900
7682
7646
7822
7898
7928
7928
7898
7625
7928
7928
7625
7633
7897
7898
7898
7897
7625
7928
7928
7633
7625
7625
7673
7673
7633
Description
W100 100R 1%
0805 SMT RES
W100 10K0 1%
0805 SMT RES
W125 30K 0.5%
0805 SMT RES
W125 17K8 1%
0805 SMT RES
W100 200R 1%
0805 SMT RES
W125 47R 5%
0805 SMT RES
W125 47R 5%
0805 SMT RES
W125 47R 5%
0805 SMT RES
W125 47R 5%
0805 SMT RES
W100 100R 1%
0805 SMT RES
W100 100R 1%
0805 SMT RES
W100 100R 1%
0805 SMT RES
W125 17K8 1%
0805 SMT RES
W125 1K800 0.1% 0805 SMT RES
W125 1K800 0.1% 0805 SMT RES
W125 47R 5%
0805 SMT RES
W125 47R 5%
0805 SMT RES
W100 475R 1%
0805 SMT RES
W100 475R 1%
0805 SMT RES
W125 47R 5%
0805 SMT RES
W125 47R 5%
0805 SMT RES
W100 100R 1%
0805 SMT RES
W125 2K2 5%
0805 SMT RES
W125 1M 5%
0805 SMT RES
W100 10K0 1%
0805 SMT RES
FUSE SLOW 7A 125V
SMT 6125
FUSE SLOW 7A 125V
SMT 6125
W250 10R 5%
1206 SMT RES
W125 30K 0.5%
0805 SMT RES
W250 10R 5%
1206 SMT RES
W125 2K2 5%
0805 SMT RES
W250 22R 5%
1206 SMT RES
W125 1K800 0.1% 0805 SMT RES
W125 1K02 0.1%
0805 SMT RES
W100 15K0 1%
0805 SMT RES
W100 475R 1%
0805 SMT RES
W125 10K00 0.1%
0805 SMT RES
W125 1M 5%
0805 SMT RES
W125 8K25 1%
0805 SMT RES
W100 10K0 1%
0805 SMT RES
W125 1M 5%
0805 SMT RES
W125 1K62 1%
0805 SMT RES
W125 1K800 0.1% 0805 SMT RES
W125 1K02 0.1%
0805 SMT RES
W100 475R 1%
0805 SMT RES
W125 10K00 0.1%
0805 SMT RES
W100 15K0 1%
0805 SMT RES
W100 4K75 1%
0805 SMT RES
W100 200R 1%
0805 SMT RES
48R 265V RESETTABLE THERMISTOR PTC
W125 1K02 0.1%
0805 SMT RES
W100 2K74 1%
0805 SMT RES
W125 10K00 0.1%
0805 SMT RES
W125 10K00 0.1%
0805 SMT RES
W125 30K 0.5%
0805 SMT RES
W125 17K8 1%
0805 SMT RES
W125 681R 1%
0805 SMT RES
W100 7K50 1%
0805 SMT RES
W125 1K02 0.1%
0805 SMT RES
W125 10K00 0.1%
0805 SMT RES
W125 10K00 0.1%
0805 SMT RES
W125 1K02 0.1%
0805 SMT RES
W100 10K0 1%
0805 SMT RES
W125 10K00 0.1%
0805 SMT RES
W125 10K00 0.1%
0805 SMT RES
W100 10K0 1%
0805 SMT RES
W100 2K74 1%
0805 SMT RES
W125 330R 0.5%
0805 SMT RES
W125 1K02 0.1%
0805 SMT RES
W125 1K02 0.1%
0805 SMT RES
W125 330R 0.5%
0805 SMT RES
W100 10K0 1%
0805 SMT RES
W125 10K00 0.1%
0805 SMT RES
W125 10K00 0.1%
0805 SMT RES
W100 2K74 1%
0805 SMT RES
W100 10K0 1%
0805 SMT RES
W100 10K0 1%
0805 SMT RES
W100 475R 1%
0805 SMT RES
W100 475R 1%
0805 SMT RES
W100 2K74 1%
0805 SMT RES
REF
R95
R96
R97
R98
R99
R100
R101
R102
R103
R104
R105
R106
R107
R108
R109
R110
R111
R112
R113
R114
R115
R116
R117
R118
R119
R120
R121
R122
R123
R124
R125
R126
R127
R128
R129
R130
R131
R132
R133
R134
R135
R136
R137
R138
R142
R143
R144
R145
R146
R147
R148
R149
R150
R151
R152
R153
R154
R155
R156
R157
R158
R175
R176
R177
R178
R179
R180
R181
R182
R183
R184
R185
R186
R187
R188
R189
R192
R193
R194
R195
YS #
7625
7898
7900
4963
7673
7673
7633
7898
7634
7625
7625
7854
7625
7642
7628
7899
7899
7642
7642
7708
7708
7708
7708
7642
7642
7899
7899
7642
7628
7682
7633
7682
7633
7637
7637
7637
7637
7637
7637
7625
7625
7625
7898
7642
7866
7866
8103
8103
8103
7854
7854
7854
7854
7854
7854
7854
7854
7854
7930
7854
7854
7898
7649
7624
7649
7649
7624
7678
7649
7624
7642
7649
7642
7649
7624
7930
7649
7649
7739
7821
Description
W100 10K0 1%
W125 1K02 0.1%
W125 30K 0.5%
W125 64K9 1%
W100 475R 1%
W100 475R 1%
W100 2K74 1%
W125 1K02 0.1%
W100 20K5 1%
W100 10K0 1%
W100 10K0 1%
W125 47R 5%
W100 10K0 1%
W100 4K75 1%
W100 15K0 1%
W125 1K800 0.1%
W125 1K800 0.1%
W100 4K75 1%
W100 4K75 1%
W100 200R 1%
W100 200R 1%
W100 200R 1%
W100 200R 1%
W100 4K75 1%
W100 4K75 1%
W125 1K800 0.1%
W125 1K800 0.1%
W100 4K75 1%
W100 15K0 1%
W125 17K8 1%
W100 2K74 1%
W125 17K8 1%
W100 2K74 1%
W125 3K32 1%
W125 3K32 1%
W125 3K32 1%
W125 3K32 1%
W125 3K32 1%
W125 3K32 1%
W100 10K0 1%
W100 10K0 1%
W100 10K0 1%
W125 1K02 0.1%
W100 4K75 1%
W125 1M 5%
W125 1M 5%
W125 120K 1%
W125 120K 1%
W125 120K 1%
W125 47R 5%
W125 47R 5%
W125 47R 5%
W125 47R 5%
W125 47R 5%
W125 47R 5%
W125 47R 5%
W125 47R 5%
W125 47R 5%
W250 22R 5%
W125 47R 5%
W125 47R 5%
W125 1K02 0.1%
W125 1K50 1%
W100 100R 1%
W125 1K50 1%
W125 1K50 1%
W100 100R 1%
W125 3K92 1%
W125 1K50 1%
W100 100R 1%
W100 4K75 1%
W125 1K50 1%
W100 4K75 1%
W125 1K50 1%
W100 100R 1%
W250 22R 5%
W125 1K50 1%
W125 1K50 1%
W250 1R 5%
W125 10R0 1%
0805 SMT RES
0805 SMT RES
0805 SMT RES
0805 SMT RES
0805 SMT RES
0805 SMT RES
0805 SMT RES
0805 SMT RES
0805 SMT RES
0805 SMT RES
0805 SMT RES
0805 SMT RES
0805 SMT RES
0805 SMT RES
0805 SMT RES
0805 SMT RES
0805 SMT RES
0805 SMT RES
0805 SMT RES
0805 SMT RES
0805 SMT RES
0805 SMT RES
0805 SMT RES
0805 SMT RES
0805 SMT RES
0805 SMT RES
0805 SMT RES
0805 SMT RES
0805 SMT RES
0805 SMT RES
0805 SMT RES
0805 SMT RES
0805 SMT RES
0805 SMT RES
0805 SMT RES
0805 SMT RES
0805 SMT RES
0805 SMT RES
0805 SMT RES
0805 SMT RES
0805 SMT RES
0805 SMT RES
0805 SMT RES
0805 SMT RES
0805 SMT RES
0805 SMT RES
0805 SMT RES
0805 SMT RES
0805 SMT RES
0805 SMT RES
0805 SMT RES
0805 SMT RES
0805 SMT RES
0805 SMT RES
0805 SMT RES
0805 SMT RES
0805 SMT RES
0805 SMT RES
1206 SMT RES
0805 SMT RES
0805 SMT RES
0805 SMT RES
0805 SMT RES
0805 SMT RES
0805 SMT RES
0805 SMT RES
0805 SMT RES
0805 SMT RES
0805 SMT RES
0805 SMT RES
0805 SMT RES
0805 SMT RES
0805 SMT RES
0805 SMT RES
0805 SMT RES
1206 SMT RES
0805 SMT RES
0805 SMT RES
1206 SMT RES
0805 SMT RES
REF
R196
R197
R198
R199
R200
R202
R204
R205
R206
R207
R208
R209
R210
R211
R212
R213
R214
R215
R216
R217
R218
R219
R220
R221
R222
R223
R224
R225
R226
S1
S2
S3
S4
U1
U2
U3
U4
U5
U6
U7
U8
U9
U10
U11
U12
U13
U15
U16
U17
U19
U20
W2
W3
W4_
W6
W6_
W7
W7_
W8
W9
W10
W11
W12
YS #
7900
7900
7821
7854
7854
7866
7852
7852
7727
7628
7640
7624
7689
7689
7689
7689
7674
7624
7624
7624
8103
8103
8103
8103
8103
8103
4963
4963
4963
3439
3522
3439
3522
6793
7905
8173
7019
7890
7817
7817
7817
7817
7817
7817
7668
7817
7918
8122
7668
8279
7019
6535
4018
3966
2328
2328
2327
2327
4145
4147
4147
4162
3538
Description
W125 30K 0.5%
0805 SMT RES
W125 30K 0.5%
0805 SMT RES
W125 10R0 1%
0805 SMT RES
W125 47R 5%
0805 SMT RES
W125 47R 5%
0805 SMT RES
W125 1M 5%
0805 SMT RES
W250 10R 5%
1206 SMT RES
W250 10R 5%
1206 SMT RES
W100 4R7 5%
0805 SMT RES
W100 15K0 1%
0805 SMT RES
W100 392R 1%
0805 SMT RES
W100 100R 1%
0805 SMT RES
W250 619R0 1%
1206 SMT RES
W250 619R0 1%
1206 SMT RES
W250 619R0 1%
1206 SMT RES
W250 619R0 1%
1206 SMT RES
W125 562R0 1%
0805 SMT RES
W100 100R 1%
0805 SMT RES
W100 100R 1%
0805 SMT RES
W100 100R 1%
0805 SMT RES
W125 120K 1%
0805 SMT RES
W125 120K 1%
0805 SMT RES
W125 120K 1%
0805 SMT RES
W125 120K 1%
0805 SMT RES
W125 120K 1%
0805 SMT RES
W125 120K 1%
0805 SMT RES
W125 64K9 1%
0805 SMT RES
W125 64K9 1%
0805 SMT RES
W125 64K9 1%
0805 SMT RES
DPDT MINI PC VERT MOMENTARY
DPDT MINI PC VERT SNP ALT
DPDT MINI PC VERT MOMENTARY
DPDT MINI PC VERT SNP ALT
PROC4 BLE MODULE 14X19MM SMT
ADAU1701 28/56 DSP 2AD4DA SMT IC
MKL15Z64VLH4 48MHZ MCU SMT LQFP64
74LVC1G80 SNGL FILPFLOP SMT SOT753
LM2671 3V3 REG 0A5
SMT SO8
33078 DUAL OPAMP
SMT SO-8
33078 DUAL OPAMP
SMT SO-8
33078 DUAL OPAMP
SMT SO-8
33078 DUAL OPAMP
SMT SO-8
33078 DUAL OPAMP
SMT SO-8
33078 DUAL OPAMP
SMT SO-8
MC33079D QUAD OPAMP
SMT SO14
33078 DUAL OPAMP
SMT SO-8
LM1117 REGULATOR 5V0 SMT SOT223
PCM1796 DAC STEREO DIFF SSOP28 SMT
MC33079D QUAD OPAMP
SMT SO14
AK5572 STDIF 32BIT ADC SMT QFN48
74LVC1G80 SNGL FILPFLOP SMT SOT753
HEADER:SIL 26 SOCKET
10 CIR WAFER DIL VT 0.1
GRN 16AWG PREFUSED WIRE
8 CIR XH-HEADER
0.098IN
8 CIR XH-HEADER
0.098IN
6 CIR XH-HEADER
0.098IN
6 CIR XH-HEADER
0.098IN
9PIN 3X3 POWER PIN HEADER
6 PIN POWER PIN HEADER MALE POLZED
6 PIN POWER PIN HEADER MALE POLZED
2 PIN POWER PIN HEADER MALE POLZED
24 PIN BREAKAWAY LOCK .156
M1498 02 Parts Reference List 9/25/2020
REF
C1
C2
C3
C4
C5
C6
C7
C8
C9
C10
C11
C12
C13
C14
C15
C16
C17
C18
C19
C21
C23
C25
C26
C27
C28
C29
C32
C37
C61
C64
C69
D1
D2
D3
D5
D5_3T
D6
D6_3T
D7
D8
D9
D10
D11
D12
D13
D14
D15
D17
D30A
D36
D37
D38
D42
M1498
P6
PCB1
Q2
Q3
Q4
Q5
Q6
Q7
Q8
Q9
Q10
Q11
Q12
Q13
Q14
Q15
Q16
Q17
Q18
Q19
Q20
Q21
Q22
R1
R2
R4
YS #
7871
7969
8088
7737
7738
7969
7733
7733
8092
7748
7878
8577
8092
7876
7876
7877
7877
5979
7878
5979
8577
7809
7809
7916
7916
7875
7875
7748
7693
7748
5979
7984
7848
7848
7914
7848
7914
7848
7832
8109
8109
7984
7831
7848
8109
8109
7832
8109
7750
7984
7984
7984
7984
7882
4512
X8025BLANK
7837
7806
7844
7968
7968
7846
7847
7840
7840
7017
7017
6848
7806
6848
7016
8022
7016
6848
6848
7839
7839
7633
7833
7625
Description
470P 50V 5%CAP
0603 SMT NPO
_10U 16V 20%CAP
0805 SMT X5R
_10U 16V 10%CAP
0805 SMT X6S
_10N 50V 10%CAP
0805 SMT X7R
_10U 16V 10%CAP
1206 SMT X7R
_10U 16V 20%CAP
0805 SMT X5R
__4N7 50V 10%CAP 0805 SMT X7R
__4N7 50V 10%CAP 0805 SMT X7R
100N 450V 10%CAP
1206 SMT X7T
_47P 100V 5%CAP
0805 SMT NPO
__1U 25V 20%CAP
1206 SMT X7R
_10U 25V 10%CAP 1210 SMT X7R
100N 450V 10%CAP
1206 SMT X7T
__2U2 200V 20%CAP
3025 SMT CER
__2U2 200V 20%CAP
3025 SMT CER
__2U2 100V 20%CAP
1812 SMT X7R
__2U2 100V 20%CAP
1812 SMT X7R
100N 50V 5%CAP
0805 SMT X7R
__1U 25V 20%CAP
1206 SMT X7R
100N 50V 5%CAP
0805 SMT X7R
_10U 25V 10%CAP 1210 SMT X7R
_10U 16V 20%CAP 5X5.4 SMT NP
_10U 16V 20%CAP 5X5.4 SMT NP
_10U 25V 20%CAP 5X5.4 SMT EL
_10U 25V 20%CAP 5X5.4 SMT EL
100N 100V 10%CAP
1206 SMT X7R
100N 100V 10%CAP
1206 SMT X7R
_47P 100V 5%CAP
0805 SMT NPO
__1N 50V 5%CAP
0805 SMT NPO
_47P 100V 5%CAP
0805 SMT NPO
100N 50V 5%CAP
0805 SMT X7R
BAS21L
250V 200MA SOT23 SMT
MURA240T3 400V 2A DIO 403D SMT
MURA240T3 400V 2A DIO 403D SMT
MMBZ5231B 5V1 0W35 5% SMT ZEN
MURA240T3 400V 2A DIO 403D SMT
MMBZ5231B 5V1 0W35 5% SMT ZEN
MURA240T3 400V 2A DIO 403D SMT
MM3Z18VT1G 18V0 0W2 5% SMT ZEN
BAV21WS 200V 0A2 SOD323 SMT
BAV21WS 200V 0A2 SOD323 SMT
BAS21L
250V 200MA SOT23 SMT
MM3Z15VT1G 15V0 0W2 5% SMT ZEN
MURA240T3 400V 2A DIO 403D SMT
BAV21WS 200V 0A2 SOD323 SMT
BAV21WS 200V 0A2 SOD323 SMT
MM3Z18VT1G 18V0 0W2 5% SMT ZEN
BAV21WS 200V 0A2 SOD323 SMT
CDSF4148 75V 0A15 1005 SMT
BAS21L
250V 200MA SOT23 SMT
BAS21L
250V 200MA SOT23 SMT
BAS21L
250V 200MA SOT23 SMT
BAS21L
250V 200MA SOT23 SMT
W250 0R
1206 SMT RES
_10K 25% ACP KAP TRIM POT SMT T&R
2_OZ 1SD 107.5SQIN 08PER ALUM 1.5MM
MMBT5401 PNP
SOT-23 SMT
MMBF4391LT1 NCH JFET SOT-23 SMT T&R
MJD243T4G NPN
DPAK3 SMT TS
IRFS4227PBF NCH MFET D2PAK SMT TS
IRFS4227PBF NCH MFET D2PAK SMT TS
MC7815BDTG POS REG SMT DPAK3
MC79M15CDTG NEG REG SMT DPAK3
IRF530NS NCH MFET D2PAK SMT TS
IRF530NS NCH MFET D2PAK SMT TS
2SC4027 NPN
DPAK3 SMT TR
2SC4027 NPN
DPAK3 SMT TR
STB13007DT4 NPN D2PAK SMT
MMBF4391LT1 NCH JFET SOT-23 SMT T&R
STB13007DT4 NPN D2PAK SMT
2SA1552 PNP
DPAK3 SMT TR
MMBTA64LT1G PNP DARL SOT-23 SMT
2SA1552 PNP
DPAK3 SMT TR
STB13007DT4 NPN D2PAK SMT
STB13007DT4 NPN D2PAK SMT
IRF9530NS PCH MFET D2PAK SMT TS
IRF9530NS PCH MFET D2PAK SMT TS
W100 2K74 1%
0805 SMT RES
_47K 5% THERMISTOR NTC 0603 SMT
W100 10K0 1%
0805 SMT RES
REF
R5
R6
R7
R8
R9
R10
R11
R12
R13
R14
R15
R16
R18
R19
R20
R21
R22
R23
R24
R25
R26
R27
R28
R29
R31
R32
R34
R35
R38
R39
R40
R41
R42
R43
R44
R45
R46
R47
R48
R49
R50
R51
R52
R53
R54
R55
R56
R57
R58
R59
R60
R61
R61_3T
R63
R64
R66
R72
R76
R79
R82
R87
R97_3T
R99
R109
R112
R113
R114
R116
R117
R118
R119
R120
R121
R125
R126
R127
R130
R131
R132
R134
YS #
7621
7867
7866
7852
7672
7637
7637
8012
7822
8012
7637
8133
7853
7867
7637
7637
7865
7863
7626
8160
7745
7745
7637
7882
8157
5069
7745
7625
8094
8012
8012
8093
7621
7867
5063
5064
5063
7621
5064
5064
5064
5063
5063
7867
7867
7867
7624
8095
8095
7624
5069
7882
7745
8078
7882
7626
7635
7882
7637
7882
7882
7745
8133
7866
7856
7625
8137
7850
7649
7633
7856
4995
7625
7628
7682
7856
7628
7854
7854
7635
Description
W100 1K0 1%
0805 SMT RES
W500 2K2 5%
2010 SMT RES
W125 1M 5%
0805 SMT RES
W250 10R 5%
1206 SMT RES
W125 348R0 1%
0805 SMT RES
W125 3K32 1%
0805 SMT RES
W125 3K32 1%
0805 SMT RES
1W00 4R7 5%
2512 SMT RES
W100 7K50 1%
0805 SMT RES
1W00 4R7 5%
2512 SMT RES
W125 3K32 1%
0805 SMT RES
1W00 1K 5%
2512 SMT RES
W250 100R 5%
1206 SMT RES
W500 2K2 5%
2010 SMT RES
W125 3K32 1%
0805 SMT RES
W125 3K32 1%
0805 SMT RES
W125 150K 5%
0805 SMT RES
W125 33K 5%
0805 SMT RES
W100 100K0 1%
0805 SMT RES
W125 91K 5%
0805 SMT RES
W125 0R 5%
0805 SMT RES
W125 0R 5%
0805 SMT RES
W125 3K32 1%
0805 SMT RES
W250 0R
1206 SMT RES
1W00 47K 5%
2512 SMT RES
W750 0R 1% 6A 2010 SMT JMP
W125 0R 5%
0805 SMT RES
W100 10K0 1%
0805 SMT RES
1W00 33K 5%
2512 SMT RES
1W00 4R7 5%
2512 SMT RES
1W00 4R7 5%
2512 SMT RES
1W00 15K 5%
2512 SMT RES
W100 1K0 1%
0805 SMT RES
W500 2K2 5%
2010 SMT RES
W500 220R 1%
1210 SMT RES
1W00 0R27 1% 75PPM 2010 SMT RES
W500 220R 1%
1210 SMT RES
W100 1K0 1%
0805 SMT RES
1W00 0R27 1% 75PPM 2010 SMT RES
1W00 0R27 1% 75PPM 2010 SMT RES
1W00 0R27 1% 75PPM 2010 SMT RES
W500 220R 1%
1210 SMT RES
W500 220R 1%
1210 SMT RES
W500 2K2 5%
2010 SMT RES
W500 2K2 5%
2010 SMT RES
W500 2K2 5%
2010 SMT RES
W100 100R 1%
0805 SMT RES
1W00 10K 5%
2512 SMT RES
1W00 10K 5%
2512 SMT RES
W100 100R 1%
0805 SMT RES
W750 0R 1% 6A 2010 SMT JMP
W250 0R
1206 SMT RES
W125 0R 5%
0805 SMT RES
1W00 0R 5%
2512 SMT RES
W250 0R
1206 SMT RES
W100 100K0 1%
0805 SMT RES
W100 221R 1%
0805 SMT RES
W250 0R
1206 SMT RES
W125 3K32 1%
0805 SMT RES
W250 0R
1206 SMT RES
W250 0R
1206 SMT RES
W125 0R 5%
0805 SMT RES
1W00 1K 5%
2512 SMT RES
W125 1M 5%
0805 SMT RES
W125 470R 5%
0805 SMT RES
W100 10K0 1%
0805 SMT RES
W125 1K62 1%
0805 SMT RES
PTC RESETTABLE 1.5A 6V 1812L SMT
W125 1K50 1%
0805 SMT RES
W100 2K74 1%
0805 SMT RES
W125 470R 5%
0805 SMT RES
W125 14K0 1%
0805 SMT RES
W100 10K0 1%
0805 SMT RES
W100 15K0 1%
0805 SMT RES
W125 17K8 1%
0805 SMT RES
W125 470R 5%
0805 SMT RES
W100 15K0 1%
0805 SMT RES
W125 47R 5%
0805 SMT RES
W125 47R 5%
0805 SMT RES
W100 221R 1%
0805 SMT RES
REF
R136
R137
R138
R139
R140
R141
TP1
TP2
U1
U3
U5
U13
W1
ZD1
ZD6
ZD7
ZD8
ZD9
ZD10
YS #
7867
8095
7624
7624
8095
7867
8002
8002
7661
7884
7993
6851
7883
7615
7831
7831
7615
7615
7615
Description
W500 2K2 5%
2010 SMT RES
1W00 10K 5%
2512 SMT RES
W100 100R 1%
0805 SMT RES
W100 100R 1%
0805 SMT RES
1W00 10K 5%
2512 SMT RES
W500 2K2 5%
2010 SMT RES
TEST POINT MINIATURE
SMT
TEST POINT MINIATURE
SMT
LM393D DUAL COMPARATOR SMT SO-8
IRS20957S DIG AUDIO DRVR SMT SOIC
TL071CDR OPAMP JFET 3MHZ SO-8 SMT
OPA1652 DUAL OPAMP SMT SO8
26 PIN 25SQ 100 PIN SIL SMT
MMBZ5246B 16V0 0W35 5% SMT ZEN3
MM3Z15VT1G 15V0 0W2 5% SMT ZEN
MM3Z15VT1G 15V0 0W2 5% SMT ZEN
MMBZ5246B 16V0 0W35 5% SMT ZEN3
MMBZ5246B 16V0 0W35 5% SMT ZEN3
MMBZ5246B 16V0 0W35 5% SMT ZEN3
M1501-59 03 Parts Reference List 10/26/2020
REF
C1
C2
C3
C4
C5
C6
C7
C8
C9
C10
C11
C12
C13
C14
C15
C16
C17
C18
C19
C21
C23
C25
C26
C27
C28
C29
C32
C37
C61
C64
C69
D1
D2
D3
D4
D5
D6
D7
D8
D9
D10
D11
D12
D13
D14
D15
D17
D30A
D36
D42
M1501
P6
PCB1
Q2
Q3
Q4
Q5
Q6
Q7
Q8
Q10
Q11
Q12
Q13
Q14
Q15
Q16
Q17
Q18
Q19
Q20
Q21
R1
R2
R4
R5
R6
R7
R8
R9
YS #
7871
7969
8088
7737
7738
7969
7733
7733
8092
7748
7878
8577
8092
7876
7876
7877
7877
5979
7878
5979
8577
7809
7809
7916
7916
7875
8092
7748
7693
7748
5979
7984
7848
7848
7700
7914
7914
7832
8109
8109
7984
7831
7848
8109
8109
7832
8109
7750
7984
7984
7882
4512
X8025BLANK
7837
7806
7844
7968
7968
7846
7847
7840
7017
7017
6848
7806
6848
7016
8022
7016
6848
6848
7839
7633
7833
7625
7621
7867
7866
7852
7672
Description
470P 50V 5%CAP
0603 SMT NPO
_10U 16V 20%CAP
0805 SMT X5R
_10U 16V 10%CAP
0805 SMT X6S
_10N 50V 10%CAP
0805 SMT X7R
_10U 16V 10%CAP
1206 SMT X7R
_10U 16V 20%CAP
0805 SMT X5R
__4N7 50V 10%CAP 0805 SMT X7R
__4N7 50V 10%CAP 0805 SMT X7R
100N 450V 10%CAP
1206 SMT X7T
_47P 100V 5%CAP
0805 SMT NPO
__1U 25V 20%CAP
1206 SMT X7R
_10U 25V 10%CAP 1210 SMT X7R
100N 450V 10%CAP
1206 SMT X7T
__2U2 200V 20%CAP
3025 SMT CER
__2U2 200V 20%CAP
3025 SMT CER
__2U2 100V 20%CAP
1812 SMT X7R
__2U2 100V 20%CAP
1812 SMT X7R
100N 50V 5%CAP
0805 SMT X7R
__1U 25V 20%CAP
1206 SMT X7R
100N 50V 5%CAP
0805 SMT X7R
_10U 25V 10%CAP 1210 SMT X7R
_10U 16V 20%CAP 5X5.4 SMT NP
_10U 16V 20%CAP 5X5.4 SMT NP
_10U 25V 20%CAP 5X5.4 SMT EL
_10U 25V 20%CAP 5X5.4 SMT EL
100N 100V 10%CAP
1206 SMT X7R
100N 450V 10%CAP
1206 SMT X7T
_47P 100V 5%CAP
0805 SMT NPO
__1N 50V 5%CAP
0805 SMT NPO
_47P 100V 5%CAP
0805 SMT NPO
100N 50V 5%CAP
0805 SMT X7R
BAS21L
250V 200MA SOT23 SMT
MURA240T3 400V 2A DIO 403D SMT
MURA240T3 400V 2A DIO 403D SMT
5237B 8V2 0W2 SOT-23 SMT ZEN
MMBZ5231B 5V1 0W35 5% SMT ZEN
MMBZ5231B 5V1 0W35 5% SMT ZEN
MM3Z18VT1G 18V0 0W2 5% SMT ZEN
BAV21WS 200V 0A2 SOD323 SMT
BAV21WS 200V 0A2 SOD323 SMT
BAS21L
250V 200MA SOT23 SMT
MM3Z15VT1G 15V0 0W2 5% SMT ZEN
MURA240T3 400V 2A DIO 403D SMT
BAV21WS 200V 0A2 SOD323 SMT
BAV21WS 200V 0A2 SOD323 SMT
MM3Z18VT1G 18V0 0W2 5% SMT ZEN
BAV21WS 200V 0A2 SOD323 SMT
CDSF4148 75V 0A15 1005 SMT
BAS21L
250V 200MA SOT23 SMT
BAS21L
250V 200MA SOT23 SMT
W250 0R
1206 SMT RES
_10K 25% ACP KAP TRIM POT SMT T&R
2_OZ 1SD 107.5SQIN 08PER ALUM 1.5MM
MMBT5401 PNP
SOT-23 SMT
MMBF4391LT1 NCH JFET SOT-23 SMT T&R
MJD243T4G NPN
DPAK3 SMT TS
IRFS4227PBF NCH MFET D2PAK SMT TS
IRFS4227PBF NCH MFET D2PAK SMT TS
MC7815BDTG POS REG SMT DPAK3
MC79M15CDTG NEG REG SMT DPAK3
IRF530NS NCH MFET D2PAK SMT TS
2SC4027 NPN
DPAK3 SMT TR
2SC4027 NPN
DPAK3 SMT TR
STB13007DT4 NPN D2PAK SMT
MMBF4391LT1 NCH JFET SOT-23 SMT T&R
STB13007DT4 NPN D2PAK SMT
2SA1552 PNP
DPAK3 SMT TR
MMBTA64LT1G PNP DARL SOT-23 SMT
2SA1552 PNP
DPAK3 SMT TR
STB13007DT4 NPN D2PAK SMT
STB13007DT4 NPN D2PAK SMT
IRF9530NS PCH MFET D2PAK SMT TS
W100 2K74 1%
0805 SMT RES
_47K 5% THERMISTOR NTC 0603 SMT
W100 10K0 1%
0805 SMT RES
W100 1K0 1%
0805 SMT RES
W500 2K2 5%
2010 SMT RES
W125 1M 5%
0805 SMT RES
W250 10R 5%
1206 SMT RES
W125 348R0 1%
0805 SMT RES
REF
R10
R11
R12
R13
R14
R15
R16
R18
R19
R20
R21
R22
R23
R24
R25
R26
R27
R28
R29
R31
R32
R34
R35
R38
R39
R40
R41
R42
R43
R44
R45
R46
R47
R48
R49
R50
R51
R52
R53
R54
R55
R56
R60
R61
R61_2T
R63
R64
R66
R72
R76
R79
R82
R87
R97_2T
R99
R106_2
R107_2
R109
R112
R113
R114
R116
R117
R118
R119
R120
R121
R125
R126
R127
R130
R131
R132
R134
R136
R138
R141
TP1
TP2
U1
YS #
7637
7637
8012
7822
8012
7637
8133
7853
7867
7637
7637
7865
7863
7626
8160
7745
7745
7637
7882
8157
5069
7745
7625
8094
8012
8012
8093
7621
7867
5063
5064
5063
7621
5064
5064
5064
5063
5063
7867
7867
7867
7624
5069
7882
7745
8078
7882
7626
7635
7882
7637
7882
7882
7745
8133
7882
7882
7866
7856
7625
8137
7850
7649
7633
7856
4995
7625
7628
7682
7856
7681
7854
7854
7635
7867
7624
7867
8002
8002
7661
Description
W125 3K32 1%
0805 SMT RES
W125 3K32 1%
0805 SMT RES
1W00 4R7 5%
2512 SMT RES
W100 7K50 1%
0805 SMT RES
1W00 4R7 5%
2512 SMT RES
W125 3K32 1%
0805 SMT RES
1W00 1K 5%
2512 SMT RES
W250 100R 5%
1206 SMT RES
W500 2K2 5%
2010 SMT RES
W125 3K32 1%
0805 SMT RES
W125 3K32 1%
0805 SMT RES
W125 150K 5%
0805 SMT RES
W125 33K 5%
0805 SMT RES
W100 100K0 1%
0805 SMT RES
W125 91K 5%
0805 SMT RES
W125 0R 5%
0805 SMT RES
W125 0R 5%
0805 SMT RES
W125 3K32 1%
0805 SMT RES
W250 0R
1206 SMT RES
1W00 47K 5%
2512 SMT RES
W750 0R 1% 6A 2010 SMT JMP
W125 0R 5%
0805 SMT RES
W100 10K0 1%
0805 SMT RES
1W00 33K 5%
2512 SMT RES
1W00 4R7 5%
2512 SMT RES
1W00 4R7 5%
2512 SMT RES
1W00 15K 5%
2512 SMT RES
W100 1K0 1%
0805 SMT RES
W500 2K2 5%
2010 SMT RES
W500 220R 1%
1210 SMT RES
1W00 0R27 1% 75PPM 2010 SMT RES
W500 220R 1%
1210 SMT RES
W100 1K0 1%
0805 SMT RES
1W00 0R27 1% 75PPM 2010 SMT RES
1W00 0R27 1% 75PPM 2010 SMT RES
1W00 0R27 1% 75PPM 2010 SMT RES
W500 220R 1%
1210 SMT RES
W500 220R 1%
1210 SMT RES
W500 2K2 5%
2010 SMT RES
W500 2K2 5%
2010 SMT RES
W500 2K2 5%
2010 SMT RES
W100 100R 1%
0805 SMT RES
W750 0R 1% 6A 2010 SMT JMP
W250 0R
1206 SMT RES
W125 0R 5%
0805 SMT RES
1W00 0R 5%
2512 SMT RES
W250 0R
1206 SMT RES
W100 100K0 1%
0805 SMT RES
W100 221R 1%
0805 SMT RES
W250 0R
1206 SMT RES
W125 3K32 1%
0805 SMT RES
W250 0R
1206 SMT RES
W250 0R
1206 SMT RES
W125 0R 5%
0805 SMT RES
1W00 1K 5%
2512 SMT RES
W250 0R
1206 SMT RES
W250 0R
1206 SMT RES
W125 1M 5%
0805 SMT RES
W125 470R 5%
0805 SMT RES
W100 10K0 1%
0805 SMT RES
W125 1K62 1%
0805 SMT RES
PTC RESETTABLE 1.5A 6V 1812L SMT
W125 1K50 1%
0805 SMT RES
W100 2K74 1%
0805 SMT RES
W125 470R 5%
0805 SMT RES
W125 14K0 1%
0805 SMT RES
W100 10K0 1%
0805 SMT RES
W100 15K0 1%
0805 SMT RES
W125 17K8 1%
0805 SMT RES
W125 470R 5%
0805 SMT RES
W125 8K25 1%
0805 SMT RES
W125 47R 5%
0805 SMT RES
W125 47R 5%
0805 SMT RES
W100 221R 1%
0805 SMT RES
W500 2K2 5%
2010 SMT RES
W100 100R 1%
0805 SMT RES
W500 2K2 5%
2010 SMT RES
TEST POINT MINIATURE
SMT
TEST POINT MINIATURE
SMT
LM393D DUAL COMPARATOR SMT SO-8
REF
U3
U5
U13
W1
ZD1
ZD6
ZD7
ZD8
YS #
7884
7993
6851
7883
7615
7831
7831
7615
Description
IRS20957S DIG AUDIO DRVR SMT SOIC
TL071CDR OPAMP JFET 3MHZ SO-8 SMT
OPA1652 DUAL OPAMP SMT SO8
26 PIN 25SQ 100 PIN SIL SMT
MMBZ5246B 16V0 0W35 5% SMT ZEN3
MM3Z15VT1G 15V0 0W2 5% SMT ZEN
MM3Z15VT1G 15V0 0W2 5% SMT ZEN
MMBZ5246B 16V0 0W35 5% SMT ZEN3
M1802 Parts Reference List 12/13/2018
REF
C1
C2
C3
C4
C5
C6
C7
C8
C9
C10
C11
C12
C13
C14
C15
C16
C17
C18
C19
C20
C21
C22
C23
C24
C25
C26
C27
C28
C29
C30
C31
C32
C33
C34
C35
C36
C37
C50
C52
C54
C55
C56
C57
C58
C59
C60
C61
C62
C63
C64
C65
C66
C67
C68
C69
C70
C71
C72
C73
C74
C75
C76
C77
C78
C79
C80
C81
C82
C83
C84
C85
C86
C87
C88
C89
C90
C91
C92
C93
C94
YS #
7878
7767
7878
7767
7871
7767
7969
7767
7767
7767
7969
7767
7767
7969
7767
7694
7601
7969
7767
7969
7819
7813
7969
7767
7969
7969
7969
7969
7767
7767
7767
7767
7767
5979
7767
7969
7767
7813
5979
7737
8140
8141
7819
7966
5979
5979
5979
7927
7871
7871
7799
7809
7871
7966
5979
5979
5979
7966
7927
5979
7969
5979
5979
7871
7927
8139
7813
7813
8139
7813
7871
7871
7603
7871
7735
5979
7696
7871
7813
8139
Description
__1U 25V 20%CAP
100N 16V 10%CAP
__1U 25V 20%CAP
100N 16V 10%CAP
470P 50V 5%CAP
100N 16V 10%CAP
_10U 10V 20%CAP
100N 16V 10%CAP
100N 16V 10%CAP
100N 16V 10%CAP
_10U 10V 20%CAP
100N 16V 10%CAP
100N 16V 10%CAP
_10U 10V 20%CAP
100N 16V 10%CAP
__3N3 25V 5%CAP
220N 50V 10%CAP
_10U 10V 20%CAP
100N 16V 10%CAP
_10U 10V 20%CAP
_10U 10V 10%CAP
_47P 50V 5%CAP
_10U 10V 20%CAP
100N 16V 10%CAP
_10U 10V 20%CAP
_10U 10V 20%CAP
_10U 10V 20%CAP
_10U 10V 20%CAP
100N 16V 10%CAP
100N 16V 10%CAP
100N 16V 10%CAP
100N 16V 10%CAP
100N 16V 10%CAP
100N 50V 5%CAP
100N 16V 10%CAP
_10U 10V 20%CAP
100N 16V 10%CAP
_47P 50V 5%CAP
100N 50V 5%CAP
_10N 50V 10%CAP
_15U 35V 10%CAP
100U 10V 20%CAP
_10U 10V 10%CAP
__2N7 100V 10%CAP
100N 50V 5%CAP
100N 50V 5%CAP
100N 50V 5%CAP
100P 50V 10%CAP
470P 50V 5%CAP
470P 50V 5%CAP
__5N6 50V 5%CAP
_10U 16V 20%CAP
470P 50V 5%CAP
__2N7 100V 10%CAP
100N 50V 5%CAP
100N 50V 5%CAP
100N 50V 5%CAP
__2N7 100V 10%CAP
100P 50V 10%CAP
100N 50V 5%CAP
_10U 10V 20%CAP
100N 50V 5%CAP
100N 50V 5%CAP
470P 50V 5%CAP
100P 50V 10%CAP
_22U 25V 20%CAP
_47P 50V 5%CAP
_47P 50V 5%CAP
_22U 25V 20%CAP
_47P 50V 5%CAP
470P 50V 5%CAP
470P 50V 5%CAP
680P 50V 5%CAP
470P 50V 5%CAP
__4U7 50V 10%CAP
100N 50V 5%CAP
_68N 50V 5%CAP
470P 50V 5%CAP
_47P 50V 5%CAP
_22U 25V 20%CAP
1206 SMT X7R
0603 SMT X7R
1206 SMT X7R
0603 SMT X7R
0603 SMT NPO
0603 SMT X7R
0805 SMT Y5V
0603 SMT X7R
0603 SMT X7R
0603 SMT X7R
0805 SMT Y5V
0603 SMT X7R
0603 SMT X7R
0805 SMT Y5V
0603 SMT X7R
0805 SMT NPO
1206 SMT X7R
0805 SMT Y5V
0603 SMT X7R
0805 SMT Y5V
1206 SMT X5R
0805 SMT NPO
0805 SMT Y5V
0603 SMT X7R
0805 SMT Y5V
0805 SMT Y5V
0805 SMT Y5V
0805 SMT Y5V
0603 SMT X7R
0603 SMT X7R
0603 SMT X7R
0603 SMT X7R
0603 SMT X7R
0805 SMT X7R
0603 SMT X7R
0805 SMT Y5V
0603 SMT X7R
0805 SMT NPO
0805 SMT X7R
0805 SMT X7R
6032 SMT TNT
3528 SMT TNT
1206 SMT X5R
0805 SMT X7R
0805 SMT X7R
0805 SMT X7R
0805 SMT X7R
0805 SMT NPO
0603 SMT NPO
0603 SMT NPO
0805 SMT C0G
5X5.4 SMT NP
0603 SMT NPO
0805 SMT X7R
0805 SMT X7R
0805 SMT X7R
0805 SMT X7R
0805 SMT X7R
0805 SMT NPO
0805 SMT X7R
0805 SMT Y5V
0805 SMT X7R
0805 SMT X7R
0603 SMT NPO
0805 SMT NPO
1210 SMT X7R
0805 SMT NPO
0805 SMT NPO
1210 SMT X7R
0805 SMT NPO
0603 SMT NPO
0603 SMT NPO
0805 SMT C0G
0603 SMT NPO
1210 SMT CER
0805 SMT X7R
0805 SMT X7R
0603 SMT NPO
0805 SMT NPO
1210 SMT X7R
REF
C95
C96
C97
C98
C99
C100
C101
C102
C103
C104
C105
C106
C107
C108
C109
C110
C111
C112
C113
C114
C115
C116
C117
C118
C119
C120
C121
C122
C123
C124
C125
C126
C127
C128
C129
C130
C131
C132
C133
C134
C135
C136
C137
C138
C139
C140
C141
C142
C143
C144
C147
C148
C149
C150
D4
D6
D24
D25
D26
D27
D28
D31
D32
D33
D34
D35
D36
D37
D38
D39
D40
D41
D42
D43
D44
HW1
HW2
HW3
HW4
J1
YS #
7603
5979
5979
7767
8088
7871
7966
5979
7767
7819
7819
7767
7819
7767
7819
7766
7767
7819
7605
7798
7603
7603
5979
8088
7733
7733
7605
5979
7798
8088
7603
7603
7813
7813
7813
7697
7697
7927
7969
7969
7767
7767
8141
7969
7767
7969
5979
7809
5979
5979
7917
7917
7769
5979
7750
7914
7893
7750
7750
7750
8080
7750
7750
7832
7750
8080
7750
7750
7750
7750
7750
7750
7750
7750
7750
8637
8637
8637
8637
4090
Description
680P 50V 5%CAP
0805 SMT C0G
100N 50V 5%CAP
0805 SMT X7R
100N 50V 5%CAP
0805 SMT X7R
100N 16V 10%CAP
0603 SMT X7R
_10U 16V 10%CAP
0805 SMT X6S
470P 50V 5%CAP
0603 SMT NPO
__2N7 100V 10%CAP
0805 SMT X7R
100N 50V 5%CAP
0805 SMT X7R
100N 16V 10%CAP
0603 SMT X7R
_10U 10V 10%CAP
1206 SMT X5R
_10U 10V 10%CAP
1206 SMT X5R
100N 16V 10%CAP
0603 SMT X7R
_10U 10V 10%CAP
1206 SMT X5R
100N 16V 10%CAP
0603 SMT X7R
_10U 10V 10%CAP
1206 SMT X5R
_15P 50V 5%CAP
0603 SMT NPO
100N 16V 10%CAP
0603 SMT X7R
_10U 10V 10%CAP
1206 SMT X5R
__1N5 50V 5%CAP
0805 SMT NPO
_15N 50V 5%CAP
0805 SMT C0G
680P 50V 5%CAP
0805 SMT C0G
680P 50V 5%CAP
0805 SMT C0G
100N 50V 5%CAP
0805 SMT X7R
_10U 16V 10%CAP
0805 SMT X6S
__4N7 50V 10%CAP 0805 SMT X7R
__4N7 50V 10%CAP 0805 SMT X7R
__1N5 50V 5%CAP
0805 SMT NPO
100N 50V 5%CAP
0805 SMT X7R
_15N 50V 5%CAP
0805 SMT C0G
_10U 16V 10%CAP
0805 SMT X6S
680P 50V 5%CAP
0805 SMT C0G
680P 50V 5%CAP
0805 SMT C0G
_47P 50V 5%CAP
0805 SMT NPO
_47P 50V 5%CAP
0805 SMT NPO
_47P 50V 5%CAP
0805 SMT NPO
_22U 16V 5%CAP 5X5.5 SMT ELC
_22U 16V 5%CAP 5X5.5 SMT ELC
100P 50V 10%CAP
0805 SMT NPO
_10U 10V 20%CAP
0805 SMT Y5V
_10U 10V 20%CAP
0805 SMT Y5V
100N 16V 10%CAP
0603 SMT X7R
100N 16V 10%CAP
0603 SMT X7R
100U 10V 20%CAP
3528 SMT TNT
_10U 10V 20%CAP
0805 SMT Y5V
100N 16V 10%CAP
0603 SMT X7R
_10U 10V 20%CAP
0805 SMT Y5V
100N 50V 5%CAP
0805 SMT X7R
_10U 16V 20%CAP 5X5.4 SMT NP
100N 50V 5%CAP
0805 SMT X7R
100N 50V 5%CAP
0805 SMT X7R
_33U 25V 20%CAP 6.3X5.5 SMT EL
_33U 25V 20%CAP 6.3X5.5 SMT EL
__1U 50V 20%CAP 4.3X3.9 SMT ELC
100N 50V 5%CAP
0805 SMT X7R
CDSF4148 75V 0A15 1005 SMT
MMBZ5231B 5V1 0W35 5% SMT ZEN
MBRA340T3 40V 3A SHTKY 403D SMT
CDSF4148 75V 0A15 1005 SMT
CDSF4148 75V 0A15 1005 SMT
CDSF4148 75V 0A15 1005 SMT
SMAJ150CA 150V 400W
BIDIR SMT
CDSF4148 75V 0A15 1005 SMT
CDSF4148 75V 0A15 1005 SMT
MM3Z18VT1G 18V0 0W2 5% SMT ZEN
CDSF4148 75V 0A15 1005 SMT
SMAJ150CA 150V 400W
BIDIR SMT
CDSF4148 75V 0A15 1005 SMT
CDSF4148 75V 0A15 1005 SMT
CDSF4148 75V 0A15 1005 SMT
CDSF4148 75V 0A15 1005 SMT
CDSF4148 75V 0A15 1005 SMT
CDSF4148 75V 0A15 1005 SMT
CDSF4148 75V 0A15 1005 SMT
CDSF4148 75V 0A15 1005 SMT
CDSF4148 75V 0A15 1005 SMT
ROUND PUSH BUTTON 1/4" BLK 24MM
ROUND PUSH BUTTON 1/4" BLK 24MM
ROUND PUSH BUTTON 1/4" BLK 24MM
ROUND PUSH BUTTON 1/4" BLK 24MM
1/4IN &XLR PCB MT VERT COMBO NCJ6-V
REF
J2
J3
J4
J5
K1
L1
L2
L3
L4
L8
L9
L10
L12
LD1
LD2
LD4
P1
P2
P3
PCB1
Q1
Q2
Q3
Q7
Q8
Q9
Q10
Q11
R1
R2
R3
R5
R7
R8
R9
R10
R11
R12
R13
R14
R15
R16
R17
R18
R19
R20
R21
R22
R23
R24
R25
R26
R27
R45
R47
R48
R49
R50
R51
R52
R53
R54
R55
R56
R57
R58
R59
R60
R61
R62
R63
R64
R65
R66
R67
R68
R69
R70
R71
R72
YS #
4140
4090
4218
4010
3696
8256
8256
8256
8256
7730
2910
8256
8256
7032
6001
7033
4434
4432
4432
M1802BLANK
7837
7894
7701
7701
7837
7986
7986
7986
7854
7673
7898
7624
7625
7900
7682
7708
7854
7854
7854
7854
7624
7624
7624
4963
7899
7899
7854
7854
7673
7673
7854
7854
7624
7859
7899
7898
7628
7673
7928
7866
7681
7625
7866
8137
7899
7898
7673
7928
7628
7642
7708
6543
7898
7678
7928
7928
7900
7682
7646
7822
Description
XLR MALE PCB MT VERT 24MM A-SERIES
1/4IN &XLR PCB MT VERT COMBO NCJ6-V
3.5MM JCK PCB MT V ST 5PIN SUB 4186
XLR FEML PCB MT VERT 24MM AA-SERIES
RELAY 1C 02AMP DC24 006MA PC-S
FERRITE BEAD 600R @100MHZ 0805 SMT
FERRITE BEAD 600R @100MHZ 0805 SMT
FERRITE BEAD 600R @100MHZ 0805 SMT
FERRITE BEAD 600R @100MHZ 0805 SMT
__2.2UH COIL
SMT
120.0UH COIL SR4018T 1R6 SMT
FERRITE BEAD 600R @100MHZ 0805 SMT
FERRITE BEAD 600R @100MHZ 0805 SMT
YEL
LED 1V7 20MA 1206 SMT
RD/GN/BL LED 2V1 20MA 0606 SMT
RED
LED 1V5 20MA 1206 SMT
_10K B LIN 9MM DETENT
P32
_10K B LIN 9MM
P32
_10K B LIN 9MM
P32
2_OZ 2SD 46.06SQIN 02PR EF15/12/10P
MMBT5401 PNP
SOT-23 SMT
12.288MHZ CRYSTAL 4-PIN SMT
MMBTA14 NPN DARL SOT-23 SMT
MMBTA14 NPN DARL SOT-23 SMT
MMBT5401 PNP
SOT-23 SMT
2N7002
NCH FET SOT-23 SMT T&R
2N7002
NCH FET SOT-23 SMT T&R
2N7002
NCH FET SOT-23 SMT T&R
W125 47R 5%
0805 SMT RES
W100 475R 1%
0805 SMT RES
W125 1K02 0.1%
0805 SMT RES
W100 100R 1%
0805 SMT RES
W100 10K0 1%
0805 SMT RES
W125 30K 0.5%
0805 SMT RES
W125 17K8 1%
0805 SMT RES
W100 200R 1%
0805 SMT RES
W125 47R 5%
0805 SMT RES
W125 47R 5%
0805 SMT RES
W125 47R 5%
0805 SMT RES
W125 47R 5%
0805 SMT RES
W100 100R 1%
0805 SMT RES
W100 100R 1%
0805 SMT RES
W100 100R 1%
0805 SMT RES
W125 64K9 1%
0805 SMT RES
W125 1K800 0.1% 0805 SMT RES
W125 1K800 0.1% 0805 SMT RES
W125 47R 5%
0805 SMT RES
W125 47R 5%
0805 SMT RES
W100 475R 1%
0805 SMT RES
W100 475R 1%
0805 SMT RES
W125 47R 5%
0805 SMT RES
W125 47R 5%
0805 SMT RES
W100 100R 1%
0805 SMT RES
W125 2K2 5%
0805 SMT RES
W125 1K800 0.1% 0805 SMT RES
W125 1K02 0.1%
0805 SMT RES
W100 15K0 1%
0805 SMT RES
W100 475R 1%
0805 SMT RES
W125 10K00 0.1%
0805 SMT RES
W125 1M 5%
0805 SMT RES
W125 8K25 1%
0805 SMT RES
W100 10K0 1%
0805 SMT RES
W125 1M 5%
0805 SMT RES
W125 1K62 1%
0805 SMT RES
W125 1K800 0.1% 0805 SMT RES
W125 1K02 0.1%
0805 SMT RES
W100 475R 1%
0805 SMT RES
W125 10K00 0.1%
0805 SMT RES
W100 15K0 1%
0805 SMT RES
W100 4K75 1%
0805 SMT RES
W100 200R 1%
0805 SMT RES
48R 265V RESETTABLE THERMISTOR PTC
W125 1K02 0.1%
0805 SMT RES
W125 3K92 1%
0805 SMT RES
W125 10K00 0.1%
0805 SMT RES
W125 10K00 0.1%
0805 SMT RES
W125 30K 0.5%
0805 SMT RES
W125 17K8 1%
0805 SMT RES
W125 681R 1%
0805 SMT RES
W100 7K50 1%
0805 SMT RES
REF
R73
R74
R75
R76
R77
R78
R79
R80
R81
R82
R83
R84
R85
R86
R87
R88
R89
R90
R91
R92
R93
R94
R95
R96
R97
R98
R99
R100
R101
R102
R103
R104
R105
R106
R107
R108
R109
R110
R111
R112
R113
R114
R115
R116
R117
R118
R119
R120
R121
R122
R123
R124
R125
R126
R127
R128
R129
R130
R131
R132
R133
R134
R135
R136
R137
R138
R142
R143
R147
R148
R149
R150
R151
R152
R153
R154
R155
R156
R157
R158
YS #
7898
7928
7928
7898
7625
7928
7928
7625
7633
7897
7898
7898
7897
7625
7928
7928
7633
7625
7625
7673
7673
7633
7625
7898
7900
4963
7673
7673
7633
7898
7634
7625
7625
7854
7625
7642
7628
7899
7899
7642
7642
7708
7708
7708
7708
7642
7642
7899
7899
7642
7628
4963
7678
4963
7678
7637
7637
7637
7637
7637
7637
7625
7625
7625
7898
7642
7866
7866
7854
7854
7854
7854
7854
7854
7854
7854
7854
7930
7854
7854
Description
W125 1K02 0.1%
W125 10K00 0.1%
W125 10K00 0.1%
W125 1K02 0.1%
W100 10K0 1%
W125 10K00 0.1%
W125 10K00 0.1%
W100 10K0 1%
W100 2K74 1%
W125 330R 0.5%
W125 1K02 0.1%
W125 1K02 0.1%
W125 330R 0.5%
W100 10K0 1%
W125 10K00 0.1%
W125 10K00 0.1%
W100 2K74 1%
W100 10K0 1%
W100 10K0 1%
W100 475R 1%
W100 475R 1%
W100 2K74 1%
W100 10K0 1%
W125 1K02 0.1%
W125 30K 0.5%
W125 64K9 1%
W100 475R 1%
W100 475R 1%
W100 2K74 1%
W125 1K02 0.1%
W100 20K5 1%
W100 10K0 1%
W100 10K0 1%
W125 47R 5%
W100 10K0 1%
W100 4K75 1%
W100 15K0 1%
W125 1K800 0.1%
W125 1K800 0.1%
W100 4K75 1%
W100 4K75 1%
W100 200R 1%
W100 200R 1%
W100 200R 1%
W100 200R 1%
W100 4K75 1%
W100 4K75 1%
W125 1K800 0.1%
W125 1K800 0.1%
W100 4K75 1%
W100 15K0 1%
W125 64K9 1%
W125 3K92 1%
W125 64K9 1%
W125 3K92 1%
W125 3K32 1%
W125 3K32 1%
W125 3K32 1%
W125 3K32 1%
W125 3K32 1%
W125 3K32 1%
W100 10K0 1%
W100 10K0 1%
W100 10K0 1%
W125 1K02 0.1%
W100 4K75 1%
W125 1M 5%
W125 1M 5%
W125 47R 5%
W125 47R 5%
W125 47R 5%
W125 47R 5%
W125 47R 5%
W125 47R 5%
W125 47R 5%
W125 47R 5%
W125 47R 5%
W250 22R 5%
W125 47R 5%
W125 47R 5%
0805 SMT RES
0805 SMT RES
0805 SMT RES
0805 SMT RES
0805 SMT RES
0805 SMT RES
0805 SMT RES
0805 SMT RES
0805 SMT RES
0805 SMT RES
0805 SMT RES
0805 SMT RES
0805 SMT RES
0805 SMT RES
0805 SMT RES
0805 SMT RES
0805 SMT RES
0805 SMT RES
0805 SMT RES
0805 SMT RES
0805 SMT RES
0805 SMT RES
0805 SMT RES
0805 SMT RES
0805 SMT RES
0805 SMT RES
0805 SMT RES
0805 SMT RES
0805 SMT RES
0805 SMT RES
0805 SMT RES
0805 SMT RES
0805 SMT RES
0805 SMT RES
0805 SMT RES
0805 SMT RES
0805 SMT RES
0805 SMT RES
0805 SMT RES
0805 SMT RES
0805 SMT RES
0805 SMT RES
0805 SMT RES
0805 SMT RES
0805 SMT RES
0805 SMT RES
0805 SMT RES
0805 SMT RES
0805 SMT RES
0805 SMT RES
0805 SMT RES
0805 SMT RES
0805 SMT RES
0805 SMT RES
0805 SMT RES
0805 SMT RES
0805 SMT RES
0805 SMT RES
0805 SMT RES
0805 SMT RES
0805 SMT RES
0805 SMT RES
0805 SMT RES
0805 SMT RES
0805 SMT RES
0805 SMT RES
0805 SMT RES
0805 SMT RES
0805 SMT RES
0805 SMT RES
0805 SMT RES
0805 SMT RES
0805 SMT RES
0805 SMT RES
0805 SMT RES
0805 SMT RES
0805 SMT RES
1206 SMT RES
0805 SMT RES
0805 SMT RES
REF
R175
R176
R177
R178
R179
R180
R181
R182
R183
R184
R185
R186
R187
R188
R189
R192
R193
R194
R195
R196
R197
R198
R199
R200
R202
R209
R210
R211
R212
R213
R214
R215
R216
R217
S1
S2
S3
S4
U1
U2
U3
U4
U5
U6
U7
U8
U9
U10
U11
U12
U13
U15
U16
U17
U19
U20
W6
W7
YS #
7898
7649
7624
7649
7649
7624
7678
7649
7624
7642
7649
7642
7649
7624
7930
7649
7649
7739
7852
7900
7900
7852
7854
7854
7866
7624
7689
7689
7689
7689
7674
7624
7624
7624
3439
3522
3439
3522
6793
8318
8173
7019
7890
7817
7817
7817
7817
7817
7817
7668
7817
7918
8122
7668
8279
7019
2328
2327
Description
W125 1K02 0.1%
0805 SMT RES
W125 1K50 1%
0805 SMT RES
W100 100R 1%
0805 SMT RES
W125 1K50 1%
0805 SMT RES
W125 1K50 1%
0805 SMT RES
W100 100R 1%
0805 SMT RES
W125 3K92 1%
0805 SMT RES
W125 1K50 1%
0805 SMT RES
W100 100R 1%
0805 SMT RES
W100 4K75 1%
0805 SMT RES
W125 1K50 1%
0805 SMT RES
W100 4K75 1%
0805 SMT RES
W125 1K50 1%
0805 SMT RES
W100 100R 1%
0805 SMT RES
W250 22R 5%
1206 SMT RES
W125 1K50 1%
0805 SMT RES
W125 1K50 1%
0805 SMT RES
W250 1R 5%
1206 SMT RES
W250 10R 5%
1206 SMT RES
W125 30K 0.5%
0805 SMT RES
W125 30K 0.5%
0805 SMT RES
W250 10R 5%
1206 SMT RES
W125 47R 5%
0805 SMT RES
W125 47R 5%
0805 SMT RES
W125 1M 5%
0805 SMT RES
W100 100R 1%
0805 SMT RES
W250 619R0 1%
1206 SMT RES
W250 619R0 1%
1206 SMT RES
W250 619R0 1%
1206 SMT RES
W250 619R0 1%
1206 SMT RES
W125 562R0 1%
0805 SMT RES
W100 100R 1%
0805 SMT RES
W100 100R 1%
0805 SMT RES
W100 100R 1%
0805 SMT RES
DPDT MINI PC VERT MOMENTARY
DPDT MINI PC VERT SNP ALT
DPDT MINI PC VERT MOMENTARY
DPDT MINI PC VERT SNP ALT
PROC4 BLE MODULE 14X19MM SMT
ADAU1401 28/56 DSP 2AD4DA SMT IC
MKL15Z64VLH4 48MHZ MCU SMT LQFP64
74LVC1G80 SNGL FILPFLOP SMT SOT753
LM2671 3V3 REG 0A5
SMT SO8
33078 DUAL OPAMP
SMT SO-8
33078 DUAL OPAMP
SMT SO-8
33078 DUAL OPAMP
SMT SO-8
33078 DUAL OPAMP
SMT SO-8
33078 DUAL OPAMP
SMT SO-8
33078 DUAL OPAMP
SMT SO-8
MC33079D QUAD OPAMP
SMT SO14
33078 DUAL OPAMP
SMT SO-8
LM1117 REGULATOR 5V0 SMT SOT223
PCM1796 DAC STEREO DIFF SSOP28 SMT
MC33079D QUAD OPAMP
SMT SO14
AK5572 STDIF 32BIT ADC SMT QFN48
74LVC1G80 SNGL FILPFLOP SMT SOT753
8 CIR XH-HEADER
0.098IN
6 CIR XH-HEADER
0.098IN
M1803 Parts Reference List 12/13/2018
REF
AI-ASS
C38
C39
C40
C41
C42
C43
C44
C45
C49
C51
C53
C145
C146
C151
C152
C153
C154
D1
D2
D3
D5
D7
D8
D9
D10
D11
D12
D13
D14
D15
D16
D17
D18
D19
D20
D21
D22
D23
F1
L6
L7
L11
Q4
Q5
Q6
Q15
Q16
R28
R29
R30
R31
R34
R38
R42
R44
R46
R144
R145
R146
R204
R205
R206
R207
R208
R218
R219
R220
R221
R222
R223
R224
R225
R226
R227
R228
R229
R230
R231
R232
YS #
M1803-59
7886
7769
5910
5670
5860
5860
5670
5910
7966
5933
7809
7769
7769
5982
5982
5982
8176
7750
7750
8275
8186
7832
7750
7750
7889
7889
7889
7889
7889
7889
7889
7889
7889
7889
7889
7889
7889
7889
2492
8283
6562
2906
7837
7915
5190
6817
7838
7859
7866
7625
7895
7895
7852
7900
7852
7930
7682
7682
7682
7852
7852
7727
7628
7673
7628
7628
7628
7628
7628
7628
4963
4963
4963
7822
7822
7822
7822
7642
7642
Description
EF15P/12P/10P PS/AMP V2
__4U7 25V 20%CAP 4X5.5 SMT ELC
__1U 50V 20%CAP 4.3X3.9 SMT ELC
4700U 100V 10%CAP BLK 35X40MM 4PS
3300U 63V 20%CAP 18X40MM CUT5MM EL
3300U 35V 20%CAP BLK 16X35.5MM EL
3300U 35V 20%CAP BLK 16X35.5MM EL
3300U 63V 20%CAP 18X40MM CUT5MM EL
4700U 100V 10%CAP BLK 35X40MM 4PS
__2N7 100V 10%CAP
0805 SMT X7R
__4U7 100DC10%CAP BLK RAD POLYE FLM
_10U 16V 20%CAP 5X5.4 SMT NP
__1U 50V 20%CAP 4.3X3.9 SMT ELC
__1U 50V 20%CAP 4.3X3.9 SMT ELC
150P 1000V 5%CAP
1206 SMT C0G
150P 1000V 5%CAP
1206 SMT C0G
150P 1000V 5%CAP
1206 SMT C0G
_47N 100V 10%CAP
1206 SMT X7R
CDSF4148 75V 0A15 1005 SMT
CDSF4148 75V 0A15 1005 SMT
MMBZ5252B 24V0 0W35 5% SMT ZEN
3SMAJ5932B 20V 3W0 DO214AC SMT ZEN
MM3Z18VT1G 18V0 0W2 5% SMT ZEN
CDSF4148 75V 0A15 1005 SMT
CDSF4148 75V 0A15 1005 SMT
ES3D 200V 3A0 D214 SMT SMC
ES3D 200V 3A0 D214 SMT SMC
ES3D 200V 3A0 D214 SMT SMC
ES3D 200V 3A0 D214 SMT SMC
ES3D 200V 3A0 D214 SMT SMC
ES3D 200V 3A0 D214 SMT SMC
ES3D 200V 3A0 D214 SMT SMC
ES3D 200V 3A0 D214 SMT SMC
ES3D 200V 3A0 D214 SMT SMC
ES3D 200V 3A0 D214 SMT SMC
ES3D 200V 3A0 D214 SMT SMC
ES3D 200V 3A0 D214 SMT SMC
ES3D 200V 3A0 D214 SMT SMC
ES3D 200V 3A0 D214 SMT SMC
FUSE LAG 0A4 250V
T&R
__4.7UH 20% COIL 12MM SMT
_192UH CHOKE 74T20AWG/77256MAGNTKS
486UH COIL COMMON MODE 8A SMT
MMBT5401 PNP
SOT-23 SMT
T810-600G-TR 8A TRIAC D2PAK SMT
MBS4992
TO92 8V5 DIAC T&R
MJD112 NPN DARL DPAK3 SMT
MMBT3904 NPN
SOT-23 SMT
W125 2K2 5%
0805 SMT RES
W125 1M 5%
0805 SMT RES
W100 10K0 1%
0805 SMT RES
FUSE SLOW 7A 125V
SMT 6125
FUSE SLOW 7A 125V
SMT 6125
W250 10R 5%
1206 SMT RES
W125 30K 0.5%
0805 SMT RES
W250 10R 5%
1206 SMT RES
W250 22R 5%
1206 SMT RES
W125 17K8 1%
0805 SMT RES
W125 17K8 1%
0805 SMT RES
W125 17K8 1%
0805 SMT RES
W250 10R 5%
1206 SMT RES
W250 10R 5%
1206 SMT RES
W100 4R7 5%
0805 SMT RES
W100 15K0 1%
0805 SMT RES
W100 475R 1%
0805 SMT RES
W100 15K0 1%
0805 SMT RES
W100 15K0 1%
0805 SMT RES
W100 15K0 1%
0805 SMT RES
W100 15K0 1%
0805 SMT RES
W100 15K0 1%
0805 SMT RES
W100 15K0 1%
0805 SMT RES
W125 64K9 1%
0805 SMT RES
W125 64K9 1%
0805 SMT RES
W125 64K9 1%
0805 SMT RES
W100 7K50 1%
0805 SMT RES
W100 7K50 1%
0805 SMT RES
W100 7K50 1%
0805 SMT RES
W100 7K50 1%
0805 SMT RES
W100 4K75 1%
0805 SMT RES
W100 4K75 1%
0805 SMT RES
REF
R233
R234
R235
R236
R237
R238
R239
R240
R241
R242
R243
R244
R245
R246
R247
R248
R249
W2
W6_
W7_
W8
W12
YS #
7642
7642
7642
7642
7642
7642
7642
7642
4963
4963
4963
7682
7634
7682
7634
7682
7634
6535
2328
2327
4145
3538
Description
W100 4K75 1%
0805 SMT RES
W100 4K75 1%
0805 SMT RES
W100 4K75 1%
0805 SMT RES
W100 4K75 1%
0805 SMT RES
W100 4K75 1%
0805 SMT RES
W100 4K75 1%
0805 SMT RES
W100 4K75 1%
0805 SMT RES
W100 4K75 1%
0805 SMT RES
W125 64K9 1%
0805 SMT RES
W125 64K9 1%
0805 SMT RES
W125 64K9 1%
0805 SMT RES
W125 17K8 1%
0805 SMT RES
W100 20K5 1%
0805 SMT RES
W125 17K8 1%
0805 SMT RES
W100 20K5 1%
0805 SMT RES
W125 17K8 1%
0805 SMT RES
W100 20K5 1%
0805 SMT RES
HEADER SIL (FEMALE) 26 SOCKET
8 CIR XH-HEADER
0.098IN
6 CIR XH-HEADER
0.098IN
9PIN 3X3 POWER PIN HEADER
24 PIN BREAKAWAY LOCK .156
REF
YS #
Description
M1804 Parts Reference List 12/13/2018
REF
C46
C47
C48
L5
W9
W10
W11
YS #
5242
5266
6451
6492
4147
4147
4162
Description
100N 250V 20%CAP BLK 'X2' 15MM AC
680N 250V 20%CAP BLK 'X2' 27MM AC
__4N7 250V 20%CAP BLK 'Y' 10MM AC
1300UH COIL COMMON MODE 4AMP
6 PIN POWER PIN HEADER MALE POLZED
6 PIN POWER PIN HEADER MALE POLZED
2 PIN POWER PIN HEADER MALE POLZED
REF
YS #
Description
REF
YS #
Description
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
A
A
HI+HiV_S_
6
HORN+_S_
4
WOOFER+_S_
5
B
6
W7:6 W7_:6
6
6
W7:4 W7_:4
6
6
W7:5 W7_:5
6
R144
6
+HiV_S
4
HORN+_S
5
WOOFER+_S
+88V
W125
R145
0805
HI+
26 W2:2
120K0
0805
MUTE
W125
120K0
HI26 W2:1
HI+
-15v_
W125
-15V
26 W2:4
120K0
0805
-88V
Output
Output.SchDoc
DSP
DSP.SCHDOC
A/D
ADC.SchDoc
Preamp
Preamp.SchDoc
AIN_HI_SENS+
AIN_HI_SENSAD_Ref
AIN_LO_SENS+
AIN_LO_SENSGND
AIN_HI_SENS+
AIN_HI_SENSAD_Ref
AIN_LO_SENS+
AIN_LO_SENSADOUT
AD_GND
Cannot open file E:\My
Documents\AD\M1496\A-D.jpg
D
22U
DAC_DATA
DAC_BCLK
DAC_LRCLK
DAC_DATA
DAC_BCLK
DAC_LRCLK
HORN_PRE_OUT
HORN_PRE_GND
ADOUT
WOOFER_PRE_GND
WOOFER_PRE_OUT
WOOFER_PRE_GND6
WOOFER_PRE_OUT5
8
8
W6:7 W6_:7 8
W6:8 W6_:8 8
8
8
W6:6 W6_:6 8
W6:5 W6_:5 8
8
8
+24V
26 W2:6
-24V
-24V
26 W2:7
LVGND_
DO-214AC
W6:2
W6:1
+15V_
-15v_
2
1
W6_:2 8
W6_:1 8
-44V
-44V
26 W2:9
+15V_
+15V
26 W2:10
7 HI+
8 HI6 LO5 LO+
C
LVGND
26 W2:8
D2
Power Supply / Speaker Out
POWER SUPPLY.SCHDOC
SPI_MOSI
SPI_MISO
SPI_CLK
SS_DAC
RESET_DAC
/RESET_DSP
SPI_MOSI
SPI_MISO
SPI_CLK
SS_DSP
MCLK
+88VSense
LimitSig
LRCLK
BCLK
MCLK
Reset
ClipIn
LimitIn
Mode_B
Mode_G
Mode_R
Mode_Switch
BT_Switch
Sub_Switch
Switch_Gnd
CH_Gnd
7
HORN_PRE_GND 8
HORN_PRE_OUT
LO+
LO+
26 W2:11
LO-
LO26 W2:12
96KHZ
96KHZ
26 W2:13
D
-88V
-80V
26 W2:16
HIOUT
HIOUT
26 W2:17
WGND
LOOUT
26 W2:19
+24vIN
1
Ph+24v
3
8
6
6
8
W6:4 W6_:4
8
W7:3 W7_:3 6
W7:1 W7_:1 6
W6:3 W6_:3
8
3
D_GND_
1 +24v_
Switch_Gnd
Sub_Switch
BT_Switch
Mode_Switch
Mode_R
Mode_G
Mode_B
CON_HOLE_125
+24v_
W7:2 W7_:2
6
+24vIN
LimitLED
ClipLED
/RESET_BLE
BT_UART_RX
BT_UART_TX
F
+24V_
26 W2:23
+80V
26 W2:24
+88V
+80V_H
26 W2:25
+80V
26 W2:26
HORN_OUT
HORN_GND
WOOFER_OUT
WOOFER_GND
G
2 WOOF_CLK_
/BLE_RESET
BLE_UART_RX
BLE_UART_TX
Power Supply PCB
8
7
6
5
4
3
2
1
3966
16AWG
GRN
CON_HOLE_128
1
W4
D_GND
BLE.SchDoc
CHGND2
LOOUT
26 W2:22
+24V
Input PCB
BT_B
BT_G
BT_R
W4_
6
+44V
26 W2:21
PhantomPower
BLE
3966
. WIRE
PREFUSED
2
+44V
LOOUT
+88V
+88V
3
CH_GND_
WOOF_CLK
WOOF_CLK
LVGND_
-24V
-44V
-88V
+44V
+24v
LVGND_
-24V
-44V
-88V
+44V
+24V
D_GND_
SS_DAC
RESET_DAC
MCLK
48R
RESET_DSP
SPI_MOSI
SPI_MISO
SPI_CLK
SS_DSP
6543
+88VSense
ClipIn
LimitIn
R64
HC3
LOOUT
26 W2:20
4
Microcontroller
Microcontroller.SchDoc
1
E
WGND
26 W2:18
HORN_PRE_GND_
Woofer_PRE_GND_
F
16AWG
GRN
HIOUT
26 W2:15
MUTE
MUTE
HORN+
WOOFER+
3
265V
ES1H
ES1H
4
H
DO-214AC
16V
Elec
2
1
+15V
-15v
+24v
-80V
26 W2:14
LimitSig
G
22U
DGND
Ph+24v
E
16V
-80V_H
26 W2:5
D1
C131
Elec
MCLK
C
+88V~
WOOFER+~
HORN+~
C130
B
MUTE
26 W2:3
R146
. WIRE
PREFUSED
HC2
Connected to CHGND1 through the chassis.
Use a wire to connect these two
points when working on the bench.
HORN_PRE_GND
HORN_PRE_OUT
WOOFER_PRE_GND
WOOFER_PRE_OUT
DGND
Ph+24v
+15V
-15V
8
7
6
5
4
3
2
1
H
3036 Cable
_W6
_W6_
W100
CHGND1
W100
I
DNS
2
3
4
4
4
4
W13_:2 W13:2
W13_:3 W13:3
W13_:4 W13:4
4
4
4
R63
200R
Connected to CHGND2 through the chassis.
Use a wire to connect these two
points when working on the bench.
0805
R10
200R
6
5
4
3
2
1
0805
LD4
2
3
4
3044 Cable
Input PCB
DGND
RED
Clip
LD1
I
Power Supply PCB
6
5
4
3
2
1
+HiV_S
WOOFER+_S
HORN+_S
D_GND_
WOOF_CLK
+24vIN
8154
YEL
Limit
_W7
_W7_
8155
0805
R163
1K50
0805
W125
0805
R164
1K50
W125
0805
R165
1K50
W125
0805
R166
1K50
W125
R167
1K50
W125
W125
J
R162
1K50
J
LP1
2392
RA Light Pipe
0805
DGND
LD3
R
G
B
+15V_5
Status
1
4
W13_:1 W13:1 4
1
ECO.SchDoc
ECAD INCIDENTAL
R174
W125
Assembly.SchDoc
ASSEMBLY NOTES
47R
0805
BT_State
RGB
K
History.SchDoc
DESIGN HISTORY
6001
0606LED
1
2
3
4
5
6
7
8
9
10
11
12
13
Yorkville Sound Ltd. Product(s):
EF10P-EF12P-EF15P
550 Granite Court
Pickering, ON
Canada L1W 3Y8
www.yorkville.com
PS and Input
14
Description:
PCB#:
M1497
Rev#: V01
Modified: 2019-10-09
15
K
EML Rev#:
File: Top Sheet.SchDoc
16
01
Sheet
1
Of
Tmp Rev: V031
17
11
2
3
4
5
6
7
9
10
11
CDSF4148
C64
2
0603
SO8
1K800
1K02
0805
0805
2N7
-
15K0
1206
CDSF4148
SO8
0805
0805
SG4
47P
J3:1
X2
TP13
4090
C84
R73
+
Q3
MMBTA14LTIG
7701
W125
10K00
0805
CLIP INDICATOR
W100
0805
2K74
0805
1K50
100R
0805
0805
8
V+
GND
W125
10V
R196
CLIP
W125
C25
SOT-23
30K0
0805
0805
R217
100R
ClipIn
0805
0805
MC33078
7817
-
5
4K75
R69
30K0
C149
1U
4.3X3.9
W250
50V
1206
R213
619R0
1206
6
B LIN
0805
10K
LINE
4459
C83
R71
SO8
R88
W125
W125
10K00
10K00
0805
0805
P2:2
LineGND1
22U
681R
7817
MC33078
U8:2
D32
0805
D37
CDSF4148
C142
R77
2
W100
10K0
0805
0805
10U
C88
0603
2
-
D1005
CDSF4148
CDSF4148
16V
-
U11:1
MC33078
7817
470P
R82
1
R91
10K0
3
0805
+
W125
SO8
R83
1K02
0805
0805
MIC IN
3
XLR FEML
4010
SG8
C148
25V
33U
IGND
6x6mm
R99
UP
0603
R100
W100
W100
475R0
50V
1K02
0805
P3:2
2
3
6
10K
MIC
4459
2K74 C95
R102
680P
1K02
0805
4
-
50V
6
50V
100N
50V
100N
W125
1K02
0805
0805
22U
MIXER ENABLE
COM
68N
50V
+
7
805
R98
64K9
0805
6
-
25V
DOWN
8
PCB#:
MicGND2
11
12
NO
J
S3:2
EF10P-EF12P-EF15P
M1497
Rev#: V01
Modified: 2019-10-09
10
COM
DOWN
MOMENTARY
PreAmp
Section:
Product(s):
9
NC
UP
Switch_Gnd
7817
MC33078
U11:2
20K5
0805
I
3439
2PDT MINI
S3:1
W100
1210
7
50V
0805
SO8
NO
NC
UP
NO
C91
H
COM
3522
R103
0805
0805
5
S4:2 MIX-
R84
330R0
BusGND
W100
47P
C94
W125
100N
7817
MC33078
U9:2
C93
50V
W100
0805
+
7
B LIN
R101
R95
5
SO8
P3:1
0805
0805
1
5
R97
30K0
Connected to Main
Input at top left.
DOWN
0805
0805
W125
1210
SO8
C92
475R0
0805
K
4U7
+
DOWN
3522 MixerEnable
R90
10K0
NC
Sub
S4:1
UP
C90
R96
1
MIX+
W125
330R0
NO
Mode_Switch
Sub_Switch
BT_Switch
10K0
MIC
C89
Mode
NC
CLIP
D1005
U9:1
MC33078
7817
6001
0606LED
COM
R85
D38
Mode
RGB
0805
RELAY 1C
5X5.5mm
C85
CLIP
R76
1K02
10K0
LineGND2
W100
G
+15V
W125
47R
0805
0805
7K50
50V
R157
W100
CLIP
D1005
W100
1210
0805
-
R72
25V
R
G
B
Mode_R
Mode_G
Mode_B
RELAY 1C
0805
7837
-15V
R80
3696
2K74
0805
R160
DNS
18V0
SO8
7
P2:1
1
+
+
0805
K1:1
W250
619R0
475R0
0805
SOD-323
3696
W125
R212
475R0
Q8
SOT-23 MMBT5401
K1:2
W100
0805
0805
IGND
D34
W125
W125
1206
R94
W100
470P
619R0
R93
-15V_3
0805
D33
25V
50V
W100
50V
J
J5
R92
470P
W250
6x6mm
W100
R211
MIC IN
W250
1206
33U
50V
C147
SO8
47R
W125
W125
25V
V-
F
17K8
C87
SG7
E
0805
0805
SG6
R210
619R0
V+
C77
C75
0603
680P
0805
MC33078
7817
4
W125
-15V
0805
R62
4K75
C76
4
0805
10K00 U10:1
R87
0805
SO8
R153
W100
W100
W100
R209
100R
8
+15V_5
R79
2
U10:3
U8:3
MC33078
7817
V-
R198
0805
I
50V
0805
10R0
W125
0603
+15V_3
W125
47R
C80
10K00
SO8
C86
R152
AIN_LO_SENS-
W100
LINE
3
+
50V
W100
R89
R86
10K0
W125
R70
7
5
L
R216
100R
-
CDSF4148
RCA DUAL
VERT
GOLD 24MM
PCB MT
Ph+24v
+
+15V
R188
CDSF4148
MC33078
7817
D1005
0805
470P
R
3466
LINE IN
6
D36
2K74
J4
SO14
R187
0805
AD_Ref
Q7 0805
MMBTA14LTIG
7701
NetC83_1
W100
D
+15V
W125
R81
SO8
MicGND2
0805
D1005
W125
V-
R193
1K50
1210
R78
U10:2
47R
0805
LimitIn
R138
SG5
0805
-15V_2
W125
W125
1K02
0805
C71
4
R151
CLIP
IGND
H
0805
0805
R75
0805
V+
C
U9:3
MC33078
7817
CDSF4148
SO8
10K00
0805
D1005
U8:1
MC33078
7817
22U
3
0805
W125
D35
DO-214ACBI
-
R185
1K50
1
R74
SMAJ150CA
47P
0805
50V
47P
SH
LINE IN
NCJ6FAV-0
0805
2
TP12
X1
0805
0805
D31
C81
50V
C82
TP11
X3
+1/4
0805
10U
0805
50V
10K00
0805
SO8
C70
4
100R
10K0
W125
1K02
1K50
AIN_LO_SENS+
W100
W100
R68
W125
10K00
NCJ6FAV-0
4090
30K0
W100
R65
W125
SG3
R61
15K0
R7
W125
10R0
LEDGND_
R67
T
S
DGND
1
HC5
R
S
W100
HC6
1
J3:2
LINE IN
XLR-PHONE
SOT-23
CON_HOLE_125
Spacer2
R
T
0805
12
+3V3_UC
R197
W125
R8
30K0
Spacer1
1
CON_HOLE_125
W100
W125
R195
D1005
+
R183
W125
50V
C100 U17:4
MC33079D
13 7668
14
D4
7
0805
5
470P
W100
TP10
6
W100
10U
SO14
+
R182
V-
10V
10V
C78 U17:3
MC33079D
7668
8
8
0603
10U
LimitSig
U7:2
MC33078
7817
0805
R49
LIMIT INDICATOR
50V
50V
-15V
0805
HC4
Spacer3
CON_HOLE_125
9
NetC22_1
1M
C21
Connection to CHGND2 in
Power Supply through the chassis.
Use a wire to connect these two
points when working on the bench.
W100
0805
U11:3
8 MC33078
7817
V+
0805
0805
0603
470P
+15V_2
W125
47R
S1:2
47P
R143
CH_Gnd
0805
100V
R56
1K62
10
W125
R215
100R
C68
J2
.
R150
3K92
Male XLR
4140
0805
W125
MIX-
C22
100R
0805
S2:2
SG2
1K50
+15V
0805
W125
THRU
SG1
AIN_HI_SENS-
W100
R181
BusGND
W125
SO14
+
IGND
0805
LD2
0805
W125
W125
47R
-15V
BusGND
0805
B
-15V_1
W125
47R
SO8
3439
0805
+
CDSF4148
R58
0805
-15V
R180
DOWN
UP
MOMENTARY
3
W125
10K00
R57
1
3
C65
W125
0805
V4
3522
-
D1005
R60
475R0
U6:1
MC33078
7817
D27
0603
0805
R149
0805
DOWN
UP
Sub
0805
SMAJ150CA
50V
W100
50V
C67 100N 080550V
562R0
5X5.5mm
SO8
R179
R200
0805
V+
C61
S1:1
100N
R59
2
+
W125
R192
1K50
SO8
4
C60
U7:3
MC33078
7817
S2:1
D28
0805
R214
16V
50V
C63 U17:1
MC33079D
2
7668
1
W125
C144
R55
1M
470P
W125
W125
0805
C69
10U
TP8
3
R202
1M
C66
1
TP9
X1
DO-214ACBI
G
-
470P
V-
50V
0805
V+
0805
11
0603
U7:1
MC33078
7817
0805
100N
0805
SO14
C74
50V
0805
V-
C141
100N
1K02
0805
0805
8
50V
1K800
R178
1K50
8
U6:3
MC33078
7817
100N
0805
0805
100R
0805
50V
0805
R52
1M
SO8
SO14
+
AIN_HI_SENS+
W100
W125
TP7
X3
+1/4
R142
1M
+
10K00 CDSF4148
5
0805
R48
W125
W125
1K50
+15V_1
W125
47R
U17:5
4 MC33079D
7668
V+
0805
R177
100N
X2
0805
W125
W125
J1:1
5
W125
475R0
R47
7
D1005
R51
W100
50V
0805
-
D26
R148
W125
47R
R176
100N
50V
R53
8K25
+15V
R199
W125
100N
0805
R50
50V
R54
10K0
470P
W100
4090
C143
100V
0805
-
+15V
U17:2
MC33079D
7668
7
W125
100N
0805
LINE IN
XLR-PHONE
17
A
50V
W125
S
2N7
50V
S
6
6
C58
U6:2
MC33078
7817
C59
T
NCJ6FAV-0
C
F
16
0805
50V
470P
5N6
MAIN INPUT
XLR-PHONE
MIX+
SH
MAIN INPUT
R
R
T
4090
E
15
100N
D25
NCJ6FAV-0
D
14
1K02
0603
J1:2
MAIN INPUT
XLR-PHONE
13
W125
D1005
W125
CLIP
C5
B
12
R175
PreAmp
A
8
W125
1
13
14
15
K
EML Rev#:
File: Preamp.SchDoc
01
Sheet
2
Of
Tmp Rev: V031
16
17
11
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
A
A
R184
0603
3
2
U19
10V
0805
B
0805
19
10V
C135
45
0603
47
48
AIN_HI_SENS-
Delta-Sigma
Modulator
AIN1P
AIN1N
Decimation
Filter
DVSS
VDD18
Voltage
Reference
LDOE
1206
TVDD
VREFH1
VREFL1
W250
100V
0805
2N7
R189
22R
Serial Output
HPF
DIF0
DIF1
BICK
LRCK
TDMIN
SDTO1
DP
TDM0
TDM1
ODP
PSN
0805
50V
5
4
AIN_LO_SENS-
100V
2N7
C79
0805
0805
50V
100P
AIN_LO_SENS+
AIN2P Delta-Sigma
AIN2N Modulator
Decimation
Filter
HPF
C101
AK5572
8279
C132
AIN_LO_SENS-
37
38
25
26
27
28
43
39
40
46
41
L12
D
+3V3
600R
F0805
BCLK
LRCLK
BCLK
LRCLK
R158
ADOUT_
ADOUT
W125
E
47R
0805
QFN48
6
7
10V
10U
16V
+5V
AD_GND
C138
0805
100N
F
10U
16V
C136
C134
C133
17
3528
+5Vref
100N
C137
100N
10V
16V
100U
0603
C72
C73
100P
E
0805
C98
C
C62
AIN_HI_SENSAIN_LO_SENS+
10U
16V
100N
C99
100P
0805
50V
D
0805
100P
50V
C
4K75
AIN_HI_SENS+
0805
AIN_HI_SENS+
W100
0805
10U
B
16V
W100
R186
4K75
18
AD_Ref
CKS0
CKS1
CKS2
CKS3
AVDD
AVSS
C139
0603
G
F
31
32
33
34
G
Controller
Therm
TESTO1
I2C
HPFE
OVF
MSN
PW2
PW1
PW0
SLOW
SD
TEST
MCLK
PDN
DGND
49
29
42
44
30
24
23
22
21
35
36
15
16
H
20
H
Reset
MCLK
I
I
DGND
MCLK
Reset
+3V3_AD
J
J
A/D Converter
Section:
Product(s):
PCB#:
K
EF10P-EF12P-EF15P
M1497
Modified: 2019-10-09
1
2
3
4
5
6
7
8
9
10
11
12
13
Rev#: V01
EML Rev#:
01
Sheet
File: ADC.SchDoc
14
15
3
11
Of
Tmp Rev: V031
16
17
K
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
A
A
+3V3
L2
600R
F0805
+3V3_DSP
B
B
0805
8-Bit
Aux
ADC
GPIO
25V
0805
600R
VOUT2
VOUT3
44
43
1
LimitSig
C18
0805
C19
0603
C20
D43
D1005
0805
W125
W125
0805
0805
D44
D1005
CDSF4148
8
9
Power Supply PCB
W125
6
5
4
3
2
1
10
D1005
CDSF4148
DGND
R14
10 W3:7 W3:2 10
10 W3:8 W3:3 10
10 W3:9 W3:4 10
10 W3:10
10
W3:5
+88V~
DAC_DATA
W125
0805
1
+88VSense
2
D39
0805
D1005
R66
2K74
0805
I
C127
0805
D40
D1005
CDSF4148
3
4
DGND
J
5
USBi header
ADC/DSP
Section:
PCB#:
6
R18
17K8
CDSF4148
Product(s):
5
H
+3V3_DSP
50V
10 W3:6 W3:1 10
DGND
4
D42
0805
0805
EF10P-EF12P-EF15P
M1497
Rev#: V01
Modified: 2019-10-09
3
C128
DGND
DAC_BCLK
47R
_W7_
2
0805
47P
7
1
R125
2K74
W100
6
_W7
G
50V
50V
C129
DAC_LRCLK
R13
ADOUT
SPI_MISO
SPI_CLK
I
K
D1005
47R
DNS
+HiV_S
WOOFER+_S
HORN+_S
D_GND_
WOOF_CLK
+24vIN
D41
0805
CDSF4148
W100
0805
R11
R12
47R
47P
R127
2K74
R124
17K8
47P
W125
+3V3_DSP
WOOFER+~
R126
17K8
W125
MP6
MP7
MP10
MP11
15
14
16
19
MP9
MP2
MP3
MP8
+3V3_DSP
HORN+~
W125
6
5
4
3
2
1
E
F
47R
J
50V
0805
0805
SPI_MOSI
SS_DSP
SPI_MISO
SPI_CLK
Input PCB
1206
8-CH
Digital
Output
/RESET_DSP
DGND
H
D
C17
DGND
W100
G
E/D
12.288
CDSF4148
/RESET_DSP
7894
10V
VOUT0
VOUT1
46
45
0805
10U
FILTD
100R
16V
CM
3 OUT
W100
40
41
220N
R5
CLK
OSC
F0805
Vdd 4
Q2
2 GND
100N
31
32
0603
L3
OSCILLATOR
Input/Output Matrix
26
29
28
27
DGND
8-CH
Digital
Input
MP1
MP0
MP4
MP5
RSVD
Control
Interface
and
Selfboot
SCL/CCLK
30
SELFBOOT
0603
5 RESETB
6
Reset/
Mode
Select
C24
+3V3
C16
DGND
7
ADDR0
20
ADDR1 /CDATA/WB
21
CLATCH/WP
22
SDA/COUT
23
16V
100N
F
10V
W125
10U
3
ADC_RES
47
FILTA
0805
ADAU1701
LQFP
28/56-BIT, 50 MHz
AUDIO PROCESSOR CORE
40 ms DELAY MEMORY
C15
100N
7905
E
C23
0805
10U
ADC1
ADC0
10
11
8
9
2
4
OSCO
MCLKI
39
38
33
35
PLL
MODE1
MODE0
PGND
PLL_LF
1.8V Reg
AGND 1
AGND 37
AGND 42
U2
IOVDD 18
AVDD 48
36
AVDD
PVDD
DGND 12
DGND 25
D
VDRIVE 17
13
DVDD
DVDD 24
DGND
0805
R2
475R0
C
DGND
0805
R9
17K8
W100
10U
C7
1K02
DGND
MCLK
10V
16V
100N
16V
10V
0805
0603
3N3
W125
0603
C6
10V
R3
0603
C11
16V
+3V3_DSP
+3V3_DSP
0603
C10
10U
7837
16V
16V
SOT-23
0805
DGND
C9
100N
C14
C8
100N
0603
100N
10V
C13
+1V8 SUPPLY
34
0603
10U
16V
100N
C
C12
Q1
MMBT5401
NetQ1_1
100N
16V
+3V3_DSP
7
8
9
10
11
12
13
14
EML Rev#:
01
Sheet
16
Tmp Rev: V031
17
File: DSP.SCHDOC
15
4 Of
11
K
8
10
11
12
+3V3_uC
R194
VREFH
9
C33
0603
W100
R173
W100
10K0
10K0
0805
0805
0805
DNS
DNS
DNS
5
2
4
CP
GND
SOT753
7019
F
D
Q
LVC1G80
384kHz
SOT753
1
4
22
25
SWD_CLK/PTA0
SWD_DIO/PTA3
R25
0805
W125
47R
10 W4:4
0805
W5
W5_
96kHz
WOOF_CLK
1
2
3
4
5
6
R27
+3V3_uC
2
VREFH
10 W4:2
100R
+3V3_uC
X1
3
5
MicroPgm
10 W4:3
10 W4:5
H
10
X2
10 W4:10
14
15
0805
VREFH
VREFL
VREFL
DGND
8
9
I
50V
2K2
W125
100N
10U
16V
10V
10 W4:7
10 W4:8
W100
G
W100
R16
100R
0805
R136
S
SOT-23
.
W100
10K0
C
10K0
0805
Switch_Gnd
0805
DGND
D
SPI_MISO
R21
SPI_MOSI
W125
R22
0805
W125
E
SPI_CLK
47R
0805
SS_DSP
SS_DAC
F
R26
BT_UART_RX
W125
47R
0805
N6
BT_UART_TX
/RESET_BLE
+88VSense
G
Connect N1 & N2 for I2C when using USBi
N2
DGND
H
C37
0603
C36
0805
10 W4:9
10N
+3V3
2.2UH
7730
L9
50V
J
C56
3528
D24
403D
MBRA340T3
10V
U5
LM2671
7890
10U
120uH
2910
1206
0805
10V
SS 2
15U
C54
CB 1
VSW 8
Microcontroller
Section:
C57
Product(s):
PCB#:
K
EF10P-EF12P-EF15P
M1497
Rev#: V01
Modified: 2019-10-09
DGND
2
SOT-23
.
Q11
2N7002
7986
D
DGND
100U
SO8
C55
SYNC 3
VIN
6032
1
Q10
2N7002
7986
0805
47R
34
+3V3_uC
S
100R
0805
L8
6 GND FB 4
35V
1206
42
41
40
39
38
37
36
35
RESET_b
C50
5 ON/OFF
7
W250
22R
PTB19
PTB18
PTB17
PTB16
PTB3
PTB2
PTB1
PTB0
D
0805
R133
3K32
B
R135
RESET_DAC
RESET_DSP
N1
0805
0805
R156
10 W4:6
Q9
2N7002
G
7986
R15
SOT-23
.
0805
0805
R132
3K32
47P
DGND
+24vIN
56
55
54
53
52
51
50
49
46
45
44
43
0805
R131
3K32
I
R45
W125
J
PTC11
PTC10
PTC9
PTC8
PTC7
PTC6
PTC5
PTC4
PTC3
PTC2
PTC1
PTC0
R130
3K32
NetQ10_3
W100
0603
7
S
0805
10K0
64 LimitLED
0805
LimitLED
63 ClipLED
ClipLED
62
61
60
59
BT_Switch
58
Mode_Switch
57
Sub_Switch
C35
6
R17
100R
R129
3K32
R134
W100
16V
VCC
DIO
RST
CLK
GND
SWO
SWO
G
16V
PTA1
PTA2
PTA4
PTA5
PTA12
PTA13
PTA18
PTA19
47R
0805
100N
3
30
48
23
24
26
27
28
29
32
33
W100
MCLK
10 W4:1
VDD
VDD
VDD
PTE19
PTE20
PTE21
PTE22
PTE23
PTE24
PTE25
PTE29
PTE30
PTE31
R24
0805
475R0
+3V3
10V
8
9
N3 10
11
N4 12
20
21
17
18
N5 19
W100
475R0
100N
W125
PTE16
PTE17
PTE18
0805
G
8173
PTD7
PTD6
PTD5
PTD4
PTD3
PTD2
PTD1
PTD0
5
6
7
R23
7019
LVC1G80
R147
DGND
2
PTE0
PTE1
R128
3K32
10V
3
CP
GND
1
0603
D
10U
SOT-23
0805
0805
U20
VCC
C31
MKL15Z64VLH4
VDDA
Q
1
0805
13
4
U4 D
3
VCC
C26
16V
10K0
W100
S
R168
100R
5
E DGND
R172
G
17
Mode_B
Mode_G
Mode_R
L4
U3
100N
W100
SOT-23
0805
0603
VSSA
0805
R171
S
C30
16
D6
5V1
C34
.
R169
.
100R
DNS
S
R170
100R
G
W100
.
W100
G
2N7002
7986
D
DNS
100N
50V
D
ClipIn
LimitIn
DNS
2N7002 Q13
7986
D
SOT-23
0805
1
2
2N7002
7986
Q12
D
BT_B
Q14
0805
F0805
LQFP64
ClipIn
LimitIn
BT_G
BT_R
R20
1K800
SOT-23
0805
W125
W125
R19
1K800
C28
DGND
VREFL
DNS
0603
VSS
VSS
VSS
0805
0603
C29
4
31
47
1K02
DGND
+15V
0805
MASTER
MASTER
16
A
16V
C32
P1:2
C
C27
10U
10U
0805
16V
10V
C140
100N
10V
1206
W125
100N
B
R137
B
100N
16V
50K
4462
15
600R
1R0
10U
T
M
BLIN
14
+3V3
W250
P1:1
13
W125
A
7
W125
6
W100
5
W125
4
W125
3
W100
2
W125
1
3
4
5
6
7
8
9
10
11
12
13
14
EML Rev#:
01
Sheet
16
Tmp Rev: V031
17
File: Microcontroller.SchDoc
15
5 Of
11
K
1
2
3
4
5
6
A
7
8
9
10
11
Low Energy Bluetooth
B
B
W1
C
A
W1_
VCC
DIO
RST
CLK
GND
SWO
SWO
BT_Pgm
1
2
3
4
5
6
6
U1
+3V3_BLE
21
P0.4
24
P0.6
23
P0.7
22
P0.5
P0.6
P0.7
BLE_UART_RX
R1
BLE_UART_TX
D
P1.4
P1.5
W125
47R
20
19
18
17
16
0805
1
/BLE_RESET
GND
GND
GND
GND
VDD
VDDR
VREF
XRES
P3.2
P3.3
14X19mm SMT Module
CYBLE-012011-00 P3.4
P3.5
6793
P3.6
P1.0
P3.7
P1.4
P4.0
P1.5
P5.0
P1.6
P5.1
P1.7
P2.0
P2.2
XRES
P2.3
P2.4
P2.6
C
D
E
28
27
26
25
15
29
10
E
8
7
6
5
4
3
2
30
31
14
13
12
11
9
+3V3_BLE
+3V3
L1
600R
F0805
C3
25V
1U
D_GND
C2
100N
16V
1206
100N
16V
0603
C4
1206
F
0603
F
C1
25V
1U
G
G
Low Energy Bluetooth
Section:
Product(s):
PCB#:
H
EF10P-EF12P-EF15P
M1497
Modified: 2019-10-09
1
2
3
4
5
6
7
Rev#: V01
EML Rev#:
01
Sheet
File: BLE.SchDoc
8
6 Of
11
Tmp Rev: V031
9
10
11
H
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
A
A
Input PCB
Power Supply PCB
8
7
6
5
4
3
2
1
B
HORN_PRE_GND
8
7
HORN_PRE_OUT
WOOFER_PRE_GND 6
WOOFER_PRE_OUT 5
4
DGND
3
Ph+24v
2
+15V
1
-15V
B
HORN OUTPUT
20k rolloff
C113
_W6_
_W6
1N5
C
R108
50V
0805
R110
W100
4K75
W125
1K800
REF
10U
DGND
0805
RESET_DAC
R106
SPI_MISO
13
11
12
10
W125
47R
0805
SPI_MOSI
SPI_CLK
SS_DAC
VCC1 23
VCC2L 28
AGND3L 27
SSOP-28
IOUTRIOUTR+
0805
10V
2
SO8
R155
W125
100N
V-
50V
0805
V+
15N
V-
0805
SO14
+
F
Gain?
50V
W100
15K0
W125
1206
0805
1K800
C116
0805
IOUTR+
+3V3_uC
L10
9
10
600R
-
U12:3
MC33079D
7668
8
680P
C118
10U
W100
W100
0805
F0805
C112
1206
C123
C124
50V
10U
16V
0805
6
200R0
7
C120
5
R117
W100
R119
+
SO8
0805
4K75
0805
680P
13
-
SO14
12
R123
15K0
0805
J
SO14
+
DAC Output
Product(s):
PCB#:
5
6
7
8
9
10
WOOFER_PRE_GND
W100
U12:4
MC33079D
7668
14
Section:
-15V_4 DGND
50V
0805
0805
IOUTR-
I
C126
1K800
MC33079D
7668
WOOFER_PRE_OUT
200R0
W100
R121
DGND
4
-
0805
0805
H
U13:2
MC33078
7817
R115
4K75
0805
SO14
+
50V
0805
R113
16V
0805
3
G
R109
0805
2
HORN_PRE_GND
W100
4K75
EF10P-EF12P-EF15P
M1497
Rev#: V01
Modified: 2019-10-09
1
E
R122
47R
-15V
50V
0805
R111
C109 DGND
11
C96
680P
0805
C97
0805
0805
W125
4
C52
C125
0805
C114
U12:5
0805
50V
0805
4
K
47R
C150
100N
100N
J
100N
50V
U13:3
8 MC33078
7817
V+
50V
W125
200R0
WOOFER OUTPUT
DGND
+15V_4
SO8
4K75
0805
0805
R154
+
HORN_PRE_OUT
DGND
C108
0603
-
15N
+15V
W100
4N7
R107
10K
10U
100N
0603
W125
16V
50V
15P
I
C111
3
R116
U12:1
MC33079D
7668
1
1206
+5V
+3V3_DAC
0603
10V
18
IOUTRIOUTR+ 17
AGND3R 16
MCLK
C110
IOUTL-
C107
3
IOUTLIOUTL+
24
AGND2
19 AGND1
20 IREF
8 DGND
9 VDD
7 SCK
H
0603
IOUTL- 26
25
IOUTL+
VCC2R 15
1 ZEROL
2 ZEROR
C106
10U
100N
16V
0805
3 MSEL
DGND
0805
W100
50V
D
1
C119
1K800
U16
8122
PCM1796
MDO
MDI
MC
MS
100N
-
U13:1
MC33078
7817
0805
W125
10V
14 RST
50V
2
200R0
R118
R120
10U
10K
0805
4N7
DGND
16V
W125
0805
W100
4K75
C122
0805
100N
R105
10K
R114
W100
50V
1206
C121
50V
0805
R112
0805
SO14
+
1N5
VCOMR 21
W125
100N
1206
VCOML 22
4
LRCK
6 BCK
5 DATA
R104
G
0603
680P
C117
C104
+5V
DAC_LRCLK
DAC_BCLK
DAC_DATA
DGND
-
C105
E
F
C103
10U
100N
SOT-223
0805
5
10V
16V
7918
LM1117-5v
C102
10V
100N
D
6
OUT
50V
IN
IOUTL+
+5V
50V
U15
+15V_5
C115
U12:2
MC33079D
7668
7
50V
0805
C
0805
11
12
13
14
EML Rev#:
01
Sheet
16
Tmp Rev: V031
17
File: Output.SchDoc
15
7 Of
11
K
1
2
3
4
5
CH1341U
6
7
8
9
10
11
12
13
14
15
16
17
CH1341U
ORN
A
A
R28
W8:7
ClassName: AC
D10
B
CE
GREY/
7
9
1
WHITE
6
1
W10:1
RED/
3
9
7A
S3D
+24V
W9:1
2
9
C43
3300U
6
W10:2
6
W9:2
W8:5
W11:1
1
2
LINE
AC-BLK1
Power Switch
LINE
3
6
W10:3
6
W9:3
W8:6
C46
100N
250V
GREY
6
9
R34
D16
7A
S3D
3
1300UH
6492
'X2' 18MM
S?
W11:2
2
2
AC-WHT1
6
W10:4
6
DO-214AB
35V
DO-214AB
S3D
4
9
C44
3300U
63V
35X40MM
-44V
X2 27MM
C45
4700U
D19
D20
DO-214AB
VIO
S3D
100V
DO-214AB
DO-214AB
NEUTRAL
NEUTRAL 5
NEUTRAL5
6
W10:5
6
W9:5
W8:8
E
8
9
D21
6
6
6
W10:6
6
W9:6
'Y' 10MM
W8:9
1
9
ALL DIODES S3D 200V 3A0 DIO D214 SMT
PUT PADS UNDER HIGH CURRENT AND ALTERNATE
CON_HOLE_128
6
6
W10:7
-88V
-88V
S3D
9
CH_GND
F
D
S3D
18X35MM
D18
W9:4
W8:4
DO-214AB
S3D
C48
4N7
250V
HC1
4
4
S3D
C41
3300U
63V
D17
PS_GND
C42
3300U
-24V
C47
680N
250V
100V
DO-214AB
35V
L5
1
C
35X40MM
7895
RED
3
C40
4700U
D13
5
9
D
LINE
S3D
18X35MM
DO-214AB
2
+24V
D14
D15
YELLOW
+44V
DO-214AB
DO-214AB
6
+44V
S3D
S3D
2
D11
7895
W8:2
WHT
+24v_
W250
D12
+88V
DO-214AB
22R
R31
+88V
S3D
R46
1206
W8:3
IEC_RECT+FUSE
50V
D1005
VIO
E
Elec
MUTE
18X40MM
NA
GRY
4
W100
1U
RED
BLUE
2
-20V UNMUTE
C38
CDSF4148
NC
BLK/YEL
NA T3A15 (#2475)
CE T1A6 (#2473)
0805
MuteGND
D9
VIO/
1
W8:1 9
NC
YEL
BRN
C
D1005
4.3X3.9
R30
10K0
Q4
MMBT5401
7837
CH1342U
BLU
ORANGE
SOD-323
CDSF4148
C39
18X40MM
BROWN
0805
D7
18V0
D8
RED_
SOT-23
1M
0805
MALE 9 PIN CONNECTOR FOR
TRANSFORMER SECONDARYS
B
W125
2K2
GRY_
BLACK
R29
W125
FEMALE CONNECTOR
VIEWED FROM WIRE SIDE
4U7
VIO_
25V
PIN 1
BLK
BLK/YEL
PIN 1
FEMALE CONNECTOR
VIEWED FROM WIRE SIDE
MUTE ON/OFF
DO-214AB
W9:7
CHGND
F
L6
HORN_OUT
HORN+
8283
HORN+
12.3X6
2N7
100V
HORN_OUT
4.7UH
40-55 VDC->
+44V
R204
W250
Q15
R205
10R
10R
1206
1206
PhantomPower
W100
DPAK-3
6817
D3
4R7
24V
50V
C145
4.3X3.9
1U
SOT-23
Q16
7838
MMBT3904
1206
R208
392R
HORN_GND
+
Spkr
HORN-
4
C146
4
-
+88V
4.3X3.9
0805
S5
W12:4
1U
0805
W100
50V
W100
15K0
R38
10R
Load - 20mA max.
0805
SOT-23
R207
0805
G
R206
MJD112
W250
W250
G
C49
HORN
3
ClassName: +Hi
H
D22
S3D
L7
4
W12:3
H
SP1
WOOFER+
DO-214AB
WOOFER_OUT
MuteGND
HORN_PRE_GND_
DGND_
J
WOOFER-
Q5
7915
T810-600G-TR
1
W12:1
I
WOOFER
1206
100V
4U7
WOOFER_GND
4
_W1
10R
RAD POLY
_W?
R44
W250
C51
_W?
MBS4992
5190
{Voltage}
TO92
C53
5X5.5mm
J
D_GND_
6
5
4
3
2
1
LVGND_
Woofer_PRE_GND_
+88V_S
WOOFER+_S
HORN+_S
D_GND_
96KHZ
+24V_
6
5
4
3
2
1
Power Supply
Section:
Product(s):
_W?
_W?
K
Q6:2
1
NC
Power Supply PCB
Input PCB
LVGND_
Q6:1
-88V
8
7
6
5
4
3
2
1
MT2
LOLO+
HIHI+
D_GND_
D_GND_
+15V_
-15V_
0805
ClassName: -Hi
Power Supply PCB
8
7
6
5
4
3
2
1
R42
30K0
MT1
Input PCB
DO-214AB
D2PAK
WOOFER-
W12:2
G
PS_GND
4
ClassName: AmpOut
16V
I
D23
S3D
10U
Connection to CHGND1 in
PreAmp through the chassis.
Use a wire to connect these two
points when working on the bench.
2
192UH
ClassName: AmpOut
HORN-
CH_GND_
WOOFER+
6562
W125
WOOFER_OUT
PHgnd
PCB#:
EF10P-EF12P-EF15P
M1497
Rev#: V01
Modified: 2019-10-09
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
K
EML Rev#:
01
File: POWER SUPPLY.SCHDOC
16
Sheet
8
Of
Tmp Rev: V031
17
11
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
PCB ASSEMBLY DOCUMENTATION
A
A
B
B
SPECIAL PRODUCTION NOTES
PCB HARDWARE
1. ADD RTV BETWEEN ALL TALL COMPONENTS AND AREAS WHERE
INDICATED.
C
C
2. BEND C51 TO BOARD AND APPLY RTV TO HOLD IT.
D
D
E
E
F
F
G
G
H
H
I
I
J
J
Assembly Documentation
Section:
K
Product(s):
THIS SHEET CONTAINS SPECIAL PRODUCTION NOTES AND A LIST OF PCB HARDWARE PARTS REQUIRED FOR THE BUILD.
PCB#:
EF10P-EF12P-EF15P
M1497
Rev#: V01
Modified: 2019-10-09
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
K
EML Rev#:
File: Assembly.SchDoc
16
01
Sheet
9
Of
Tmp Rev: V031
17
11
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
DESIGN HISTORY AND INFORMATION
A
A
B
B
CHANGE HISTORY
C
D
E
F
G
H
I
POTENTIOMETERS AND KNOBS
#
1
2
3
4
5
6
7
8
9
10
11
12
13
DATE
03-MAR-2017
OCT-26-2017
NOV-14-2017
Oct-09-2019
.
.
.
.
.
.
.
.
.
VER#
V01
V01
V01
.
.
.
.
.
.
.
.
.
.
PC#
.
9116
.
9434
.
.
.
.
.
.
.
.
.
DESCRIPTION OF CHANGE
RELEASED FOR PRODUCTION
MARKED W3 CONNECTOR - YS PART# 4018 AS DNS
CHANGE FUSE PART NUMBER FOR CE FROM 2475 TO 2473 (T1.6A)
Update labels on W6 and W7 connector pinout drawings.
.
.
.
.
.
.
.
.
.
#
1
2
3
4
5
6
7
8
9
10
11
12
13
DATE
.
.
.
.
.
.
.
.
.
.
.
.
.
VER#
.
.
.
.
.
.
.
.
.
.
.
.
.
PC#
.
.
.
.
.
.
.
.
.
.
.
.
.
DESCRIPTION OF CHANGE
.
.
.
.
.
.
.
.
.
.
.
.
.
#
1
2
3
4
5
6
7
8
9
10
11
12
13
DATE
.
.
.
.
.
.
.
.
.
.
.
.
.
VER#
.
.
.
.
.
.
.
.
.
.
.
.
.
PC#
.
.
.
.
.
.
.
.
.
.
.
.
.
DESCRIPTION OF CHANGE
.
.
.
.
.
.
.
.
.
.
.
.
.
POTENTIOMETERS AND KNOBS
REF
P1
P2
P3
.
.
.
.
.
.
.
.
.
.
FUNCTION
MASTER LEVEL
LINE LEVEL
MIC LEVEL
.
.
.
.
.
.
.
.
.
.
POT#
4462
4459
4459
.
.
.
.
.
.
.
.
.
.
C
KNOB#
8653
8653
8653
.
.
.
.
.
.
.
.
.
.
D
"STYLE_P32"
E
F
G
PINOUT DIAGRAMS
H
I
J
J
Design Information And History
Section:
K
THIS SHEET CONTAINS A CHANGE HISTORY LOG, A LIST OF THE POTS & KNOBS AND A LEADS & PINS REFERENCE SECTION.
Product(s):
PCB#:
EF10P-EF12P-EF15P
M1497
Rev#: V01
Modified: 2019-10-09
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
K
EML Rev#:
File: History.SchDoc
01
Sheet
10 Of
Tmp Rev: V031
16
17
11
1
2
3
4
5
6
7
8
9
10
11
A
A
B
B
PF3
CNR2
PF4
C
PF1
MODEL NAME
C
TLH3
CNR1
INS1
PCB No. Rev
EC100
PF2
TLH4
CNR4
D
D
TLH5
CNR3
CRG1
DOCUMENTATION
E
E
Blank PCB
PLASTICPIN
PCB1
ClassName: PLASTICPIN
F
F
RTV_HOLES
AI Sub-Assembly
ClassName: RTV_HOLES
AI-ASSY1
BREAK
ClassName: BREAKHOLES
G
G
CHASSISSCREW
ClassName: CHASSISSCREW
Section:
Product(s):
PCB#:
H
EF10P-EF12P-EF15P
M1497
Modified: 2019-10-09
1
2
3
4
5
6
7
Rev#: V01
EML Rev#:
01
Sheet
File: ECO.SCHDOC
8
9
11 Of
11
Tmp Rev: V031
10
11
H
1
1
1
D12
D16
1
7A
C1
NC
VCD
INSERT
ORIGIN
11
2327
6
1
2328
8
R34
M1497 V01
+80V_H
+24V_
+44V
LOOUT
HIOUT
HIOUT
96KHZ
LO+
-44V
-80V_H
1
+80V
+80V
LOOUT
UT
LO
O
WGND
-80V
-80V
LO-
+15V
LVGND
+24V
-15V
HI+
MUTE
8
-24V
C2
Score
W6
W7
EF10P-EF12P-EF15P
HORN+
HORNWOOFER+
WOOFER-
_W1
M1497
V01
HI-
HORN_PRE_GND
HORN_PRE_OUT
D15
S3D
WOOFER_PRE_GND
7A
S3D
WOOFER_PRE_OUT
S3D
C43
S3D
-15V
+15V
Ph+24v
DGND
D14
R31
CLINCH
4145
D11
S3D
C44
D18
Note!
C42 and C43 are 5860
C41 and C44 are 5670
D20
5670
S3D
+HiV_S
GRN w/Female QC
W4
RTV
RTV
4145
S3D
5860
5860
R204
MJD112
3966
3300U/35V
10R
HC2
7
RTV
5670
3300U/63V
R205
C41
4148
D9
9
RTV
10R
Q15
15K0
Q16
R207
D39 R18
D43 R126
D41 R124
2K74
MMBT3904
392R
1U
RV
AmpBias
Adjust
1.5mV
D17
C145
24V
C52
C16 D42 C150
C15 C128 C127
L2 R125 D40
R66
C129
D44
R127
C130
R208
5670
5670
T
S3D
AmpBias
TP2
C131
TP1
RTV
RTV
R2
HORN+_S
C42
5860
U13
D8
4K75
C126 C125
4148
C18
C19
C8
C11
D3
22U
WOOFER+_S
100N
C40
3300U/35V
W8
C118 R121 R120
C123 C121
C124
R118 C122
C117
RTV
S3D
R119
C55
R156
DGND
D21
5860
1N5
1
3
S3D
4R7
15U
MBRA340
WOOF_CLK
D13
1U
100N
2 of 3
S3D
RTV
D19
5910
4700U/100V
S3D
D10
RTV
4700U/100V
5910
R206
D24
R45
L1
600R
+24vIN
M1497 V01
C39
C146
R112 R108
22U
17K8
17K8
C54 10N
17K8
10U
100U
2.2UH
CYBLE-012011-00
EF10P-EF12P-EF15P
1U
PowerSupply
3300U/63V
1
R28
Q4
C45
RTV
-15V
2K2
D7
18V0
RTV
+15V
C119 R114 C115
R122
R116
R123
R117
C120 R115 C116
R113 R109 C20
4
D1
R30
10K0
W9
1M
W10
ES1H
4147
C38
4U7
7837
BlankSize - 9100x8050
680N/250V
4147
XF_Primary_120VAC
D22
D2
680P
4148
4148
4148
10
47P
ES1H
Ph+24v
C97 R154
C96 R155
C114 C113
R111 R110
4148
2K74
2N7
S3D
DGND
1K800
4K75
200R0
475R0
C13
47P
4N7
4K75
15K0
200R0
680P
10U
100N
47R R12
100N
C49
R38
L6
4.7UH
C73
C62
200R0
15K0
MC33078
R42 30K0
100P
U12
100P
200R0
4K75
C24
100N
100N
4N7
17K8
680P
Q6
10U
1K800
4K75
1
1K800
W OOFER_PRE_OUT
W6_
1N5
W OOFER_PRE_GND
MC33079D
C72
2N7
15N
15N
10U
3538
R46
47R
47R
1K800
22R
CR
NOR
10R
2328
CL
NOL
C53
WOOFWOOF+
HORNHORN+
R29
HORN_PRE_OUT
BlueTooth
NCR
NCL
3439
Sub
C136
C139
100N
R13
ADAU1701
C6
9
5
U5
S3D
R192
R179
R180
R188
C138
C132 C79 10U
R107
C103
100N
C12 Q1
7837
4
47P
22R
6
C74
1K50
1K50
R175 R177
R176 R178
100N
C141
100R
100N
1K02
1K50
3522
10K
47R
47R
8
3
1U
C1
LM2671
C50
680P
4148
C57 C17 L9
120uH
4K75
2K74
Spkr
L7
6562
W2
R157
100N
600R
120K0
R144
MASTER
4462
100N
1K50
100R
100R
10U
100N
47P
R146
+HiV_S
6535
47R
100N
100U
4148
2327
18V0
C32
R214
C104
100N
100N
120K0
HORN+_S
HORN_PRE_GND
10U
100N
220N
RTV
RTV
W12
120K0
WOOFER+_S
C63
R184
C137
4K75
C23
10U
D23
R145
R199 47R
U19
C9
1
R84
1K02
3522
DGND
R200 47R
4K75 R186
100P
10U
7915
P1
C5
5190
10R
1
R85
330R0
R82
R83
R76
47R
R149
Mode
10U
C107
100P
W7_
WOOF_CLK
MixerEnable
100N
AK5572
100N
RTV
XF_Primary_240VAC
MIC
4459
C71
1M
MC33079D
204.47 (mm)
100N
R143
C22
+24vIN
S4
10U C99
C135
R5 100R
600R
R44
R137
100N
3N3
C47
10K0
68N
22U
C91
C90
R103 C94
47P
CR
NOR
C98
C101
2N7
10U
100N
W11
R95
64K9
100N
20K5
1K02
1K50
CR
NOR
U2
4162
R98
4148
C93 47P
CL
Q8
D33
NCR
CL
L3
2K2
NCR
R9
C10
1K02
NOL
600R
R11
4162
5933
4U7/100V
C51
Comment
NCL
R187
R193
NOL
22R
R167
RED
1K50
7
Q2
LINE
4459
LINE IN
WHT
100N
6
2
R20
W3
1K800
C3
R19
100N
1U
C4
47R R147
1K800
LVC1G80
DNS
100N
U20
R23
R24
E
PZ
1K02
NCL
12.288
C56
L8
47R R1
C2
C60
10U
C7
1
475R0
475R0
BT_Pgm
C34
R80
100N
R189
L12
3 of 3
1300UH
6492
RTV
L5
RT V
S3
C109
100N
C30
Q14
U4
CYBLE-012011-00
D26
R3
1K02
L4
W5_
10U
C14 10U
E
DNS Q12 MicroPgm
5V1
10U
R14
10K0
C65
C133 10U
10U
C134
100N
47R
47R
R106
R26
600R
D6
R96
C110
PCM1796
10K
R22
C108
R194
10U R25 N2
C28
LVC1G80
C89
R104
10U
C106 100N
R90
7837
470P
S2
W13_
DNS
ESD
R151
S1
100N
10U C140
47R
100N
DNS
DNS
DNS
DNS
DNS
R170
R172
DNS
DNS
W1
4U7
3439
R132
CR
NOR
Q13
W13
100N
10K0
7986
R136
CL
NOL
15P
1R0
DNS
DNS
100R
7986
10K0
100R R16
100N
R169
NCR
NCL
C111
C26
10U
N1
R173 R168
3K92
7986
Q10
10K0
100R
10U
R27
R171
10U
5N6
4
RTV
4N7/250V
100N/250V
RTV 5242
5266
10K0
1K02
Mode
R131
R133
U16
47R
100R
562R0
DNS R165
Q5
10U
470P
DNS
R164
1
47R R150
C66
8K25
DNS R163
2390
47R
C70
NO
R53
1K62
3K32
C112
47R
47R
10U
C75
R56
3K32
Q11
L10
C29
200R
1K50
3K32
100N
DNS R162
DNS
6451
C48
C46
C142
330R0
200R
LimitLD1
470P
e
DNS
R166 LD3
DNS
10U
U11
MC33078
D34 4148
R70 17K8
C100 470P
U17 1K50
R128
3K32
R130 LD2
3K32
10K0
3696
Clip
LD4
C105
MKL15Z64VLH4
100N
R148
R182 R185
R181 R183
3K32
100N
R81
D28
R129
10K0
R17 100R
R134
R21
R105
10U
C25
C35
C36
100N
47R
C78
Q9
600R
100N
10R0
R197 30K0
R7 10K0
10U
C31
C27
R195 10R0
10K
R62
Q7
R198 U3
7701
7701
2K74
R50
100N
C143
C144
R54
R135
R196 30K0
4148
D4
4K75
C61
R63
R10
4140
R8 30K0
R61 15K0
100N
R52
R55
R59
475R0
100N
10K0
R15
THRU
J2
R89
100N
1M 1M
SMAJ150CA
100N
LM1117-5v
C64
470P
R77
R91
R102
P3
K1
R49
R51 C21
C59
C67
470P
10K0
47R R152
15K0
4148
10K00
100N
10K00
C69
U15
C102
47R
J4
1K02
R47
MC33078
R202
1M
1M
DNS
R97
1K800
U6
D25
U7 4148
MC33078
475R0
R174
30K0
C58 2N7
C95 R48 1K02
1K800
R57
D27 4148
4090
2K74
GND
680P
2K74
R60
J5
R142
MIC IN MAIN INPUT
C149
J1
C87 R93
C68 2N7
R58 1K02
R212
619R0
619R0
100R R216
R217 100R
4K75
C77
R99
619R0
619R0
R211
100R R215
100R
MC33078
R101
3
R209
U9
680P
R100
C92
.175
U1
2K74
R94
DNS
C147
1
R153
100N
C76
C148
R160
475R0
.475
2
1U
Q3
ORIGIN
475R0
475R0
470P
.475
.225
C33
C37
475R0
W4_GRN w/Male QC
P2
3466
4148
R64
D32
R71
681R
D38
D37
C88
D35
R92 470P
4148
R86
470P
R87
10K00
C86
SMAJ150CA
R210 R213
D36
R79
MC33078
33U
4010
R69
R78
U10 4148
10K00
100N
33U
470P
R88
30K0
10K00
10K00
R138
LP1
D31
4148
22U
22U
C80
R75
10K00
LINE IN
4090
C83
7K50
MC33078
47P C84
6543 3966
R72
300
U8
C85
10K00
R73
1K02
10K00
DNS
HC3
300
R65
1K02
10K00
R67
R74
C81 47P
J3
R68
47P
C82
-----------Wave Solder------------>
300
Input/Processing 1 of 3
Score
Score
EF10P-EF12P-EF15P
M1497 V01
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
PCB ASSEMBLY DOCUMENTATION
A
A
B
B
SPECIAL PRODUCTION NOTES
PCB HARDWARE
1. ADD RTV BETWEEN ALL TALL COMPONENTS AND AREAS WHERE
INDICATED.
C
C
2. BEND C51 TO BOARD AND APPLY RTV TO HOLD IT.
D
D
E
E
F
F
G
G
H
H
I
I
J
J
Assembly Documentation
Section:
K
Product(s):
THIS SHEET CONTAINS SPECIAL PRODUCTION NOTES AND A LIST OF PCB HARDWARE PARTS REQUIRED FOR THE BUILD.
PCB#:
EF10P-EF12P-EF15P
M1497
Rev#: V01
Modified: 12/3/2019
1
2
3
4
5
6
7
8
9
10
11
12
13
14
K
EML Rev#:
File: Assembly.SchDoc
15
16
01
Sheet
9
Of
Tmp Rev: V031
17
11
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
DESIGN HISTORY AND INFORMATION
A
A
B
B
CHANGE HISTORY
C
D
E
F
G
H
I
POTENTIOMETERS AND KNOBS
#
1
2
3
4
5
6
7
8
9
10
11
12
13
DATE
03-MAR-2017
OCT-26-2017
NOV-14-2017
Oct-09-2019
.
.
.
.
.
.
.
.
.
VER#
V01
V01
V01
.
.
.
.
.
.
.
.
.
.
PC#
.
9116
.
9434
.
.
.
.
.
.
.
.
.
DESCRIPTION OF CHANGE
RELEASED FOR PRODUCTION
MARKED W3 CONNECTOR - YS PART# 4018 AS DNS
CHANGE FUSE PART NUMBER FOR CE FROM 2475 TO 2473 (T1.6A)
Update labels on W6 and W7 connector pinout drawings.
.
.
.
.
.
.
.
.
.
#
1
2
3
4
5
6
7
8
9
10
11
12
13
DATE
.
.
.
.
.
.
.
.
.
.
.
.
.
VER#
.
.
.
.
.
.
.
.
.
.
.
.
.
PC#
.
.
.
.
.
.
.
.
.
.
.
.
.
DESCRIPTION OF CHANGE
.
.
.
.
.
.
.
.
.
.
.
.
.
#
1
2
3
4
5
6
7
8
9
10
11
12
13
DATE
.
.
.
.
.
.
.
.
.
.
.
.
.
VER#
.
.
.
.
.
.
.
.
.
.
.
.
.
PC#
.
.
.
.
.
.
.
.
.
.
.
.
.
DESCRIPTION OF CHANGE
.
.
.
.
.
.
.
.
.
.
.
.
.
POTENTIOMETERS AND KNOBS
REF
P1
P2
P3
.
.
.
.
.
.
.
.
.
.
FUNCTION
MASTER LEVEL
LINE LEVEL
MIC LEVEL
.
.
.
.
.
.
.
.
.
.
POT#
4462
4459
4459
.
.
.
.
.
.
.
.
.
.
C
KNOB#
8653
8653
8653
.
.
.
.
.
.
.
.
.
.
D
"STYLE_P32"
E
F
G
PINOUT DIAGRAMS
H
I
J
J
Design Information And History
Section:
K
THIS SHEET CONTAINS A CHANGE HISTORY LOG, A LIST OF THE POTS & KNOBS AND A LEADS & PINS REFERENCE SECTION.
Product(s):
PCB#:
EF10P-EF12P-EF15P
M1497
Rev#: V01
Modified: 12/3/2019
1
2
3
4
5
6
7
8
9
10
11
12
13
14
K
EML Rev#:
File: History.SchDoc
15
01
Sheet
10 Of
Tmp Rev: V031
16
17
11
1
2
A
3
4
Assembly
5
6
7
8
A
History
Assembly.SCHDOC
History.SCHDOC
B
B
WOOFER AMP
HORN AMP
D
1
Hi-
2
Hi+
W1_:1
26
W1_:2
HI+
MUTE
W1_:3
3
26
-15V
W1_:4
5
-80V_H
-24V
-24V
7
E
9
-44V
W1_:5
26
W1_:7
8
26
11
26
12
26
W1_:13
13
26
-80V
W1_:14
15
HiOut
17
G
W1_:18
26
21
+44V
26
26
W1_:22
23
+24V_
25
+80V_H
W1_:26
96KHZ
F
-80V
WGND
G
WGND
20
LOOUT
+44V
LOOUT
+44V
LoOut
W1_:23
+24V_
24
26
+80V
+80V_H
26
W1_:25
+80V_H
26
26
H
LOOUT
+24V_
26
+80V
I
96KHz
HIOUT
22
26
+80V
W1_:24
LO-
W1_:21
LOOUT
H
E
19
26
LOOUT
W1_:20
Lo-
-80V
18
LOOUT
W1_:19
LO+
W1_:17
WGND
-24V
HIOUT
HIOUT
26
+24V
-80V
16
26
D
-80V_H
Lo+
W1_:15
-80V
W1_:16
-15V
+15V
HIOUT
26
MUTE
+15V
14
26
HI+
-44V
10
26
HI-
LVGND
W1_:9
96KHZ
F
LVGND
-44V
26
LOW1_:12
-24V
+24V
-24V
LO+
W1_:11
-24V
6
26
+15V
W1_:10
-15V
-80V_H
26
LVGND
W1_:8
MUTE
4
26
+24V
W1_:6
C
HI26
WOOFER AMP.SCHDOC
HORN AMP.SCHDOC
C
+80V
MuteFets
MuteFets
I
+80V
ECO
ECO.SCHDOC
J
J
K
*
Product(s):
.
EF12_15_215P-PSA1-SA102_153
*
*
*
Description:
Powered speaker cabinet
PCB#:
X8025
M1498
Rev#: V05
Modified: 2020-02-03
1
2
3
4
EML Rev#:
01
Sheet
File: Top Sheet.SchDoc
5
6
1
5
Of
Tmp Rev: V032
7
8
K
7
8
9
10
11
12
A
13
COR139
R139
B
D
PIR13901 W100PIR13902
SOT-23
2512
2512
10K
10K
PIQ901
G
0805
COR140
R140
PIZD902 ZD9
COZD9
PIZD901 16V0
100R
PIR140011W00PIR14002
PIQ902 COQ9
PIR6102T01
Q9
COR6102T
R61_2T
IRF530NS
0805
DNS
0R0
7840
0R0
PID3702
PID3701
COR137
R137
PIQ903
PID3602
PID3601
COC26
C26
16V
47P
COR113
R113
SMT
HI-
V-
PIQ1701
PIU1304
8022
0805
PIC2702
PIC2801
PIC2802
ELE 5mm
PIZD702 ZD7
COZD7
PIZD701 15V0
PIR4601
COC62
C62
PIR12502
NET00023
DNS
PIC6202 PIC6201
DNS 50V
Hi-
PIR12501
0805
G
COC69
C69
50V
220R
1210
PIR4801
ELE 5mm
PIC6901
PIC6902
W125
0805
PIR4901
COQ16
Q16
2SA1552
DPAK3
PIQ1602 7016
COR119
R119
PIQ1601
0805
470R
0805
PIQ1901
PIR12702
H
R127
470R
NET00014
D1005
CDSF4148
NET00047
COD4
D4
COQ11
Q11
2SC4027
7017
PIQ1502
DPAK3
PIR4 01
2010
*
COR61
R61
COTP1
TP1
PIR6101
PITP101
PIR4502
COR44
R44
220R
1210
PIR4501
BIAS+
W1:23
D
COQ15
Q15
D2PAK STB13007DT4
PIQ1503 6848
PIQ1501
COR48
R48
0R27
R49
0R27
HORN
COR45
R45
0R27
OUTPUT
COR116
R116
2010
E
0W8
1.5
PIR11602
PIR11601
BIAS-
R51
220R
7016
PIQ1902Q19
COQ19
D2PAK
3
PIQ1906848
1210
PIQ1803
PIQ1801
PIQ1802
PITP201
PIR50 1
COQ18
Q18
2SA1552
PIQ20 2
DPAK3
PIQ2001
PIR3201
PIR5202 COR52
COR32
R32
2010
0R
PIR5201
PIR6001
PIR50 2 COR50
COTP2
TP2
2010
SOT-23
2010
2010
2K2
2K2
COR141
R141
PIR5501W500PIR5502
2010
2K2
POHiOut
HiOut
R50
0R27
HIOUT
W1:17
2010
26
17
PIW1017
HIOUT
W1:15
26 PIW1015
PIR6301 COR63
PIQ20 3
R52
220R
F
15
COQ20
Q20
D2PAK STB13007DT4
6848
MURA240T3
1210
G
R63
2512
0R
COD2
D2
PO024V
-24V
PIR14101 W500PIR14102
COD10
D10
COR56
R56
PIR5601 W100PIR5602
PIQ2101
403D
PIQ2103
S
G
0805
2K2
100R
D
PID102 COD1
PID101 D1
250V
2512
10K
10K
COD38
D38
SOT-23
PID3801
PID3802
-44V
W1:9
DNS
-44V
I
PIR10702T01 W250PIR10702T02
1206
PIZD10 2 ZD10
COZD10
PIZD10 1 16V0
COR59
R59
PIQ2203
S
SOT-23
PIQ2201
G
PIR9702T01 COR9702T
0R
R97_2T
COQ22
Q22
0R0
DNS
7839
PIR9702T02
0805
5 26
PIW105
-80V_H
W1:5
D2PAK
0805
D
100R
J
-44V
COD603T
D6_3T
COR10702T
R107_2T
PIR5901 W100PIR5902
250V
SOT-23
9 26
PIW109
403D
PID603T01PID603T02
COR58
R58
PIR58011W00PIR5802
2512
H
MURA240T3
SOT-23
COR57
R57
PIR57011W00PIR5702
COQ21
Q21
IRF9530NS
7839
-24V
W1:7
PIQ2102
250V
47R
7 26
PIW107
D2PAK
2010
PID1001
PID1002
0805
-
PIR5401 W500PIR5402
COR55
R55
OPA1652
6851
COR132
R132
1
PIU1301
PIR13201 W125PIR13202
PIZD102 ZD1
COZD1
PIZD101 16V0
COR54
R54
PIR5301W500PIR5302
8V2
SO8
2
PIU1302
PIQ1 03
+24V_
23
PIW1023 26
403D
PID202
PID201
COR53
R53
PID401
PID402
PID30A02 COD30A
PID30A01 D30A
PO024V0
+24V_
MURA240T3
0805
0805
COU13:1
COU13:2
COU13:3
U13:1
+
PIR5101
COR112
R112
PIR11201 W125PIR11202
470R
R130
8K25
0805
3
PIU1303
NOTE:
PIR130 1
PIQ1101
PIR4 02
PIQ1603
PIR11901W125PIR11902
PIR12701 COR127
PIQ1 02
PIR4902 COR49
SOD-323
PIR130 2 COR130
C
COR60 0R
R60
PIZD602 ZD6
COZD6
PIZD601 15V0
COR125
R125
15K0
1206
COD3
D3
2010
COC28
C28
B
COC32
C32
PID301
PID302
SOD-323
PIR5102 COR51
100N
50V
*OUTPUT FILTER ON POWER SUPPLY PCB
COR46
R46
+44V
W1:21
-44V
W500
COC27
C27
PIR4802
PIQ10 3
W500
PIR4602
0805
1K62
Hi-
I
SO8
4
PIQ1703
PIR11401W125PIR11402
8 U13:3
V+
221R
S
0805
STB13007DT4
W125
100V
COR114
R114
COW1:25
COW1:17
COW1:21
COW1:23
COW1:1
COW1:2
COW1:5
COW1:7
COW1:9
COW1:15
W1:1
PIU1308
OPA1652
6851
SOT-23
10K0
PIC2701
PIP603
0805
NET00034
1 26
PIW101
Hi-
0805
6848
PIQ1303
PIR7202W100PIR7201
W500
F
100K0
COQ17
Q17
0805
SOD-323
10K
4512
.
D2PAK
COR72
R72
B
PIQ1702
PIC6402 PIC6401
PIC2602 PIC2601NET00039
PIR11301 W100PIR11302
10U
PIR6602W100PIR6601
PIP602
PIQ1301
COQ13
Q13
D2PAK
W500
PID1501 COD15
PID1502 D15
18V0
COC64
C64
0805
PIQ1402
47R
0805
R36
47R
STB13007DT4
1K50
7806
COP6
P6
PIQ12037017
W500
W125PIR11702
PIP601COR29
R29
25V
NET00036
PIR11701
0805
PIQ1001
COC20
C20 G
SOT-23
S
G
COR117
R117
-
17K8
PIR12601 COR66
PIQ1302
DPAK3
221R
PIR2901
COQ12
Q12
2SC4027
W500
SOT-23
6
PIU1306
COR126
R126 COR64
R64
R66
PIR13101 W125PIR13102
0805
SO8
0805
COR131
R131
PIQ1201
0805
10U
0805
COC61
C61
PIQ1202
PIR13401W100PIR13402
25V
PIR12101
R121
10K0
+
SOT-23
COR134
R134
10U
PIR12102 COR121
D
PIQ1403
PIC610
PIC6102
2K2
PIR6401
W125
POMuteFets
MuteFets
COQ14
Q14
14K
W100
E
PIQ1401
0805
NET00037
U13:2
OPA1652
6851
7
PIU1307
PIR12602
MMBTA64
MMBF4391LT1
PIR12001 W125PIR12002
16V
SMT
50V
1K0
1N
10U
0805
5
PIU1305
NET00033
2010
2K2
SOT-23
Set to 1.5mV
NET00032
PIC2502 PIC2501
PIR4701W100PIR4702
W100
W1:2
COR120
R120
PIC20 2
PIC3201
PIC320
PIQ10 2 COQ10 403D
Q10
D
IRF530NS
7840
PIZD802 COZD8
PIZD801 ZD8
16V0 PIR3602
COR36
PIR4301 W500PIR4302
2010
PIC20 1
100R
PIR3601
2K74
COR47
R47
2
26 PIW102
2K2
COR43
R43
W500
POHi0
Hi+
HI+
2K2
COR136
R136
0805
PID4202 COD42
PID4201 D42
250V
0805
COC25
C25
2010
PIR13601W500PIR13602
COR118
R118
PIR11801 W100PIR11802
D
PIR1901 W500PIR1902
2010
W1:25
PO044V
+44V
MURA240T3
1N
200 WATT HORN POWER AMP
C
+44V
PID503T01
PID503T02
COR138
R138
W125
PIR601W500PIR602
COD503T
D5_3T
0R
26
21
PIW1021 26
DNS
PIR10602T01 W250PIR10602T02
1206
PIR13801W100PIR13802
A
+80V_H
25
PIW1025
COR10602T
R106_2T
COD36
D36
COR6
R6
17
PIR6102T02
D2PAK
S
SOT-23
250V R19
COR19
SOT-23
16
PO080V0H
+80V_H
PIR6103T01W125PIR6103T02
0805
250V
15
COR6103T
R61_3T
+80VH
COD37
D37
PIR137011W00PIR13702
14
1W00
6
450V
5
100N
4
W125
3
W500
2
W125
1
COR9703T
R97_3T 0R0
-80VH
PIQ2202 IRF9530NS
-80V_H
J
PIR9703T01W125PIR9703T02
0805
Horn Amplifier
Section:
Product(s):
PCB#:
K
. EF12_15_215P-PSA1-SA102_153
X8025
M1498
Modified: 2020-02-03
1
2
3
4
5
6
7
8
9
10
11
12
13
14
Rev#: V05
EML Rev#:
File: HORN AMP.SCHDOC
15
16
01
Sheet
2 Of
Tmp Rev: V032
17
5
K
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
A
A
+15V
10
26
W1:10
Q7
MC7815BDT
1W00
2512
C18
5V1
10U
0805
SOT-23
R87
D6
5V1
C21
50V
100N
C
1W00
1K
R82
-15V
-5V
ClassName: WoofOut
-15V
W1:4
R41
D
2512
ClassName: Hi+
15K
7K50
13
26
2
W100
470P
0805
50V
0603
2K74
96KHz
D17
200V
SOD-323
SOD-323
W1:12
26
10N
LO-
12
SO8
V-
R9
0805
348R0
7993
3
+
V+
7
0805
91K
0R0
C7
0805
+5V
R30
W100
DNS
1U
W100
1 VDD
2 CSD
16V
3
100V
R27
C37
0805
47P
0805
SOD-323
R15
0805
1K0
D8
200V
W125
3K32
SOD-323
C4
403D
CSH 16
VB 15
IN
HO
4 VSS
5 NC
6
7
R12
2512
G
VREF
VCC
OCSET
LO
25V
0805
10U
10U
26
3
WGND
+
-5V
R22
150K
MuteFets
MMBF4391LT1
G
S
SOD-323
7806
D7
18V0
SOD-323
W1:22
LOOUT
R8
+15_LS
R40
D
1W00
W250
G
2512
1206
4R7
10R
S
Q6
IRFS4227PBF
7968
18
C16
WGND
26
W1:18
1812
D2PAK
G
R35
10K0
0805
100N
2U2
1206
WGND
2U2
C13
C14
2220
C15
2220
WGND
14
R21
3K32
16
0805
-80V
26
W1:14
26
W1:16
-80V
-80V
H
1206
100R
Q4
MJD243T4G
7844 +15_LS
1U
SOT-23
26
LOOUT
R18
25V
D11
15V0
Q3
D
W1:20
0805
DPAK3
I
26
EC5
W100
1M
W125
W125
W125
SO8
3
W1:19
100V
47K
26
25V
1210
47K
0805
MUTE
W1:3
1M
C11
1206
100N
W125
R2
0805
LOOUT
19
1812
C12
ClassName: HiW250
MUTE
-
W125
W125
R109
W063
W125
H
2
C17
F
+5V
0805
4R7
E
LoOut
10
DNS
R28
3K32
2512
W125
W125
DNS
U1:1
LM393D
7661
1
R14
22
R23
33K
R20
3K32
+80V
0805
LoU1:2
6
LM393D 8
7661
V+
R24
7
W100
U1:3
0805
V100K0
+5
R7
4
0805
W1:24
3K32 R79
11
0805
0805
26
1206
20
G
MMBT5401
7837 SOT-23
Q2
W1:26
LoOut
R75
Lo-
C9
+80V
26
1210
7884
Lo-
24
D2PAK
R4
10K0
14
COM 9
SO16
S
Q5
IRFS4227PBF
7968
C23
4R7
VS 13
NC 12
8 DT
+5V
0805
1W00
4R7
D12
MURA240T3
IRS20957S
1206
10U
0805
D9
200V
0805
TL071
U5
25V
C5
C10
D
2512
DNS
0805
R39
0805
U3
1206
0805
C8
R42
6
50V
F
D13
200V
4
-
W125
W1:13
1 N1
96KHZ
C1
R1
N2 5
-5V
0805
0805
2512
R10
3K32
C19
W125
26
100V
0805
0805
1K0
W125
R11
3K32
R38
33K
2U2
E
R25
W100
100V
0805
R13
16V
50V
10U
4N7
W100
DNS
R34
47P
C3
R5
11
50V
26
4N7
W1:11
47K
2512
Lo+
LO+
SOD-323
2512
100V
1W00
DNS
D14
200V
R31
2U2
R33
+80V
450V
1W00
D
100N
26
1W00
4
-15V
200V
IN
OUT
MC79M15CDT
Q8
200V
-24V
0805
0805
2512
0805
GND
R26
C6
450V
DPAK3
7847
Lo-
R16
W100
C
10U
SOT-23
LVGND
0805
1W00
LVGND
8
B
C2
W125
26
D5
1W00
W1:8
1K
50V
100N
W125
LVGND_
LVGND
R76
R99
DPAK3
6
26
10V
W1:6
+5V
+15V
7846
+24V
B
+15V
OUT
GND
1W00
IN
10V
+24V
I
C29
1206
Lo-
J
J
Woofer Amplifier/PS
Section:
.EF12_15_215P-PSA1-SA102_153
Rev#: V05
EML Rev#:
01
Sheet
M1498
Product(s):
K
PCB#:
X8025
Modified: 2020-02-03
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
File: WOOFER AMP.SCHDOC
16
K
3
Of
Tmp Rev: V032
17
5
DESIGN HISTORY AND INFORMATION
POTENTIOMETERS AND KNOBS
CHANGE HISTORY
#
1
2
3
4
5
6
7
8
9
10
11
12
13
#
1
2
3
4
5
6
7
8
9
10
11
12
13
DATE
OCT-4-2017
APR-27-2018
Aug-08-2019
FEB-03-2020
NOV-04-2021
.
.
.
.
.
.
.
.
DATE
.
.
.
.
.
.
.
.
.
.
.
.
.
VER#
V02
V03
V04
V05
.
.
.
.
.
.
.
.
.
VER#
.
.
.
.
.
.
.
.
.
.
.
.
.
PC#
.
9129
9449
9508
9660
.
.
.
.
.
.
.
.
PC#
.
.
.
.
.
.
.
.
.
.
.
.
.
DESCRIPTION OF CHANGE
RELEASED VERSION 2.
MOVED R61_3T AWAY FROM 80V CONNECTOR PAD
C12&C23 to 10U/25V. Change VBE res to center trim pot. Add D4 to cut turn off noise.
Added 1N cap and 47R resistor between gate and source of Q10
FOR DETAILS SEE PC#9660 FOR M1501.
.
.
.
.
.
.
.
.
DESCRIPTION OF CHANGE
.
.
.
.
.
.
.
.
.
.
.
.
.
#
1
2
3
4
5
6
7
8
9
10
11
12
13
DATE
.
.
.
.
.
.
.
.
.
.
.
.
.
VER#
.
.
.
.
.
.
.
.
.
.
.
.
.
PC#
.
.
.
.
.
.
.
.
.
.
.
.
.
DESCRIPTION OF CHANGE
.
.
.
.
.
.
.
.
.
.
.
.
.
PINOUT DIAGRAMS
Design Information And History
Section:
THIS SHEET CONTAINS A CHANGE HISTORY LOG, A LIST OF THE POTS & KNOBS AND A LEADS & PINS REFERENCE SECTION.
Product(s):
PCB#:
X8025
[No
.riations]
Rev#:
V
Modified: 2021-11-04
V05
EML Rev#:
File: History.SchDoc
01
Sheet
4
Of
Tmp Rev: V032
5
1U
10K0
2U2
EC5
2U2
100N
200V
2U2
2U2
2K74
33K
4R7
7K50
200V 470P
MURA240
3K32
200V
47K
4R7
IRFS4227PBF
3K32
10U
4R7
10K0
TL071
1K0
3K32
100N
3K32
3K32
3K32
15K
0R0
15V0
150K
0R0
100R
IRS20957S
4R7
IRFS4227PBF
MC79M15CDT
1K0
R5
100N
10N 10U
100N
C17
C16
4N7
0R
0R
Q5
C13
R1
47P
47K
10U 10U
5V1
348R0
10U
10U
200V
4N7
MC7815BDT
C15
91K
1M
33K
1K
0R
R38
0R0
200V
5V1
47P
10R
LM393D
7806
7837
18V0
R4
C9
R13
D17
D13 C1
D12
R10
R11
1K
R40
R14
3K32
C19
D14
1U
7844
100K0
R31
R35
C3
C4
Q8
C23
Q4
R22
D11
R18
C18
C21
R39
EC5
U5
100N
V05
C14
Q6
R82
Q7
R41
R34
0R0
R12
R79
R42
R76
M1498 V05
U3
D9
C8
D6
C7
R9
C5
C12
R27
D8
D5
C6
C10
R2
R26
R25
R7
U1
R20
C2
R99
R87
R16
R8
R24
R23
D7
Q2
Q3
V05
C11
C37
R15
C29
R21
R28
M1498 V05
7883
Designators
1N 47R
10K
10K
10K
MURA240
16V0
2SC4027
10U
0R
14K
10K0
7806
Values
0R27
P6
TP
220R
2SC4027
TP1
220R
0R27
.
18V0
10U
10K0
2K74
1K62
1N
0R
10U
47R
MMBTA64 8V2
17K8
TP
8K25
TP2
250V
STB13007DT4
STB13007DT4
10U
100N
1K50 47P
R61
OPA1652
221R
2K2
100K0
220R
4148
STB13007DT4
470R
Q15
C26
2K2
0R
0R27
2SA1552 470R
R44
TP1
100R
2K2
1.5
2K2
1K0
Q11
R46
R48
R113
R118
R114
C61
Q14
250V
2K2
R72
P6
D15
R47
C25
250V
2K2
15V0
15V0
2K2
R29
Q18
2K2
STB13007DT4
0R
D4
R64
R121 R120
R125
R32
R127
R112
Q17
R130
TP2
R126 R131
C69
R66
D30A
R132
U13
R117 C64
R60
IRF530NS
16V0
100R
0R27
R45
D10
R56
R52
220R
IRF530NS
IRF9530NS
16V0
R136
R116
R50
2SA1552
D42
R6
R53
100R
Q13
R43
C27
R55
R49
470R
R19
R63
C28
R134
250V
ZD7
ZD6
R141
100N
MURA240
250V
100R
Q21
ZD8
0R0
450V
250V
Q12
Q10
R54
Q19
16V0
D36 R139
R138
Q20
MURA240
IRF9530NS
D37
R51
ZD1
Q9
ZD9
C20 R36
Q16
D1
0R0
15K0
R140
R137
R57
ZD10 R59
D38
R119
1M
C32
R58
Q22
D3
47R
D2
R61_3T
10K
D5_3T
MURA240
D6_3T
R109 R97_3T
0R
0R
221R
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
PCB ASSEMBLY DOCUMENTATION
A
A
B
B
SPECIAL PRODUCTION NOTES
PCB HARDWARE
SCREWS AND BOLTS
1-Place Connector (#7883) on all boards on panel BEFORE Reflow
Oven.
C
C
D
D
E
E
F
F
G
G
H
H
I
I
J
J
Assembly
Section:
K
Product(s):
THIS SHEET CONTAINS SPECIAL PRODUCTION NOTES AND A LIST OF PCB HARDWARE PARTS REQUIRED FOR THE BUILD.
PCB#:
. M1498/M1501
X8025
Rev#: V05
Modified: 2020-02-03
1
2
3
4
5
6
7
8
9
10
11
12
13
14
K
EML Rev#:
File: Assembly.SchDoc
15
16
01
Sheet
3
Of
Tmp Rev: V032
17
3
DESIGN HISTORY AND INFORMATION
POTENTIOMETERS AND KNOBS
CHANGE HISTORY
#
1
2
3
4
5
6
7
8
9
10
11
12
13
#
1
2
3
4
5
6
7
8
9
10
11
12
13
DATE
OCT-4-2017
APR-27-2018
Aug-08-2019
FEB-03-2020
NOV-04-2021
.
.
.
.
.
.
.
.
DATE
.
.
.
.
.
.
.
.
.
.
.
.
.
VER#
V02
V03
V04
V05
.
.
.
.
.
.
.
.
.
VER#
.
.
.
.
.
.
.
.
.
.
.
.
.
PC#
.
9129
9449
9508
9660
.
.
.
.
.
.
.
.
PC#
.
.
.
.
.
.
.
.
.
.
.
.
.
DESCRIPTION OF CHANGE
RELEASED VERSION 2.
MOVED R61_3T AWAY FROM 80V CONNECTOR PAD
C12&C23 to 10U/25V. Change VBE res to center trim pot. Add D4 to cut turn off noise.
Added 1N cap and 47R resistor between gate and source of Q10
FOR DETAILS SEE PC#9660 FOR M1501.
.
.
.
.
.
.
.
.
DESCRIPTION OF CHANGE
.
.
.
.
.
.
.
.
.
.
.
.
.
#
1
2
3
4
5
6
7
8
9
10
11
12
13
DATE
.
.
.
.
.
.
.
.
.
.
.
.
.
VER#
.
.
.
.
.
.
.
.
.
.
.
.
.
PC#
.
.
.
.
.
.
.
.
.
.
.
.
.
DESCRIPTION OF CHANGE
.
.
.
.
.
.
.
.
.
.
.
.
.
PINOUT DIAGRAMS
Design Information And History
Section:
THIS SHEET CONTAINS A CHANGE HISTORY LOG, A LIST OF THE POTS & KNOBS AND A LEADS & PINS REFERENCE SECTION.
Product(s):
PCB#:
X8025
[No
.riations]
Rev#:
V
Modified: 2021-11-04
V05
EML Rev#:
File: History.SchDoc
01
Sheet
4
Of
Tmp Rev: V032
5
2
3
4
Input PCB
5
6
7
11
B
+HiV_S
_W6_
6
5
4
3
2
1
14
15
16
17
6
HORN+_S
6
5
4
3
2
1
+HiV_S
HORN+_S
WOOFER+_S
DGND
WOOF_CLK
+24vIN
D
W7:6
6
5
W7:4
6
W7:5
C130
+88V~
WOOFER+~
HORN+~
AIN_HI_SENS+
AIN_HI_SENSAD_Ref
AIN_LO_SENS+
AIN_LO_SENSADOUT
AD_GND
Cannot open file E:\My
Documents\AD\M1496\A-D.jpg
22U
DAC_DATA
DAC_BCLK
DAC_LRCLK
DAC_DATA
DAC_BCLK
DAC_LRCLK
HORN_PRE_OUT
HORN_PRE_GND
16V
C
Elec
N13
8
8
W6:7
W6:8
WOOFER_PRE_GND
WOOFER_PRE_OUT
6
5
N15
8
8
W6:6
W6:5
8
W6:2
1
-15v
8
W6:1
N18
D
N16
Power Supply / Speaker Out
POWER SUPPLY.SCHDOC
SPI_MOSI
SPI_MISO
SPI_CLK
SS_DAC
RESET_DAC
/RESET_DSP
SPI_MOSI
SPI_MISO
SPI_CLK
SS_DSP
7
8
N17
N14
WOOFER_PRE_GND
WOOFER_PRE_OUT
MCLK
22U
2
+15V
HORN_PRE_OUT
HORN_PRE_GND
+88VSense
16V
DGND
ADOUT
LimitSig
LRCLK
BCLK
MCLK
Reset
ClipIn
LimitIn
Mode_B
Mode_G
Mode_R
Mode_Switch
BT_Switch
Sub_Switch
Switch_Gnd
C131
Elec
Ph+24v
LimitSig
B
Output
Output.SchDoc
DSP
DSP.SCHDOC
A/D
ADC.SchDoc
AIN_HI_SENS+
AIN_HI_SENSAD_Ref
AIN_LO_SENS+
AIN_LO_SENSGND
6
N23
_W7_
Preamp
Preamp.SchDoc
4
N24
Power Supply PCB
_W7
MUTE
HORN+
WOOFER+
E
HORN_PRE_GND_
Woofer_PRE_GND_
4
DGND
F
3
8
W6:4
6
W7:3
D_GND_
6
W7:1
+24v_
8
W6:3
PhantomPower
6
W7:2
N19
+24vIN 1
N20
Ph+24v
Microcontroller
Microcontroller.SchDoc
WOOF_CLK 2
Switch_Gnd
Sub_Switch
BT_Switch
Mode_Switch
Mode_R
Mode_G
Mode_B
1
CON_HOLE_125
F
HORN_OUT
HORN_GND
WOOFER_OUT
WOOFER_GND
CH_GND_
+24vIN
SS_DAC
RESET_DAC
MCLK
48R
RESET_DSP
SPI_MOSI
SPI_MISO
SPI_CLK
SS_DSP
6543
HC3
LVGND_
-24V
-44V
-88V
+44V
+24V
+88V
N22
+88VSense
R64
3
N21
ClipIn
LimitIn
265V
13
N25
3044 Cable
Input PCB
G
12
A
WOOFER+_S
CH_Gnd
10
8
7
6
5
4
3
2
1
3036 Cable
_W6
E
9
Power Supply PCB
8 HORN_PRE_GND
7 HORN_PRE_OUT
6 WOOFER_PRE_GND
5 WOOFER_PRE_OUT
4
DGND
3
Ph+24v
2
+15V
1
-15V
A
C
8
MCLK
1
G
WOOF_CLK
BLE
H
LimitLED
ClipLED
/RESET_BLE
BT_UART_RX
BT_UART_TX
H
/BLE_RESET
BLE_UART_RX
BLE_UART_TX
D_GND
BLE.SchDoc
CHGND2
W100
Connected to CHGND1 through the chassis.
Use a wire to connect these two
points when working on the bench.
W100
I
R63
200R
I
0805
R10
200R
0805
LP2
LD4
DGND
RED
Clip
LP3
LD1
7033
YEL
Limit
2495
7032
J
J
2495
DGND
ECO.SchDoc
ECAD INCIDENTAL
Assembly.SchDoc
ASSEMBLY NOTES
K
History.SchDoc
DESIGN HISTORY
1
2
3
4
5
6
7
8
9
10
11
12
13
Yorkville Sound Ltd. Product(s):
EF10P-EF12P-EF15P
550 Granite Court
Pickering, ON
Canada L1W 3Y8
www.yorkville.com
PS and Input
14
Description:
PCB#:
M1802
Rev#: V01
Modified: 2023-03-09
15
K
EML Rev#:
File: Top Sheet.SchDoc
16
01
Sheet
1
Of
Tmp Rev: V031
17
11
2
3
4
5
6
7
9
10
11
CDSF4148
C64
2
0603
SO8
1K800
1K02
0805
0805
2N7
SG1
100V
9
10
Male XLR
J2
C22
6
W100
10U
-
15K0
1206
R195
D1005
+
CDSF4148
SO8
0805
J3:2
30K0
1206
0805
Q3
MMBTA14LTIG
7701
S
R65
W125
10K00
0805
0805
0805
0805
NCJ6FAV-0
SG4
47P
4090
J3:1
X2
SH
4090
D35
DO-214ACBI
R196
CLIP
W125
C25
SOT-23
30K0
0805
W125
W125
10K00
0805
0805
6
D36
W100
N27
4218
2K74
0805
R86
10K0
0805
0805
8
GND
R62
4K75
ClipIn
0805
MC33078
7817
-
0805
B
0805
2
5
W100
4K75
R69
30K0
6
1
+
SO8
R88
W125
W125
10K00
10K00
0805
0805
LineGND1
P2:2
R71
B LIN
681R
10K
.
4459
0805
18V0
C83
22U
-
7817
MC33078
U8:2
D32
C142
R77
2
W100
7K50
10K0
0805
0805
50V
10U
16V
C149
1U
4.3X3.9
W250
50V
1206
R213
619R0
1206
-
3
0805
+
BT_Switch
R82
W125
SO8
0805
0603
2
N28
-
MIC IN
XLR FEML
4010
C148
M-
CDSF4148
CDSF4148
3
25V
33U
IGND
6x6mm
R99
0805
0603
R100
W100
W100
475R0
0805
R97
30K0
P3:2
0805
W100
2K74 C95
UP
B LIN
6
C94
1
2
3
4
22U
5
6
50V
100N
50V
100N
S4:2 MIX-
R84
W125
330R0
1K02 3522
0805
0805
COM
DOWN
NO
7
C91
50V
0805
68N
50V
+
SO8
7
805
R98
64K9
0805
6
-
20K5
0805
8
PCB#:
MicGND2
11
12
COM
DOWN
MOMENTARY
NO
J
S3:2
EF10P-EF12P-EF15P
M1802
Rev#: V01
Modified: 2023-03-09
10
NC
UP
PreAmp
Section:
Product(s):
9
I
Switch_Gnd
7817
MC33078
U11:2
W100
25V
NO
3439
2PDT MINI
S3:1
R103
0805
H
COM
NC
UP
MIXER ENABLE
BusGND
W100
47P
1210
0805
100N
7817
MC33078
U9:2
C93
1K02
50V
0805
-
50V
W125
680P
Connected to Main
Input at top left.
DOWN
0805
R95
5
SO8
7
R102
0805
+
P3:1
10K
.
4459
4459 B LIN
10K
.
R101
0805
5
1K02
DOWN
3522 MixerEnable
NC
.
0805
W125
50V
NO
BT_Sw
N39
S4:1
UP
C90
R96
1210
SO8
C92
475R0
0805
K
4U7
+
N38
10K0
MIC
C89
1
N29
SG8
D1005
COM
Sub_Sw
CLIP
D1005
U9:1
MC33078
7817
N37
MIX+
W125
1K02
0805
RELAY 1C
0805
C88
Mode_Sw
R83
330R0
R90
10K0
3696
0805
R160
DNS
.
Sub_Switch
1
R91
10K0
K1:1
619R0
2K74
G
6001
0606LED
NC
U11:1
MC33078
7817
5X5.5mm
470P
W125
W250
475R0
+15V
W125
47R
Mode
RGB
0805
Mode_Switch
R85
D38
R157
0805
R76
1K02
0805
CDSF4148
W100
25V
R
G
B
Mode_R
Mode_G
Mode_B
10K0
C85
CLIP
T
R212
475R0
D37
W125
1206
0805
W100
50V
619R0
R94
W100
0805
W100
MIC IN
J
J5
R93
7837
W100
CLIP
D1005
R72
1210
0805
+15V_5
RELAY 1C
50V
W100
Q8
MMBT5401
-15V
R80
LineGND2
B
6x6mm
R211
W250
R92
470P
1206
33U
470P
W250
M+ 25V
50V
C147
SG7
SOT-23
SOD-323
SO8
7
B LIN
10K
.
4459
0805
+
P2:1
W125
R210
619R0
D33
17K8
3696
C87
680P
LineGND2
K1:2
SG6
0805
0805
F
W100
W100
W100
0805
47R
D34
W125
S+
E
0805
0805
0603
R217
100R
C77
C75
I
R209
100R
0805
-15V_3
W125
-15V
0805
C76
4
25V
W125
10K00 U10:1
R87
0603
SO8
R153
W125
R79
10K00
SO8
C86
U8:3
MC33078
7817
V-
LINE
3
+
50V
R89
0805
R70
7
5
470P
2
3
-
CDSF4148
0805
3.5mm JCK
0805
CDSF4148
MC33078
7817
D1005
2K74
100R
0805
R198
Q7 1206
MMBTA14LTIG
7701
NetC83_1
R
1K50
+15V_3
W125
47R
C80
T
N26
R152
AIN_LO_SENS-
W100
+15V
W125
U10:2
W100
W125
D1005
W125
R81
+15V
R188
1210
R78
S-
1
4
5
SO14
+
R187
0805
W125
1K02
D
R193
1K50
R75
0805
SO8
CDSF4148
SO8
10K00
V-
MicGND2
0805
R138
LINE IN T
W100
R73
SG5
S
W100
R74
+
0805
D1005
U8:1
MC33078
7817
22U
3
0805
C71
-15V_2
W125
1
C84
V+
C
U9:3
MC33078
7817
4
0805
CLIP
IGND
Ph+24v
0805
L-
SMAJ150CA
J4
R216
100R
N36
W100
LINE IN
NCJ6FAV-0
-
50V
N35
X1
47P
0805
2
47P
+1/4
0805
N34
X3
C81
50V
C82
D31
0805
47R
V+
W125
1K02
R151
W250
R68
W125
10K00
0805
0805
SO8
C70
4
10R
W100
R67
100R
8
AD_Ref
10U
SG3
50V
L+
T
S
SO8
4
0805
LimitIn
LEDGND_
LINE IN
XLR-PHONE
R185
1K50
10K0
CLIP INDICATOR
R
R
T
0805
AIN_LO_SENS+
W100
V-
W100
10V
DGND
R7
W125
10R
10U
W100
SOT-23
R61
15K0
12
+3V3_UC
R197
W250
R8
30K0
1K50
50V
C100 U17:4
MC33079D
13 7668
14
D4
7
0805
5
470P
W100
16V
W125
R49
R183
W125
V+
MC33078
7817
10V
0805
LimitSig
N33
U7:2
MC33078
7817
SO14
+
R182
V-
8
0603
NetC22_1
1M
C21
LIMIT INDICATOR
50V
C78 U17:3
MC33079D
7668
8
-15V
0805
R143
50V
S2:2
47P
.
4140
Connection to CHGND2 in
Power Supply through the chassis. LimitSig
Use a wire to connect these two
points when working on the bench.
R215
100R
0805
U10:3
U11:3
8 MC33078
7817
V+
0805
0805
0603
470P
MIX-
CH_Gnd
H
R56
1K62
50V
W125
C68
+15V_2
W125
47R
3K92
LD2
SG2
R150
W125
0805
W125
G
+15V
3439
0805
+
CDSF4148
0805
R181
BusGND
W125
100R
0805
BusGND
0805
AIN_HI_SENS-
W100
1K50
B
S1:2
0805
W125
SO14
+
47R
-15V
BusGND
0805
SO8
-15V_1
W125
47R
DOWN
UP
MOMENTARY
10K00
R58
0805
-15V
R180
V4
3522
3
W125
475R0
R57
1
3
C65
W125
0805
W125
R149
0805
DOWN
UP
Sub
0805
SMAJ150CA
50V
W100
50V
-
D1005
R60
0805
U6:1
MC33078
7817
D27
0603
562R0
5X5.5mm
SO8
R179
R200
0805
V+
C61
S1:1
100N
R59
C67 100N 080550V
W125
R192
1K50
SO8
4
C60
S2:1
D28
DO-214ACBI
0805
2
+
R214
16V
50V
C63 U17:1
MC33079D
2
7668
1
W125
C144
R55
1M
470P
W125
W125
0805
C69
10U
N31
3
R202
1M
C66
MainIn
1
N32
X1
THRU
-
470P
V-
50V
0805
V+
0805
11
0603
U7:1
MC33078
7817
0805
100N
0805
SO14
C74
U7:3
MC33078
7817
50V
0805
V-
C141
100N
1K02
0805
0805
8
50V
1K800
R178
1K50
8
U6:3
MC33078
7817
100N
0805
0805
100R
0805
50V
0805
R52
1M
SO8
SO14
+
AIN_HI_SENS+
W100
W125
N30
X3
+1/4
R142
1M
+
10K00 CDSF4148
5
0805
R48
W125
W125
1K50
+15V_1
W125
47R
U17:5
4 MC33079D
7668
V+
0805
R177
100N
X2
0805
W125
W125
J1:1
5
W125
475R0
R47
7
D1005
R51
W100
50V
0805
-
D26
R148
W125
47R
R176
100N
50V
R53
8K25
+15V
R199
W125
100N
0805
R50
50V
R54
10K0
470P
W100
4090
C143
100V
0805
-
+15V
U17:2
MC33079D
7668
7
W125
100N
0805
LINE IN
XLR-PHONE
17
A
50V
W125
S
2N7
50V
S
6
6
C58
U6:2
MC33078
7817
C59
T
NCJ6FAV-0
C
F
16
0805
50V
470P
5N6
MAIN INPUT
XLR-PHONE
MIX+
SH
MAIN INPUT
R
R
T
4090
E
15
100N
D25
NCJ6FAV-0
D
14
1K02
0603
J1:2
MAIN INPUT
XLR-PHONE
13
W125
D1005
W125
CLIP
C5
B
12
R175
PreAmp
A
8
W125
1
13
14
15
K
EML Rev#:
File: Preamp.SchDoc
01
Sheet
2
Of
Tmp Rev: V031
16
17
11
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
A
A
10u 10v X5R (is X6S)
R184
3
2
U19
10V
0805
B
0805
19
10V
0603
C134
C133
45
0603
47
48
AIN_HI_SENS-
Delta-Sigma
Modulator
AIN1P
AIN1N
Decimation
Filter
DVSS
VDD18
Voltage
Reference
LDOE
1206
TVDD
VREFH1
VREFL1
W250
100V
0805
2N7
R189
22R
Serial Output
HPF
DIF0
DIF1
BICK
LRCK
TDMIN
SDTO1
DP
TDM0
TDM1
ODP
PSN
0805
50V
5
4
AIN_LO_SENS-
100V
2N7
C79
0805
0805
50V
100P
AIN_LO_SENS+
AIN2P Delta-Sigma
AIN2N Modulator
Decimation
Filter
HPF
C101
AK5572
8279
C132
AIN_LO_SENS-
37
38
25
26
27
28
43
39
40
46
41
L12
D
+3V3
600R
F0805
BCLK
LRCLK
BCLK
LRCLK
R158
ADOUT_
ADOUT
W125
E
47R
0805
QFN48
6
7
10V
10U
16V
+5V
AD_GND
C138
0805
100N
F
10U
16V
C136
C135
17
3528
+5Vref
100N
C137
100N
10V
16V
100U
0603
C72
C73
100P
E
0805
C98
C
C62
AIN_HI_SENSAIN_LO_SENS+
10U
16V
100N
C99
100P
0805
50V
D
0805
100P
50V
C
4K75
AIN_HI_SENS+
0805
AIN_HI_SENS+
W100
0805
10U
B
16V
W100
R186
4K75
18
AD_Ref
CKS0
CKS1
CKS2
CKS3
AVDD
AVSS
C139
0603
G
F
31
32
33
34
G
Controller
Therm
TESTO1
I2C
HPFE
OVF
MSN
PW2
PW1
PW0
SLOW
SD
TEST
MCLK
PDN
DGND
49
29
42
44
30
24
23
22
21
35
36
15
16
H
20
H
Reset
MCLK
I
I
DGND
MCLK
Reset
+3V3_AD
J
J
A/D Converter
Section:
Product(s):
PCB#:
K
EF10P-EF12P-EF15P
M1802
Modified: 2023-03-09
1
2
3
4
5
6
7
8
9
10
11
12
13
Rev#: V01
EML Rev#:
01
Sheet
File: ADC.SchDoc
14
15
3
11
Of
Tmp Rev: V031
16
17
K
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
A
A
+3V3
L2
600R
F0805
+3V3_DSP
B
B
0805
E
8-Bit
Aux
ADC
GPIO
25V
600R
1
LimitSig
C18
0805
C19
0603
C20
1206
0805
E
8-CH
Digital
Output
+3V3_DSP
HORN+~
+3V3_DSP
WOOFER+~
R126
64K9
D43
D1005
0805
W125
W125
D41
0805
D1005
C129
0805
D44
D1005
CDSF4148
G
50V
50V
CDSF4148
W125
0805
R11
R12
47R
47P
R127
3K92
R124
64K9
R125
3K92
47P
LQFP-48
W125
W125
15
14
16
19
MP9
MP2
MP3
MP8
MP1
MP0
MP4
MP5
F
/RESET_DSP
DGND
0805
DAC_LRCLK
C128
D42
0805
D1005
CDSF4148
47R
0805
0805
R13
ADOUT
SPI_MOSI
SS_DSP
SPI_MISO
SPI_CLK
H
D
C17
DGND
W125
G
E/D
12.288
CDSF4148
/RESET_DSP
7894
10V
VOUT2
VOUT3
44
43
FILTD
0805
16V
VOUT0
VOUT1
CM
100R
50V
3 OUT
W100
40
41
46
45
220N
R5
CLK
OSC
F0805
Vdd 4
Q2
2 GND
100N
0805
Input/Output Matrix
26
29
28
27
DGND
8-CH
Digital
Input
10
11
8
9
RSVD
Control
Interface
and
Selfboot
SCL/CCLK
30
SELFBOOT
0603
5 RESETB
6
Reset/
Mode
Select
C24
0603
L3
OSCILLATOR
DGND
7
ADDR0
20
ADDR1 /CDATA/WB
21
CLATCH/WP
22
SDA/COUT
23
16V
0805
100N
F
10V
W125
10U
3
ADC_RES
47
FILTA
+3V3
C16
10U
28/56-BIT, 50 MHz
AUDIO PROCESSOR CORE
40 ms DELAY MEMORY
31
32
39
38
33
35
8318
C15
100N
ADC1
ADC0
U2
ADAU1401
MP6
MP7
MP10
MP11
2
4
C23
0805
10U
PLL
OSCO
MCLKI
1.8V Reg
MODE1
MODE0
PGND
PLL_LF
AGND 1
AGND 37
AGND 42
IOVDD 18
AVDD 48
36
AVDD
PVDD
DGND 12
DGND 25
D
17
VDRIVE
13
DVDD
DVDD 24
DGND
0805
R2
475R0
C
DGND
0805
R9
17K8
W100
10U
C7
1K02
DGND
MCLK
10V
16V
100N
16V
10V
0805
0603
3N3
W125
0603
C6
10V
R3
0603
C11
16V
+3V3_DSP
+3V3_DSP
0603
C10
10U
7837
16V
16V
SOT-23
0805
DGND
C9
100N
C14
C8
100N
0603
100N
10V
C13
+1V8 SUPPLY
34
0603
10U
16V
100N
C
C12
Q1
MMBT5401
NetQ1_1
100N
16V
+3V3_DSP
SPI_MISO
SPI_CLK
W125
DGND
DAC_BCLK
DGND
47R
H
0805
R14
W125
+3V3_DSP
+88V~
DAC_DATA
W125
47R
0805
R18
64K9
D39
0805
D1005
8
9
J
K
Power Supply PCB
Input PCB
6
5
4
3
2
1
+HiV_S
HORN+_S
WOOFER+_S
DGND
WOOF_CLK
+24vIN
6
5
4
3
2
1
10
10 W3:7 W3:2 10
10 W3:8 W3:3 10
10 W3:9 W3:4 10
10 W3:10
10
W3:5
1
+88VSense
2
4
3
ADC/DSP
Section:
Product(s):
PCB#:
5
6
CDSF4148
J
USBi header
Insert only on prototypes.
4
D1005
5
_W7_
2
0805
D40
DGND
EF10P-EF12P-EF15P
M1802
Rev#: V01
Modified: 2023-03-09
1
0805
I
C127
3
DGND
_W7
R66
3K92
47P
7
10 W3:6 W3:1 10
W125
6
I
50V
CDSF4148
7
8
9
10
11
12
13
14
EML Rev#:
01
Sheet
16
Tmp Rev: V031
17
File: DSP.SCHDOC
15
4 Of
11
K
7
8
10
11
12
+3V3_uC
R194
SOT753
CP
GND
74LVC1G80
7019
DGND
8
7
6
5
3
1
PTA1
PTA2
PTA4
PTA5
PTA12
PTA13
PTA18
PTA19
4
22
25
SWD_CLK/PTA0
SWD_DIO/PTA3
R25
0805
MCLK
10 W4:1
W125
47R
10 W4:4
0805
47R
0805
W5
W5_
1 +3V3_uC
+3V3_uC
2 SWD_DIO N40
RESET_b
3
N41
4 SWD_CLK N42
DGND
5
N43
6
96kHz
R27
VREFH
10 W4:2
100R
X1
3
N44
5
MicroPgm
WOOF_CLK
10
10 W4:3
10 W4:5
X2
10 W4:10
14
15
0805
+3V3_uC
VREFH
VREFL
50V
2K2
6
7
VREFL
DGND
8
W100
56
55
54
53
52
51
50
49
46
45
44
43
PTB19
PTB18
PTB17
PTB16
PTB3
PTB2
PTB1
PTB0
42
41
40
39
38
37
36
35
+3V3_uC
10 W4:8
0805
B
DNS
Q10
2N7002
7986
SOT-23
.
0805
Q11
2N7002
7986
D
G
W100
R16
100R
0805
R136
S
SOT-23
.
W100
10K0
C
10K0
0805
Switch_Gnd
0805
DGND
D
SPI_MISO
R21
SPI_MOSI
W125
47R
R22
0805
W125
E
SPI_CLK
47R
0805
SS_DSP
SS_DAC
F
R26
BT_UART_RX
W125
47R
0805
+88VS
N6
BT_UART_TX
/RESET_BLE
+88VSense
G
Connect N1 & N2 for I2C when using USBi
N2
DGND
H
C37
0603
C36
0805
10 W4:9
C54
2.2UH
7730
L9
10N
50V
N7
+3V3
J
120uH
2910
U5
LM2671
7890
C56
3528
D24
403D
MBRA340T3
16V
0805
10U
CB 1
VSW 8
C57
Microcontroller
Section:
1206
Product(s):
PCB#:
K
EF10P-EF12P-EF15P
M1802
Rev#: V01
Modified: 2023-03-09
DGND
2
R133
3K32
DGND
10V
SS 2
15U
6032
1
0805
DNS
R135
RESET_DAC
RESET_DSP
34
RESET_b
W125
W125
100N
10U
16V
10V
PTC11
PTC10
PTC9
PTC8
PTC7
PTC6
PTC5
PTC4
PTC3
PTC2
PTC1
PTC0
S
100R
10K0
64 LimitLED
0805
LimitLED
63 ClipLED
ClipLED
62
61
60
59
BT_Switch
58
Mode_Switch
57
Sub_Switch
N1
C50
100U
SO8
C55
SYNC 3
VIN
6 GND FB 4
35V
1206
10 W4:7
S
0805
D
0805
R132
3K32
L8
5 ON/OFF
7
W250
22R
10 W4:6
R17
100R
Q9
2N7002
G
7986
R15
SOT-23
.
W100
0603
DGND
R156
0805
R131
3K32
47P
0805
0805
+24vIN
0805
R130
3K32
I
R45
W125
J
R129
3K32
R134
C35
9
I
8173
W100
16V
2
100N
VCC
DIO
RST
CLK
GND
SWO
SWO
G
16V
23
24
26
27
28
29
32
33
W100
475R0
+3V3
100N
3
30
48
PTE19
PTE20
PTE21
PTE22
PTE23
PTE24
PTE25
PTE29
PTE30
PTE31
R24
0805
74LVC1G80
0805
G
VDD
VDD
VDD
8
9
N3 10
11
N4 12
20
21
17
18
19
W100
475R0
MKL15Z64VLH4
PTD7
PTD6
PTD5
PTD4
PTD3
PTD2
PTD1
PTD0
PTE16
PTE17
PTE18
R23
384kHz
10U
PTE0
PTE1
5
6
7
SO8
2
10V
16V
10V
10U
ClipIn
LimitIn
6694
1
R128
3K32
10V
Q
F
W125
1
2
AT25010B
D
4
0603
D
10U
2
C31
U3
VDDA
CP
GND
0805
13
SOT753
3
7019
Q
VCC
HOLD
SCK
SI
U20
VCC
C26
16V
4
D
1
0603
100N
VCC
C30
VSSA
U4
5
5
E DGND
CS
SO
WP
GND
17
Mode_B
Mode_G
Mode_R
L4
LQFP64
+3V3_uC
DNS
1
2
3
4
+3V3_uC
0805
16
U14
SOT-23
C28
VSS
VSS
VSS
50V
100N
D6
5V1
0603
4
31
47
W125
0603
0805
0805
C29
F0805
DNS
R20
1K800
C34
R147
0805
DGND
D
H
C27
C33
ClipIn
LimitIn
+15V
W125
0805
DGND
10K
.
4459
0805
C140
VREFL
B LIN
R19
1K800
1206
MASTER
0805
P1:2
C
1R0
100N
10V
0603
16
A
16V
C32
1K02
15
600R
W125
100N
B
R137
B
100N
16V
10K
.
4459
10U
T
B LIN
14
+3V3
W250
P1:1
13
W125
VREFH
A
9
W100
6
W125
5
NetQ10_3
4
W125
3
W100
2
W125
1
3
4
5
6
7
8
9
10
11
12
13
14
EML Rev#:
01
Sheet
16
Tmp Rev: V031
17
File: Microcontroller.SchDoc
15
5 Of
11
K
1
2
3
4
5
6
A
7
8
9
10
11
Low Energy Bluetooth
B
B
W1
C
A
W1_
VCC
DIO
RST
CLK
GND
SWO
SWO
BT_Pgm
1
2
3
4
5
6
6
U1
+3V3_BLE
P0.6
N8
XRES
P0.7 N10
21
P0.4
24
P0.6
23
P0.7
22
P0.5
N9
N11
BLE_UART_RX
R1
BLE_UART_TX
D
P1.4
P1.5
W125
47R
20
19
18
17
16
0805
1
GND
GND
GND
GND
VDD
VDDR
VREF
/BLE_RESET
P3.2
P3.3
14X19mm SMT Module
CYBLE-012011-00 P3.4
P3.5
6793
P3.6
P1.0
P3.7
P1.4
P4.0
P1.5
P5.0
P1.6
P5.1
P1.7
P2.0
P2.2
XRES
P2.3
P2.4
P2.6
C
D
E
28
27
26
25
15
29
10
E
8
7
6
5
4
3
2
30
31
14
13
12
11
9
+3V3
L1
+3V3_BLE
600R
F0805
C3
25V
1U
D_GND
C2
100N
16V
1206
100N
16V
0603
C4
1206
F
0603
F
C1
25V
1U
G
G
Low Energy Bluetooth
Section:
Product(s):
PCB#:
H
EF10P-EF12P-EF15P
M1802
Modified: 2023-03-09
1
2
3
4
5
6
7
Rev#: V01
EML Rev#:
01
Sheet
File: BLE.SchDoc
8
6 Of
11
Tmp Rev: V031
9
10
11
H
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
A
A
Input PCB
Power Supply PCB
8
7
6
5
4
3
2
1
B
HORN_PRE_GND
HORN_PRE_OUT
WOOFER_PRE_GND
WOOFER_PRE_OUT
DGND
Ph+24v
+15V
-15V
8
7
6
5
4
3
2
1
B
HORN OUTPUT
20k rolloff
C113
_W6_
_W6
1N5
C
R108
50V
0805
R110
W100
4K75
W125
1K800
REF
10U
DGND
DGND
0805
RESET_DAC
R106
SPI_MISO
13
11
12
10
W125
47R
0805
SPI_MOSI
SPI_CLK
SS_DAC
VCC1 23
SSOP-28
IOUTRIOUTR+
0805
16V
2
SO8
R155
W125
100N
V-
50V
0805
V+
15N
V-
0805
SO14
+
F
G
50V
R109
W100
15K0
W125
1206
0805
1K800
C116
0805
IOUTR+
+3V3_uC
L10
9
10
600R
-
U12:3
MC33079D
7668
8
680P
C118
10U
W100
W100
0805
F0805
C112
1206
C123
C124
50V
10U
16V
0805
6
200R0
7
C120
5
R117
W100
R119
0805
13
-
SO14
12
0805
680P
6
7
8
9
0805
J
SO14
+
DAC Output
Product(s):
10
WOOFER_PRE_GND
W100
15K0
PCB#:
5
50V
R123
U12:4
MC33079D
7668
14
Section:
-15V_4 DGND
I
C126
0805
IOUTR-
SO8
200R0
W100
1K800
MC33079D
7668
WOOFER_PRE_OUT
0805
DGND
4
+
4K75
R121
0805
3
-
0805
0805
H
U13:2
MC33078
7817
R115
4K75
0805
SO14
+
50V
0805
R113
16V
0805
2
HORN_PRE_GND
W100
4K75
EF10P-EF12P-EF15P
M1802
Rev#: V01
Modified: 2023-03-09
1
E
R122
47R
-15V
50V
0805
R111
C109 DGND
11
C96
680P
0805
C97
0805
0805
W125
4
C52
C125
0805
C114
U12:5
0805
50V
0805
4
K
47R
C150
100N
100N
J
100N
50V
U13:3
8 MC33078
7817
V+
50V
W125
200R0
WOOFER OUTPUT
DGND
+15V_4
SO8
4K75
0805
0805
R154
+
HORN_PRE_OUT
DGND
C108
0603
-
15N
+15V
W100
4N7
R107
10K0
10U
100N
0603
W100
16V
50V
15P
I
C111
3
R116
U12:1
MC33079D
7668
1
1206
+5V
+3V3_DAC
0603
16V
18
IOUTRIOUTR+ 17
AGND3R 16
MCLK
C110
IOUTL-
C107
3
IOUTLIOUTL+
24
AGND2
19 AGND1
20 IREF
8 DGND
9 VDD
7 SCK
H
0603
IOUTL- 26
25
IOUTL+
VCC2R 15
1 ZEROL
2 ZEROR
C106
10U
VCC2L 28
AGND3L 27
3 MSEL
DGND
100N
16V
0805
U16
8122
PCM1796
MDO
MDI
MC
MS
0805
W100
50V
D
1
C119
W125
16V
14 RST
100N
-
U13:1
MC33078
7817
0805
1K800
10U
10K0
50V
2
200R0
R118
R120
16V
W100
0805
0805
C122
0805
100N
R105
10K0
4K75
4N7
C121
1N5
VCOMR 21
W100
W100
1206
1206
VCOML 22
4
LRCK
6 BCK
5 DATA
R104
R114
W100
50V
0805
SO14
+
50V
0805
R112
C104
+5V
DAC_LRCLK
DAC_BCLK
DAC_DATA
G
0603
680P
C117
100N
C105
E
DGND
C103
10U
100N
SOT-223
0805
5
16V
16V
7918
LM1117-5v
C102
F
-
N12
16V
100N
D
6
OUT
50V
IN
IOUTL+
+5V
50V
U15
+15V_5
C115
U12:2
MC33079D
7668
7
50V
0805
C
0805
11
12
13
14
EML Rev#:
01
Sheet
16
Tmp Rev: V031
17
File: Output.SchDoc
15
7 Of
11
K
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
DESIGN HISTORY AND INFORMATION
A
B
A
B
POTENTIOMETERS AND KNOBS
CHANGE HISTORY
POTENTIOMETERS AND KNOBS
#
1
2
3
4
5
6
7
8
9
10
11
12
13
C
D
DATE
2017/03/03
2017/09/15
2017/11/14
2017/10/03
2018-02-24
.
.
.
2018-04-20
2018-09-10
2018-10-12
2019-02-19
2019-10-08
VER#
V01
V01
V01
V02p1
V01P0
.
.
.
V01P1
.
V01
.
.
PC#
.
9116
.
9098
.
.
.
.
.
.
.
9333
9434
REF
P1
P2
P3
.
.
.
.
.
.
.
.
.
.
DESCRIPTION OF CHANGE
RELEASED FOR PRODUCTION
MARKED W3 CONNECTOR - YS PART# 4018 AS DNS
CHANGE FUSE PART NUMBER FOR CE FROM 2475 TO 2473 (T1.6A)
Change RCA to 1/8". Move mixer switch to make room for Master pot center mark.
BOARD BLANK AND PROJECT RENAMED P8802. SECTIONS NAMED M1802 (INPUT),
M1803 (POWER SUPPPLY) AND M1804 (AC FILTER)
Added a 0.4A fuse in series with -15v supply track followed
by a 20V 3W zener to ground to protect if -80v shorts to -15v.
Part additions for safety and value modifications to reduce parts count.
Unpanelized P8802 into M1802, M1803, and M1804
Released M1802V01
Change pots P1, P2 (10K, #4434), and P3 (10K, #4432) to YS #4459 (10K)
Update labels on W6 and W7 connector pinout drawings.
FUNCTION
MASTER LEVEL
LINE LEVEL
MIC LEVEL
.
.
.
.
.
.
.
.
.
.
POT#
4434
4432
4432
.
.
.
.
.
.
.
.
.
.
KNOB#
8653
8653
8653
.
.
.
.
.
.
.
.
.
.
C
D
"STYLE_P32"
E
E
F
G
H
I
#
1
2
3
4
5
6
7
8
9
10
11
12
13
DATE
2019-10-09
2023-03-09
.
.
.
.
.
.
.
.
.
.
.
VER#
.
.
.
.
.
.
.
.
.
.
.
.
.
PC#
9445
9607
.
.
.
.
.
.
.
.
.
.
.
DESCRIPTION OF CHANGE
Remove R129, R131, R133 in LD2 drive circuit
#7819 10U/10V replaced with #7738 10U/16V Cheaper / Better option.
C21,C57,C104,C105,C107,C109,C112.
.
.
.
.
.
.
.
.
.
.
#
1
2
3
4
5
6
7
8
9
10
11
12
13
DATE
.
.
.
.
.
.
.
.
.
.
.
.
.
VER#
.
.
.
.
.
.
.
.
.
.
.
.
.
PC#
.
.
.
.
.
.
.
.
.
.
.
.
.
DESCRIPTION OF CHANGE
.
.
.
.
.
.
.
.
.
.
.
.
.
F
PINOUT DIAGRAMS
G
H
I
J
J
Design Information And History
Section:
K
THIS SHEET CONTAINS A CHANGE HISTORY LOG, A LIST OF THE POTS & KNOBS AND A LEADS & PINS REFERENCE SECTION.
Product(s):
PCB#:
EF10P-EF12P-EF15P
M1802
Rev#: V01
Modified: 2023-03-09
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
K
EML Rev#:
File: History.SchDoc
01
Sheet
10 Of
Tmp Rev: V031
16
17
11
M1802V01
EF10P-EF12P-EF15P
R64
D35
1U
R202
D28
SMAJ150CA
+
J3
J2
J1
7701
10R
7701
10R
Q3
4K75
R197 30K0
R7 10K0
C75
R27
100R
4148
4090
4140
U15
U14
DNS
AT25010B
MKL15Z64VLH4
Q7
R198 U3
R17
D26
4148
D27
BT_Pgm
R94
1K800
1K800
R57
C92
470P
475R0
475R0
Q9
1M
47P
4148
9
475R0
475R0
2N7
1K02
1K02
C68
2N7
10U
C26
10U
L10 C110
100N C29
600R
4148
C93
S4
Clip
47R R149
47R R148
NOR
CR
NCR
3522
Limit
R10 200R
LD1
R53
R56
C78 470P 1K62
3K32
DNS
DNS
3K32
C111
100N
15P
10U
100N
C106
Mode
C105
NOL
CL
U4
5V1
D6
5
1K800
1K800
74LVC1G80
47R
10U
2.2UH
1U
100N
1
47P
2K2
W7
C50
D38
600R
LD4
C66
470P
S2
NOL
CL
NCL
100R
12.288
100N
10U
100N
100N
C9
10U
1U
2327
D24
4148
100N
C98
C5
10K
P1
7837
4459
100U
100N
NOL
CL
NCL
R199 47R
R157 47R
47P
3K92
6
4K75
10U
680P
1
W6
3K92
4148
47P
3K92
4148
47P
100N
100N
MC33078
47R
R200
C130
C131
C18
C19
C8
C11
4K75
100N
100N
1N5
1K800
1K800
1N5
100N
4K75
15N
1K800
1K800
NOR
CR
NCR
1
R121 R120
C118 C123 C121
R119 C124 R118 C122
C117
C96 C97
C114 C113
R111 R110
C 2018
Yorkville
3439
C63
10U
C73
U19
680P
C23
4148
22R
R124
U5
LM2671
120uH
10U
47R
600R
3N3
NOR
CR
NCR
R187
R193
AK5572
R9 R158
100N
R137
1K02
R76
1K02
D34
D33
18V0
R80
10K
4459
10K0
R90
10U
10K0
10U
S3
C101 C132
2N7
4K75 R186 100N
100P
4K75 R184 15N
100P
100N
47R
3696
C79
C135
600R
47R
C70 R151
3522
470P
R189
L12
C133 10U
C134 10U
U2 C10
5N6
U11
MC33078
10K0
C142
E
R152
10K
4459
47R
47R
R77
C76
R153
22U
1
R82
330R0
330R0
10K0
R91
100N
P3
1K02
C71
R102
R85
22R
220N
C57 C17 L9
L3
Q2
10U
E
4
100U
MBRA340
L1
3
10N
600R
10
L8
9
C56
8
47R R1
W5_
1
MicroPgm
47R
8K25
C21
1K50
C107
S1
NOR
CR
NCR
3439
R131
NCL
R78
10U
R83
1K02
1K02
R84
R129
C100 470P
DNS
R128 U17 1K50
3K32 R130
R104
C112
Q11
10K00
P2
4148
R138 D32
MixerEnable
R63 200R
C22 C61
R143
100N
100N
C60
NOL
CL
NCL
D25
R101
2K74
680P
MC33078
U9
MC33078
U10
4K75
RING-SW
4218
DNS
64K9
C2
7
7
R69 30K0
D31
4148
4148
100N
8
R
J4
C80
U16 C108 100N
R14
10U
R106
C109
1R0 R194
C14
10U
10U C140 C12
600R L4
47R
Q1
R25
10U
N2
C28
74LVC1G80
U20
R92
33U
R
R88
C84
47P
U8
MC33078
C81
100N
CYBLE-012011-00
W1
100N
10K00
10K00
100N
470P
4010
C148
+
1K02
R68
2
U1
100N
100N
10K00
1K02
4090
33U
R62
47P
10K00
C82
LM1117-5v
1M
1M
R8 30K0
R61 15K0
R195
C33
C37
C67
C69
R60
R51
C59
R142
R217 100R
R215 100R
R216 100R
R209 100R
+
C149
R213
R160
6543
Input/Processing
C27
C31
C36
C35
J5
R211
R210
R212
D4
C25
R59
C64
R52
R55
R50
C143
R67
R74
475R0
R24
R196
R15
R54
R105
R65
R75
R21
C30
C144
C147
C102
R73
M1802V01
1
CYBLE-012011-00
7
C3
R147
R19
475R0
R23
N1
R135
R49 U6 R47
R16
R22
C88
R58
D37
6
C4
R132
LD2
R99
R26
R133
Q10
R97
R93 C87
C7 R3
R134
R136
R100
C95
R48
U7
C58
R183 R181
R185 R182
47R
47R
R20
10U
W3
100N
100N
C34
100N
100N
R45
C94 R103
C90
C91
K1
R95 R98
C77
R150
C85
R72
C83
C89
R96
100N
64K9
C1
1K02
C6
10U
7837
R12
C13
R5
10U
ADAU1401
475R0
64K9
+24vIN
S/N LABEL
R71
C104 C103
R107
R13
Q8
C86 R81
D36
R86 R89
C138
THRU
10U
R11
4148
100N
100N
4148
WOOF_CLK
30K0
10U
17K8
4148
DGND
10K0
47R
47R
10U
C54
100N
47R
47R
47R
100N
680P
WOOFER+_S
100R
PCM1796
15K0
HORN+_S
100R
C139
100R
C136
10K0
100N
C24
7986
10K0
10K0
10K0
200R0
4K75
R156
MAIN INPUT
7986
10K0
10U
200R0
+
+HiV_S
100N
R214
C65
C32
NO
MIC IN
R70
619R0
470P
15K0
7986
C137
619R0
475R0
10K0
C141
619R0
100N
C74
619R0
475R0
100R
10U
10U
4N7
22U
C55
SMAJ150CA
1M
1M
1K50
R188
R180
R179
R192
3
MC33078
MC33079D
C99
DNS
1
MC33078
100R
C62
2
4148
1K50
3K92
R178 R176
R177 R175
4U7
R155
E
470P
30K0
100R
C72
V
10K00
680P
1K02
1K50
U12
E
10K00
2K74
22U
1K50
R154
E
10K00
47P
1K50
100N
15K0
680P
C52
C16 D42 C150
C15 C128 C127
L2 R125 D40
R66
C129
D44
R127
U13
C126 C125
2328
-15V
+15V
Ph+24v
DGND
L
10K00
20K5
562R0
1K50
200R0
R2
S
LINE IN
10K00
10K0
100R
200R0
D41
TIP
47P
TIP-SW
2K74
100N
100N
100P
4N7
R18 D39
470P
4148
68N
1K02
Sub
100P
4K75
WOOFER_PRE_OUT
7K50
64K9
C1
100N
2N7
4K75
WOOFER_PRE_GND R126 D43
22U
RING
2K74
C2
100N
MC33079D
C20 R109 R113
C116 R115 C120
R117
R123
R116
C115
R122
R114 C119
R108 R112
22U
LINE IN
470P
100N
17K8
BlueTooth
+
681R
10K0
NC
47R
47R
HORN_PRE_OUT
100N
MIC
MASTER
8
HORN_PRE_GND
100N
LINE
15U
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
PCB ASSEMBLY DOCUMENTATION
A
A
B
B
SPECIAL PRODUCTION NOTES
PCB HARDWARE
SCREWS AND BOLTS
NUTS
STANDOFFS
MISCELLANEOUS
C
C
The input section needs to be air tight. All Vias and Part Holes must be filled with solder.
D
D
E
E
F
F
G
G
H
H
I
I
J
J
Assembly Documentation
Section:
K
Product(s):
THIS SHEET CONTAINS SPECIAL PRODUCTION NOTES AND A LIST OF PCB HARDWARE PARTS REQUIRED FOR THE BUILD.
PCB#:
EF10P-EF12P-EF15P
M1802
Rev#: V01
Modified: 2023-03-09
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
K
EML Rev#:
File: Assembly.SchDoc
16
01
Sheet
9
Of
Tmp Rev: V031
17
11
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
DESIGN HISTORY AND INFORMATION
A
B
A
B
POTENTIOMETERS AND KNOBS
CHANGE HISTORY
POTENTIOMETERS AND KNOBS
#
1
2
3
4
5
6
7
8
9
10
11
12
13
C
D
DATE
2017/03/03
2017/09/15
2017/11/14
2017/10/03
2018-02-24
.
.
.
2018-04-20
2018-09-10
2018-10-12
2019-02-19
2019-10-08
VER#
V01
V01
V01
V02p1
V01P0
.
.
.
V01P1
.
V01
.
.
PC#
.
9116
.
9098
.
.
.
.
.
.
.
9333
9434
REF
P1
P2
P3
.
.
.
.
.
.
.
.
.
.
DESCRIPTION OF CHANGE
RELEASED FOR PRODUCTION
MARKED W3 CONNECTOR - YS PART# 4018 AS DNS
CHANGE FUSE PART NUMBER FOR CE FROM 2475 TO 2473 (T1.6A)
Change RCA to 1/8". Move mixer switch to make room for Master pot center mark.
BOARD BLANK AND PROJECT RENAMED P8802. SECTIONS NAMED M1802 (INPUT),
M1803 (POWER SUPPPLY) AND M1804 (AC FILTER)
Added a 0.4A fuse in series with -15v supply track followed
by a 20V 3W zener to ground to protect if -80v shorts to -15v.
Part additions for safety and value modifications to reduce parts count.
Unpanelized P8802 into M1802, M1803, and M1804
Released M1802V01
Change pots P1, P2 (10K, #4434), and P3 (10K, #4432) to YS #4459 (10K)
Update labels on W6 and W7 connector pinout drawings.
FUNCTION
MASTER LEVEL
LINE LEVEL
MIC LEVEL
.
.
.
.
.
.
.
.
.
.
POT#
4434
4432
4432
.
.
.
.
.
.
.
.
.
.
KNOB#
8653
8653
8653
.
.
.
.
.
.
.
.
.
.
C
D
"STYLE_P32"
E
E
F
G
H
I
#
1
2
3
4
5
6
7
8
9
10
11
12
13
DATE
2019-10-09
2023-03-09
.
.
.
.
.
.
.
.
.
.
.
VER#
.
.
.
.
.
.
.
.
.
.
.
.
.
PC#
9445
9607
.
.
.
.
.
.
.
.
.
.
.
DESCRIPTION OF CHANGE
Remove R129, R131, R133 in LD2 drive circuit
#7819 10U/10V replaced with #7738 10U/16V Cheaper / Better option.
C21,C57,C104,C105,C107,C109,C112.
.
.
.
.
.
.
.
.
.
.
#
1
2
3
4
5
6
7
8
9
10
11
12
13
DATE
.
.
.
.
.
.
.
.
.
.
.
.
.
VER#
.
.
.
.
.
.
.
.
.
.
.
.
.
PC#
.
.
.
.
.
.
.
.
.
.
.
.
.
DESCRIPTION OF CHANGE
.
.
.
.
.
.
.
.
.
.
.
.
.
F
PINOUT DIAGRAMS
G
H
I
J
J
Design Information And History
Section:
K
THIS SHEET CONTAINS A CHANGE HISTORY LOG, A LIST OF THE POTS & KNOBS AND A LEADS & PINS REFERENCE SECTION.
Product(s):
PCB#:
EF10P-EF12P-EF15P
M1802
Rev#: V01
Modified: 2023-03-09
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
K
EML Rev#:
File: History.SchDoc
01
Sheet
10 Of
Tmp Rev: V031
16
17
11
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
A
A
HI-
W7_:4
6
W7_:5
6
6
+88V_S
4
WOOFER+_S
5
HORN+_S
R144
17K8
R145
W125
W125
0805
0805
HI+
26 W2:2
MUTE
W100
R248 20K5
0805
-15v_
W100
17K8
17K8
20K5
0805
0805
0805
-15V_
26 W2:4
-88V
R241
64K9
-88V
26 W2:5
+24v
+24V
26 W2:6
-24V
-24V
26 W2:7
0805
D1005
R243
64K9
CDSF4148
LVGND_
0805
D2
W6_:7
W6_:8
8
8
W6_:6
W6_:5
8
8
HI+
HI-
7
8
8
W6_:1 8
2
-44V
26 W2:9
+15V_
+15V_
26 W2:10
LO+
1
LO+
26 W2:11
+15V_
D5
LO-
LO26 W2:12
DO214AC
96KHZ
96KHZ
26 W2:13
F1
Rad .2
2492
0A4
LOLO+
6
5
CDSF4148
-15v_
W6_:2
3SMAJ5932B
20V
Power Supply / Speaker Out
POWER SUPPLY.SCHDOC
HIOUT
26 W2:15
-88V
ClassName: AmpOut
HORN+
WOOFER+
E
D
-88V
26 W2:14
MUTE
MUTE
C
LVGND_
26 W2:8
-44V
D1005
B
MUTE
26 W2:3
R249
W125
D1
D
HI26 W2:1
HI+
20K5
R247
0805
W125
R242
64K9
+88V
W100
17K8
R146 17K8
0805
0805
R245
W125
R246
0805
17K8
W125
C
R244
W125
W125
B
6
W125
W7_:6
-88V
26 W2:16
HIOUT
HIOUT
26 W2:17
WGND
E
WGND
26 W2:18
LOOUT
26 W2:19
HORN_PRE_GND_
Woofer_PRE_GND_
W6_:4
W7_:3
F
8
6
W7_:1 6
ClassName: AmpOut
4
3
D_GND_
D_GND_
1 +24v_
LVGND_
-24V
-44V
-88V
+44V
+24v
LVGND_
-24V
-44V
-88V
+44V
+24V
+24v_
+44V
26 W2:21
LOOUT
26 W2:22
+24V
G
F
+24V
26 W2:23
+88V
26 W2:24
+88V
PhantomPower
+88V
26 W2:25
+88V
26 W2:26
HORN_OUT
HORN_GND
WOOFER_OUT
WOOFER_GND
CH_GND_
8
+44V
LOOUT
+88V
+88V
W6_:3
3
LOOUT
26 W2:20
G
C154
W7_:2 6
2
100V
WOOF_CLK_
47N
1206
H
H
CON_HOLE_128
1
HC2
CHGND1
Connected to CHGND2 through the chassis.
Use a wire to connect these two
points when working on the bench.
I
I
J
J
ECO.SchDoc
ECAD INCIDENTAL
Assembly.SchDoc
ASSEMBLY NOTES
K
History.SchDoc
DESIGN HISTORY
1
2
3
4
5
6
7
8
9
10
11
12
13
Yorkville Sound Ltd. Product(s):
EF10P-EF12P-EF15P
550 Granite Court
Pickering, ON
Canada L1W 3Y8
www.yorkville.com
PS and Input
14
Description:
PCB#:
M1803
Rev#: V01.
Modified: 2021-11-17
K
EML Rev#:
File: Top Sheet.SchDoc
15
16
01
Sheet
1
Of
Tmp Rev: V031
17
11
Transformer
CH1341U
CH1441U
CH1342U
8
9
10
11
13
14
15
16
17
ORN
A
MUTE ON/OFF
W125
D1005
SOD-323
RED_
4.3X3.9
R30
10K0
SOT-23
0805
-20V UNMUTE
C38
Elec
MuteGND
MUTE
1
D10
GRY
BLUE
W100
W100
+24v_
W250
7K50
7K50
22R
0805
0805
1206
D11
7895
RED/
3
W8:3 9
VIO
R31
D12
7A
S3D
+24V
W8:2
9
+44V
S3D
S3D
DO-214AB
DO-214AB
C43
3300U
C41
3300U
S3D
7895
D
RED
W8:6
W125
5
9
GREY
6
9
R34
D16
7A
S3D
35V
DO-214AB
LVGND_
E
W8:8
R229
7K50
0805
0805
C45
4700U
100V
S3D
DO-214AB
D21
W8:9
R221
15K0
R222
15K0
0805
-88V
0805
E
0805
-88V
S3D
9
9
R223
15K0
35X40MM
D19
DO-214AB
8
9
0805
18X40MM
S3D
W100
7K50
R225
64K9
-44V
R230
W100
0805
D20
DO-214AB
VIO
4
R224
64K9
63V
S3D
9
0805
D
-24V
W8:4
R226
64K9
C44
3300U
S3D
16X35MM
D18
0805
D17
PS_GND
C42
3300U
DO-214AB
R218
15K0
C
0805
63V
WHT
W8:5
R220
15K0
0805
DO-214AB
35V
DO-214AB
35X40MM
18X40MM
16X35MM
S3D
C40
4700U
100V
D14
D15
YELLOW
2
R219
15K0
D13
+44V
+24V
DO-214AB
WHITE
+88V
DO-214AB
W100
GREY/
7
9
+88V
S3D
R46
W100
W8:7
LVGND_
R227
W100
RED
R228
W100
BLK/YEL
W100
W8:1 9
W100
YEL
ORANGE
B
VIO/
CH1342U
BLU
C39
25V
CDSF4148
MALE 9 PIN CONNECTOR FOR
TRANSFORMER SECONDARYS
4U7
0805
D7
18V0
W100
D1005
1M
0805
CDSF4148
GRY_
Q4
MMBT5401
7837
R29
W125
2K2
1U
a
R28
FEMALE CONNECTOR
VIEWED FROM WIRE SIDE
50V
VIO_
D8
BLK
BRN
C
12
W125
BROWN
7
W125
B
6
D9
BLACK
a
5
BLK/YEL
PIN 1
FEMALE CONNECTOR
VIEWED FROM WIRE SIDE
Model
EF15P
EF12P
EF10P
4
PIN 1
A
3
NC
2
NC
1
ALL DIODES S3D 200V 3A0 DIO D214 SMT
PUT PADS UNDER HIGH CURRENT AND ALTERNATE
DO-214AB
F
F
HORN_OUT
HORN+
8283
10R
1206
1206
PhantomPower
W100
6817
D3
DPAK-3
4R7
24V
0805
Q16
7838
MMBT3904
C145
1U
4.3X3.9
W100
50V
W100
15K0
1206
R208
475R0
HORN-
HORN_GND
C146
-
+88V
4.3X3.9
0805
HORN
3
ClassName: +Hi
WOOFER_OUT
Input PCB
Power Supply PCB
8
7
6
5
4
3
2
1
MuteGND
HORN_PRE_GND_
DGND_
J
Horn_Pre_Gnd
Horn_Pre_Out
Woofer_Pre_Gnd
Woofer_Pre_Out
D_GND_
Ph+24V
+15V_
-15V_
8
7
6
5
4
3
2
1
4K75
4K75
4K75
4K75
0805
0805
0805
0805
0805
R240
R239
R238
R237
R236
W100
W100
W100
MT2
0805
W100
4K75
W100
R42
30K0
ClassName: -Hi
-88V
Q6:1
TO92
R44
W250
W100
4K75
4K75
4K75
4K75
4K75
0805
0805
0805
0805
0805
10R
7915
RAD POLY
C151
1206
WOOFER_GND
6
5
4
3
2
1
Woofer_PRE_GND_
+HiV_S
WOOFER+_S
HORN+_S
D_GND_
96KHZ
+24V_
10U
HC7
W12:2
4
W12:1
_W1
I
WOOFER
C153
1206
1
CON_HOLE_128
WOOFER-
J
CHGND4
6
5
4
3
2
1
Power Supply
Section:
Q6:2
1
NC
_W7_
_W7
4
1206
C53
Power Supply PCB
LVGND_
Product(s):
PCB#:
EF10P-EF12P-EF15P
M1803
Rev#: V01.
Modified: 2021-11-17
1
2
3
4
5
6
7
8
H
C152
486uH
2906
MBS4992
5190 8V5
5X5.5mm
_W6_
1
L11
1206
C51
16V
_W6
K
W100
100V
4U7
D_GND_
Input PCB
LVGND_
-88V
W100
R235
1000V
WOOFER-
W100
DO-214AB
R234
150P
PS_GND
R233
MT1
I
W100
R232
T810-600G-TR
Q5
D2PAK
Connection to CHGND1 in
PreAmp through the chassis.
Use a wire to connect these two
points when working on the bench.
D23
S3D
G
R231
2
192UH
ClassName: AmpOut
HORN-
ClassName: AmpOut
WOOFER+
6562
W125
WOOFER_OUT
W12:3
SP1
DO-214AB
PHgnd
4
D22
S3D
L7
CH_GND_
S5
4 4 W12:4
SOT-23
H
+
Spkr
Load - 20mA max.
0805
SOT-23
R207
R38
10R
1000V
10R
G
R206
MJD112
W250
WOOFER+
150P
R205
0805
1000V
W250
ClassName: AmpOut
C49
150P
R204
W250
+44V
Q15
50V
40-55 VDC->
HORN+
12.3X6
1U
G
4.7UH
100V
HORN_OUT
2N7
a
L6
CRITICAL SAFETY COMPONENTS.
THIS SYMBOL IS PLACED ADJACENT TO
SAFETY CRITICAL COMPONENTS.
9
10
11
12
13
14
K
EML Rev#:
01
File: POWER SUPPLY.SCHDOC
15
16
Sheet
8
Of
Tmp Rev: V031
17
11
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
DESIGN HISTORY AND INFORMATION
A
B
A
B
POTENTIOMETERS AND KNOBS
CHANGE HISTORY
POTENTIOMETERS AND KNOBS
REF FUNCTION
#
1
2
3
4
5
6
7
8
9
10
11
12
13
C
D
DATE
2017/03/03
2017/09/15
2017/11/14
2018-10-12
.
.
.
.
.
.
.
.
.
VER#
V01
V01
V01
V01
.
.
.
.
.
.
.
.
.
PC#
.
9116
.
.
9390
.
.
.
.
.
.
.
.
DESCRIPTION OF CHANGE
RELEASED FOR PRODUCTION
MARKED W3 CONNECTOR - YS PART# 4018 AS DNS
CHANGE FUSE PART NUMBER FOR CE FROM 2475 TO 2473 (T1.6A)
Released M1803V01
Schematic error fixed
.
.
.
.
.
.
.
.
POT#
KNOB#
C
.
.
.
.
.
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.
.
D
E
E
#
1
2
3
4
5
6
7
8
9
10
11
12
13
F
G
DATE
.
.
.
.
.
.
.
.
.
.
.
.
.
VER#
.
.
.
.
.
.
.
.
.
.
.
.
.
PC#
.
.
.
.
.
.
.
.
.
.
.
.
.
DESCRIPTION OF CHANGE
.
.
.
.
.
.
.
.
.
.
.
.
.
F
PINOUT DIAGRAMS
G
H
H
I
I
J
J
Design Information And History
Section:
K
THIS SHEET CONTAINS A CHANGE HISTORY LOG, A LIST OF THE POTS & KNOBS AND A LEADS & PINS REFERENCE SECTION.
Product(s):
PCB#:
EF10P-EF12P-EF15P
M1803
Rev#: V01.
Modified: 2021-11-17
1
2
3
4
5
6
7
8
9
10
11
12
13
14
K
EML Rev#:
File: History.SchDoc
15
01
Sheet
10 Of
Tmp Rev: V031
16
17
11
150P
C152
L11
486uH
1
3538
+
2328
L6
T ie W
HIOUT
4.7UH
-88V
+
HIOUT
ra p
+
L7
T ie W
5190
7915
Q6
C51
4U7/100V
5933
RT V
Q5
10R
Power Supply
M1803 V01.
EF10P-EF12P-EF15P
D22
R42
30K0
C53
ra p
S3D
D21
+
R222
6535
+88V
6562
192UH
+88V
+88V
5910
RTV
15K0
S3D
D13
S3D
+
D8
D14
1
4145
4145
S3D
_W1
7
D11
+
+
R34
7A
S3D
4148 D9
9
4148
3
Attach Ring Term Here.
HC2
R223 15K0
R221 15K0
+
+
2327
LO-
2N7
C49
LO+
+
WOOFWOOF+
HORNHORN+
-44V
RTV
4700U
100V
+
C153
Spkr
150P
1
W12
C45
+
17K8
R243
64K9
17K8 20K5
R228 7K50 7K50
R230 R229
47N
10R
17K8 R245
20K5
R248 R249
R244
R227
R46
22R
HI+
D2
C41
TP1
C43
AmpBias
Adjust
1.5mV
RTV
5860
+
HC7
W2
4148
5910
5670
RTV
RTV
3300U
63V
5670
RTV
C44
C42
4700U
100VRTV
RTV
S3D
R44
S3D
HI-
H32B
5860
2492
0A4
RTV
10R
R205
3300U
35V
RTV
D10
LVGND_
10U
S3D
W8
+15V_
3300U
63V
RTV
15K0
R220
R219
15K0
D17
4K75
C154 R38
D23
-24V
HORN+
HORNWOOFER+
WOOFER-
R31
3300U
35V
RTV
R207
MJD112
ESD
D16
S3D
S3D
D19
7A
15K0 R218
S3D
C40
e
R224 64K9
LOOUT
1U
R240
Q4
D7 R28
D12
D20
LOOUT
R225 64K9
WGND
D15
S3D
0W
+24V
R226 64K9
4K75
LOOUT
4K75
4K75
4K75
2K2
S3D
D3
Q15
Yorkville
C 2018
R30 10K0
R231
+44V
C39
4K75
-88V
1M
7K50
150P
C151
4K75
R239
R238
R237
R236
R235
R234
R233
R232
4U7
C38
R29
D18
96KHZ
4K75
4K75
4K75
7837
S3D
1U
1U
S/N LABEL
10R
4R7
+24V
C145
+
TP2
AmpBias
R204
C146
D1
6
1
R247
R241
64K9
MUTE
4148
R206
475R0 R208
-15V_
MMBT3904
Q16
15K0
-88V
R144 17K8
7K50
20K5
R146 17K8 64K9
R242
R145 R246
17K8
1
D5
8
1
24V
W7_
W6_
1
F1
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
PCB ASSEMBLY DOCUMENTATION
A
A
B
B
SPECIAL PRODUCTION NOTES
PCB HARDWARE
1. PCBSA: ADD RTV BETWEEN POWER SUPPLY CAPS AS SHOWN
HERE.
SCREWS AND BOLTS
NUTS
STANDOFFS
MISCELLANEOUS
C
C
D
D
E
E
F
F
G
G
H
H
I
I
J
J
Assembly Documentation
Section:
K
Product(s):
THIS SHEET CONTAINS SPECIAL PRODUCTION NOTES AND A LIST OF PCB HARDWARE PARTS REQUIRED FOR THE BUILD.
PCB#:
EF10P-EF12P-EF15P
M1803
Rev#: V01.
Modified: 2021-11-17
1
2
3
4
5
6
7
8
9
10
11
12
13
14
K
EML Rev#:
File: Assembly.SchDoc
15
16
01
Sheet
9
Of
Tmp Rev: V031
17
11
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
DESIGN HISTORY AND INFORMATION
A
B
A
B
POTENTIOMETERS AND KNOBS
CHANGE HISTORY
POTENTIOMETERS AND KNOBS
REF FUNCTION
#
1
2
3
4
5
6
7
8
9
10
11
12
13
C
D
DATE
2017/03/03
2017/09/15
2017/11/14
2018-10-12
.
.
.
.
.
.
.
.
.
VER#
V01
V01
V01
V01
.
.
.
.
.
.
.
.
.
PC#
.
9116
.
.
9390
.
.
.
.
.
.
.
.
DESCRIPTION OF CHANGE
RELEASED FOR PRODUCTION
MARKED W3 CONNECTOR - YS PART# 4018 AS DNS
CHANGE FUSE PART NUMBER FOR CE FROM 2475 TO 2473 (T1.6A)
Released M1803V01
Schematic error fixed
.
.
.
.
.
.
.
.
POT#
KNOB#
C
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
D
E
E
#
1
2
3
4
5
6
7
8
9
10
11
12
13
F
G
DATE
.
.
.
.
.
.
.
.
.
.
.
.
.
VER#
.
.
.
.
.
.
.
.
.
.
.
.
.
PC#
.
.
.
.
.
.
.
.
.
.
.
.
.
DESCRIPTION OF CHANGE
.
.
.
.
.
.
.
.
.
.
.
.
.
F
PINOUT DIAGRAMS
G
H
H
I
I
J
J
Design Information And History
Section:
K
THIS SHEET CONTAINS A CHANGE HISTORY LOG, A LIST OF THE POTS & KNOBS AND A LEADS & PINS REFERENCE SECTION.
Product(s):
PCB#:
EF10P-EF12P-EF15P
M1803
Rev#: V01.
Modified: 2021-11-17
1
2
3
4
5
6
7
8
9
10
11
12
13
14
K
EML Rev#:
File: History.SchDoc
15
01
Sheet
10 Of
Tmp Rev: V031
16
17
11
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
A
A
B
B
C
ORN
PIN 1
VIO_
a
BLACK
D
BROWN
a
FEMALE CONNECTOR
VIEWED FROM WIRE SIDE
GRY_
D
RED_
CH1342U
BLU
YEL
BRN
BLK/YEL
ORANGE
E
PIN 1
BLK
BLK/YEL
RED
a
NA
NC
FEMALE CONNECTOR
VIEWED FROM WIRE SIDE
Transformer
CH1341U
CH1441U
CH1342U
NC
Model
EF15P
EF12P
EF10P
C
GRY
BLUE
a
CE
ClassName: AC
E
VIO
WHITE
1
WHT
a
F
2
1
AC-BLK1
a
a a
Power Switch
IEC_RECT+FUSE
a
G
W11:1
NA T3.15A (#2475)
CE T1.6A (#2473)
2
2
4
1
C46
100N
250V
3
'X2' 18MM
S?
W11:2
2
2
AC-WHT1
a
LINE
L5
C47
680N
250V
1300UH
6492
a
3
4
W10:1
6
W10:2
6
W10:3
6
W10:4
6
W10:5
6
W10:6
6
W10:7
1
2
LINE
3
4
6
W9:1
6
W9:2
6
W9:3
6
W9:4
6
W9:5
6
W9:6
6
W9:7
F
X2 27MM
G
NEUTRAL NEUTRAL 5
C48
a
4N7
250V
HC1
1
CH_GND
LINE
6
6
NEUTRAL 5
6
'Y' 10MM
CON_HOLE_128
H
H
CHGND
a
CRITICAL SAFETY COMPONENTS.
THIS SYMBOL IS PLACED ADJACENT TO
SAFETY CRITICAL COMPONENTS.
I
I
J
J
Power Supply
Section:
Product(s):
K
PCB#:
EF10P - EF12P - EF15P
M1804
Rev#: V01
Modified: 2019-09-17
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
EML Rev#:
K
01
File: POWER SUPPLY.SCHDOC
16
Sheet
8
Of
Tmp Rev: V031
17
11
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
DESIGN HISTORY AND INFORMATION
A
B
A
B
POTENTIOMETERS AND KNOBS
CHANGE HISTORY M1804V01
POTENTIOMETERS AND KNOBS
#
1
2
3
4
5
6
7
8
9
10
11
12
13
C
D
DATE
SEP-02-2018
OCT-12-2018
MAR-12-2019
Sept-17-2019
.
.
.
.
.
.
.
.
.
VER# PC#
V01
V01
.
.
.
.
.
.
.
.
.
.
9277
.
.
.
.
.
.
.
.
.
.
REF FUNCTION
DESCRIPTION OF CHANGE
M1804 was part of P8802. P8802 is now de-panelized into M1802, M1803, M1804
V01 RELEASED FOR PRODUCTION
CHANGED W9 AND W10 FROM 4147 TO 4243
and changed W11 from 4162 to 4244.
.
.
.
.
.
.
.
.
.
POT#
KNOB#
C
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
D
E
E
F
G
H
I
#
1
2
3
4
5
6
7
8
9
10
11
12
13
DATE
.
.
.
.
.
.
.
.
.
.
.
.
.
VER#
.
.
.
.
.
.
.
.
.
.
.
.
.
PC#
.
.
.
.
.
.
.
.
.
.
.
.
.
DESCRIPTION OF CHANGE
.
.
.
.
.
.
.
.
.
.
.
.
.
#
1
2
3
4
5
6
7
8
9
10
11
12
13
DATE
.
.
.
.
.
.
.
.
.
.
.
.
.
VER#
.
.
.
.
.
.
.
.
.
.
.
.
.
PC#
.
.
.
.
.
.
.
.
.
.
.
.
.
DESCRIPTION OF CHANGE
.
.
.
.
.
.
.
.
.
.
.
.
.
F
PINOUT DIAGRAMS
G
H
I
J
J
Design Information And History
Section:
K
THIS SHEET CONTAINS A CHANGE HISTORY LOG, A LIST OF THE POTS & KNOBS AND A LEADS & PINS REFERENCE SECTION.
Product(s):
PCB#:
EF10P - EF12P - EF15P
M1804
Rev#: V01
Modified: 2019-09-17
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
EML Rev#:
File: History.SchDoc
K
01
Sheet
10 Of
Tmp Rev: V031
16
17
11
1
2
3
4
5
6
7
8
9
10
11
A
A
B
B
C
C
D
D
DOCUMENTATION
E
E
Blank PCB
PLASTICPIN
PCB1
ClassName: PLASTICPIN
F
F
RTV_HOLES
ClassName: RTV_HOLES
BREAK
ClassName: BREAKHOLES
G
G
CHASSISSCREW
ClassName: CHASSISSCREW
Section:
Product(s):
PCB#:
H
EF10P - EF12P - EF15P
M1804
Modified: 2019-09-17
1
2
3
4
5
6
7
Rev#: V01
EML Rev#:
01
Sheet
File: ECO.SCHDOC
8
9
11 Of
11
Tmp Rev: V031
10
11
H
M1804 V01
EF10P - EF12P - EF15P
M1804
V01
Power Supply - AC
240VAC
1
300
W9
4243
1
300
120VAC
5266
RTV
680N/250V
C47
RTV
L5
6492 RTV
RTV
1300UH
5242
300
4244
W11
RTV
100N/250V
C46
6451
4N7/250V
C48
RTV
RTV
1
W10
4243
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
DESIGN HISTORY AND INFORMATION
A
B
A
B
POTENTIOMETERS AND KNOBS
CHANGE HISTORY M1804V01
POTENTIOMETERS AND KNOBS
#
1
2
3
4
5
6
7
8
9
10
11
12
13
C
D
DATE
SEP-02-2018
OCT-12-2018
MAR-12-2019
Sept-17-2019
.
.
.
.
.
.
.
.
.
VER# PC#
V01
V01
.
.
.
.
.
.
.
.
.
.
9277
.
.
.
.
.
.
.
.
.
.
REF FUNCTION
DESCRIPTION OF CHANGE
M1804 was part of P8802. P8802 is now de-panelized into M1802, M1803, M1804
V01 RELEASED FOR PRODUCTION
CHANGED W9 AND W10 FROM 4147 TO 4243
and changed W11 from 4162 to 4244.
.
.
.
.
.
.
.
.
.
POT#
KNOB#
C
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
D
E
E
F
G
H
I
#
1
2
3
4
5
6
7
8
9
10
11
12
13
DATE
.
.
.
.
.
.
.
.
.
.
.
.
.
VER#
.
.
.
.
.
.
.
.
.
.
.
.
.
PC#
.
.
.
.
.
.
.
.
.
.
.
.
.
DESCRIPTION OF CHANGE
.
.
.
.
.
.
.
.
.
.
.
.
.
#
1
2
3
4
5
6
7
8
9
10
11
12
13
DATE
.
.
.
.
.
.
.
.
.
.
.
.
.
VER#
.
.
.
.
.
.
.
.
.
.
.
.
.
PC#
.
.
.
.
.
.
.
.
.
.
.
.
.
DESCRIPTION OF CHANGE
.
.
.
.
.
.
.
.
.
.
.
.
.
F
PINOUT DIAGRAMS
G
H
I
J
J
Design Information And History
Section:
K
THIS SHEET CONTAINS A CHANGE HISTORY LOG, A LIST OF THE POTS & KNOBS AND A LEADS & PINS REFERENCE SECTION.
Product(s):
PCB#:
EF10P - EF12P - EF15P
M1804
Rev#: V01
Modified: 2019-09-17
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
EML Rev#:
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Yorkville
in
100Hz
Ma
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x
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CLIP
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CONCERT
VOCAL
USER
LINK
The élite EF-Series powered cabinets include a built in mixer allowing
microphones and/or line sources to be used directly. The Link connectors
allow up to 16 EF-Series powered cabinets to be driven from a single source
(a maximum of 3 mixers can be used simultaneously when Linking). To add a
subwoofer to the system a 100 Hz high pass filter can be activated.
THRU
LINE
MIC
MAIN IN
Power Switch & Mode LED The switch turns the power On or Off
and the illumination of the Mode LED indicates that unit is on.
Limit LED The amber Limit LED indicates that the cabinet is operating at full power and the limiter(s) are actively reducing the signal level.
Clip LED The red Clip LED indicates that the signal level is excessive and is causing distortion. To reduce clipping, turn down the mixer levels.
Main In/ Thru (Link) Connectors The Main In / Thru (Link) connectors allow powered cabinets to be driven from a single source.
You can Link up to 16 EF-Series powered cabinets! The Main In / Thru (Link) jacks are the correct input to use when using an external
mixer.
Note: When operating from weaker signals, use the Line inputs of the first cabinet in the chain. To ensure maximum hum rejection,
the proper balanced cables must be used.
Mixer On/Off This switch turns the internal mixer ‘on’ or ‘off.’ When the Mic or Line inputs are used, this switch must be set to the ‘on’
position. If these inputs are not being used, the mixer should be turned ‘off.’
Line Inputs The Line inputs allow line level sources such as digital media players (lap tops, tablets or smart phones) and CD
players to be connected.
Note: If a microphone is connected to Channel 1 it will have lower gain compared to Channel 2’s Mic input (Phantom power is NOT
available on Channel 1).
Line Control The Line control adjusts the input volume level of devices plugged into the Line input.
Mic Inputs Any standard microphone may be connected to the Mic input. Phantom power is built-in.
Mic Control The Mic control adjusts the volume level for the Mic input.
Master Control This control adjusts the level of the individual cabinet. When Linking multiple cabinets use this control to individually
adjust the relative volumes of each cabinet.
Note: The Master control is designed to be used in the 12 o’clock (middle) position, only minor adjustments are recommended.
Mode Selector The Mode Selector applies specific EQ and tone settings for the EF-Series powered cabinet.
Club: Boosted bass and enhanced highs make this mode ideal for music playback.
Concert: Allows instruments and vocals to be equally and naturally reproduced which is best for live performance.
Vocal: Shaped response specifically for the human voice range ensures vocal intelligibility.
User: Flat by default, can be customized by a user through the Yorkville app with a maximum of five different parametric
equalization points with adjustable boost, cut and Q.
Sub Switch For operation with a subwoofer, this switch shuts off the low frequency boost and filters out signals below 100 Hz.
This only affects the signals to the internal amplifier and does not affect signals going out from the internal mixer, or to signals
passing through the Link connections.
Bluetooth™ Control This control enables or disables the Bluetooth™ connection between a tablet or a smartphone using the Yorkville App.
Pressing this control button for more than 4 seconds resets the EF-Series powered cabinet to factory settings.
Faults and Internal Fuse A blown fuse generally means that excessive mains voltage has been applied or there’s a serious fault with
the unit. Self re-setting thermal switches are built into the power transformer. These will not trip even under the most extreme operating
conditions and are provided only for safety reasons.
To get the full Owner’s Manual please visit our website at
http://www.yorkville.com/manuals/ or, if you need a printed version call 905-837-8777
REAL Gear.
REAL People.
Canada Voice: 905-837-8481
Fax: 905-839-5776
U.S.A. Voice: 716-297-2920
Fax: 716-297-3689
www.yorkville.com
Yorkville Sound
550 Granite Court
Pickering, Ontario
L1W-3Y8 CANADA
Yorkville Sound Inc.
4625 Witmer Industrial Estate
Niagara Falls, New York
14305 USA
Printed In
In CANADA
CANADA
Printed
QuickStart-EF_P-Series-1v7
• YS#QSTART-EFP
• October
DOC-YS-Green-00-1v0PR02
• July 14,
2014 23, 2023
LINE
MASTER
MIC
0
Bluetooth
SMART
TM
SUB
Yorkville
in
100Hz
Ma
x
Ma
x
x
in
M
Ma
M
M
Powered EF-Series
in
MODE
MIXER
ENABLE
CLIP
LIMIT
CLUB
CONCERT
VOCAL
USER
LINK
Les enceintes amplifiées de la série élite comprennent un mixeur intégré
permettant de brancher directement les microphones et / ou les sources de
niveau ligne. Les connecteurs Link permettent de lier jusqu’à 16 enceintes
amplifiées de la série EF à partir d’une seule source (3 mixeurs au total
peuvent être utilisés simultanément lors de la liaison). Un filtre passe-haut
THRU
LINE
MIC
MAIN IN
de 100 Hz peut être activé lorsque vous ajouter un subwoofer au système.
Interrupteur d’Alimentation et DEL de Mode L’interrupteur allume ou
éteint l’appareil et l’illumination de la DEL de mode indique que l’unité est en marche.
DEL Limit La DEL ambrée indique que l’enceinte fonctionne à pleine puissance et que le(s) limiteurs réduisent activement le niveau du signal.
DEL Clip La DEL Clip rouge indique que le niveau du signal est excessif et provoque une distorsion. Pour réduire la distorsion, baissez les
niveaux du mixeur.
Entrée Main / Connecteur THRU (LINK) Les connecteurs d’entrée Main et Thru (Link) permettent d’acheminer le signal à des enceintes
additionnelles à partir d’une source unique. Vous pouvez relier jusqu’à 16 enceintes amplifiées de la série EF! Utilisez les prises Link
lorsque le signale qui alimente les enceintes de la série EF provient d’un mixeur externe.
Remarque: Lorsque vous utilisez des signaux moins puissants, utilisez les entrées Ligne de la première enceinte de la chaîne. Pour assurer
un rejet maximum des bourdonnements, les câbles symétriques appropriés doivent être utilisés.
Mixeur On/Off Cet interrupteur active ou désactive le mixeur interne. Lorsque les entrées Mic ou Line sont utilisées, ce commutateur doit être
en position “on.” Si ces entrées ne sont pas utilisées, le mixeur devrait être éteint.
Entrée Ligne (Line) Les entrées “Line” permettent de connecter des sources de niveau ligne telles que des lecteurs multimédias numériques
(ordinateurs portables, tablettes ou téléphones intelligents) et les lecteurs de CD.
Remarque: Un microphone peut être connecté à la prise Combi-Jack du canal 1, mais son gain est inférieur à celui de l’entrée Mic du canal 2
(et l’alimentation en duplex n’est PAS disponible pour l’entrée du canal 1).
Commande Line La commande “Line” ajuste le niveau de volume d’entrée des périphériques branchés dans l’entrée “Line.”
Entrées Mic Tout microphone standard peut être connecté à l’entrée Mic. L’alimentation en duplex est intégrée.
Commande Mic La commande Mic règle le volume de l’entrée Mic.
Commande Master Cette commande ajuste le niveau de l’enceinte amplifiée individuelle. Lorsque vous reliez plusieurs enceintes, utilisez
cette commande pour ajuster individuellement les volumes relatifs de chaque enceinte.
Remarque: La commande Master est conçue pour être utilisée à la position de 12 heures (milieu), seuls des ajustements mineurs sont recommandés
Sélecteur de Mode Le sélecteur de mode applique des paramètres d’égalisation et de tonalité spécifiques pour l’enceinte amplifiée de la série EF.
Club: Les basses et les aigües rehaussées rendent ce mode idéal pour la lecture de musique.
Concert: Permet aux instruments et aux voix d’être reproduits de manière égale et naturelle, ce qui est idéal pour les performances live.
Vocal: Réponse en fréquence spécifiquement adaptée pour la voix humaine afin d’assurer l’intelligibilité des voix.
User: Courbe linéaire par défaut, peut être personnalisé grâce à l’application Yorkville avec un maximum de cinq points d’égalisation
paramétriques différents avec boost, coupure et Q réglable.
Commutateur Sub Pour une utilisation avec un subwoofer, le commutateur Sub éteint l’amplification des basses fréquences et filtre les
signaux inférieurs à 100 Hz. Ce commutateur n’affecte que les signaux de l’amplificateur interne et n’affecte pas les signaux sortant du mixeur
interne ou les signaux passant par les connexions Link.
Commande Bluetooth™ Cette commande active ou désactive la connexion Bluetooth ™ entre une tablette ou un smartphone à l’aide de
l’application Yorkville. Appuyez sur ce bouton de commande pendant plus de 4 secondes pour réinitialiser l’enceinte amplifiée de la série EF
aux réglages d’usine.
Défauts et Fusible Interne Un fusible grillé signifie généralement qu’une tension secteur excessive a été appliquée ou qu’il y a un problème
grave avec l’appareil. Des thermorupteurs à réenclenchement automatique sont intégrés au transformateur de puissance. Ceux-ci ne se
déclencheront pas même dans les conditions de fonctionnement les plus extrêmes et ne sont fournis que pour des raisons de sécurité.
Pour obtenir le manuel de utilisateur visitez notre site Web à http://www.yorkville.com/manuals/
ou, si vous avez besoin d’une version imprimée appelez-nous au 905-837-8777
REAL Gear.
REAL People.
Canada Voice: 905-837-8481
Fax: 905-839-5776
U.S.A. Voice: 716-297-2920
Fax: 716-297-3689
www.yorkville.com
Yorkville Sound
550 Granite Court
Pickering, Ontario
L1W-3Y8 CANADA
Yorkville Sound Inc.
4625 Witmer Industrial Estate
Niagara Falls, New York
14305 USA
EYEBOLT INSTALLATION
1. DESCRIPTION
Many of the popular models in the Yorkville speaker cabinet line are now equipped with flying
hardware for overhead suspension applications. Depending on the model, two or more internal
braces have been provided for rigging purposes. Each brace contains two bolt holes and provides
center-of-gravity fly-points for use with in-line or angular loads. Many of the models will support
additional suspended cabinets according to their specified working load limits.
IMPORTANT!!
THE RIGGING OF LOUDSPEAKER SYSTEMS IS AN EXTREMELY SERIOUS MATTER. OVERHEAD RIGGING REQUIRES EXTENSIVE
EXPERIENCE, INCLUDING (BUT NOT LIMITED TO) CALCULATING WORKING LOAD LIMITS, HARDWARE INSTALLATION, AND
PERIODIC SAFETY INSPECTION OF ALL HARDWARE AND CABINETRY. IF YOU LACK THESE QUALIFICATIONS, DO NOT ATTEMPT
THE INSTALLATION YOURSELF, BUT INSTEAD USE A PROFESSIONAL STRUCTURAL RIGGER. IMPROPER INSTALLATION CAN
RESULT IN BODILY INJURY OR DEATH. CONSULT A STRUCTURAL ENGINEER TO CALCULATE ADDED LOADS FOR A BUILDING.
STRUCTURAL REINFORCEMENT MAY BE NECESSARY TO INSURE A SAFE INSTALLATION.
2. REQUIRED TOOLS
4.5mm (7/32”) Hex Wrench
Thread lock adhesive (Removable Type)
3. EYEBOLT INSTALLATION
a) Using a 4.5mm (7/32”) hex wrench, remove the flat head bolts from the top or bottom of the speaker enclosure
to expose the tapped holes (on TX models, the flat head bolts are located within the track rails), as shown below.
Be sure to keep these handy as they will be needed to seal the cabinet after the eyebolts are removed.
IMPORTANT!!
USE ONLY LOAD RATED FORGED EYEBOLTS. THESE MAY BE PURCHASED THROUGH YORKVILLE SOUND OR ATM FLY-WARE™.
TO INSURE CABINET-BRACING STRENGTH, MAKE SURE ALL FLY-POINTS ARE SECURED WITH EITHER AN EYEBOLT OR FLAT
HEAD HEX BOLT.
b) Place a drop of thread-lock adhesive on the threads of the eyebolt and insert one into exposed hole. Tighten each
eyebolt by hand until its fits snugly against the cabinet. Further tighten each eyebolt by rotating it another half turn. Be
sure to insert eyebolts in the threaded hole directly in-line with the suspension cable. Always follow the eyebolt
manufacturers installation and use instructions.
c) Suspend each cabinet according to working load calculations and practices recommended by the rigging
hardware manufacturer.
IMPORTANT!!
ON MODELS WITH ONLY TWO TOP SUSPENSION POINTS THE SUPPLIED PULL BACK AT THE REAR OF THE BOTTOM
CENTER PANEL OF THE CABINET IS NOT TO BE USED AS A SUSPENSION POINT. THIS POINT TO BE USED FOR PULL BACK
PURPOSES ONLY.
Remove Flat-Head Bolt and
replace with Forged Shoulder Eyebolt!
DO NOT Remove Flat-Head Bolts
on the Side of Cabinet/s.
4. WORKING LOAD LIMITS
Specified working load limits have been determined for the enclosure as follows:
EF10P
EF12P+EF15P
EF215P
2 Top, 2 Bottom, 2 Each Side, 1 Pullback (bottom)
2 Top, 2 Bottom, 2 Each Side, 2 Pullback
2 Top, 2 Bottom, 2 Each Side, 2 Pullback
8 x ¼-20
8 x ¼-20
8 x ¼-20
weight of cabinet only
weight of cabinet only
weight of cabinet only
IMPORTANT!! READ ALL ENCLOSED INSTRUCTIONS ABOUT PROPER USE OF HARDWARE. TO INSURE PROPER
INSTALLATION, FOR TECHNICAL INFORMATION ON SUSPENSION TECHNIQUES AND EXTERIOR ACCESSORY INFORMATION
WE SUGGEST CALLING ATM FLY-WARES TECHNICAL SERVICES IN THE UNITED STATES AT (310)639-8282 MONDAY THROUGH
FRIDAY FROM 9 AM TO 6 PM (PST) OR FAX AT (310)639-8284. YORKVILLE SOUND MAKES NO CLAIMS AS TO THE SAFETY OF
THE ENCLOSURES IF RECOMMENDED LOAD LIMITS AND HARDWARE ARE NOT STRICTLY ADHERED TO. NOR DOES IT MAKE
ANY SAFETY CLAIMS TO THE RESULTANT INSTALLATION.
IMPORTANT!! TRACK RAILINGS: UNITS THAT INCORPORATE THE TRACK RAILING SYSTEM HAVE THE SAME WORKING LOAD
LIMITS AS THEY DO WHEN THEY ARE USED WITH EYEBOLTS. THESE RATINGS MAY BE LIMITED AND BASED ON THE RATINGS
OF THE TRACK FITTINGS THEMSELVES. PLEASE ENSURE THAT THE RATING OF THE CERTIFIED TRACK FITTINGS EXCEEDS
NECESSARY WORKING LOAD LIMITS.
DOC-flyware-EF__P-00-1v1 • November 18/2019
EYEBOLT INSTALLATION
1. DESCRIPTION
Plusieurs des modèles populaires de la ligne d'enceinte à haut-parleur Yorkville sont maintenant
équipés de quincaillerie de montage pour les applications requérant une suspension aérienne.
Dépendamment du modèle, deux ou plusieurs attaches internes sont prévues pour de tels
montages. Chaque attache contient deux trous de boulon et offre des points de montage centre de
gravité pour utilisation avec charges droites ou anguleuses. Plusieurs des modèles permettent la
suspension de cabinets additionnels selon leur limite de charge de travail spécifique.
IMPORTANT!! LE MONTAGE DE SYSTÈME DE HAUT-PARLEUR EST UNE AFFAIRE TRÈS SÉRIEUSE. LES MONTAGES
IMPLIQUANT UNE SUSPENSION AÉRIENNE NÉCESSITENT UNE CONNAISSANCE APPROFONDIE, INCLUANT (MAIS NON-LIMITÉE)
AU CALCUL DES LIMITES DE CHARGE DE TRAVAIL, LA QUINCAILLERIE D'INSTALLATION, ET INSPECTIONS PÉRIODIQUES DE
SÉCURITÉ DE TOUTE LA QUINCAILLERIE ET DE L'ÉBÉNISTERIE. SI VOUS N'AVEZ PAS CES QUALIFICATIONS, NE TENTEZ PAS DE
FAIRE VOUS-MÊME L'INSTALLATION, AYEZ PLUTÔT RECOURS À UN PROFESSIONNEL DU DOMAINE. UNE INSTALLATION
INADÉQUATE PEUT CAUSER DES BLESSURES CORPORELLES OU MÊME LA MORT. CONSULTEZ UN INGÉNIEUR EN STRUCTURE
POUR CALCULER LA CHARGES ADDITIONNELLE AJOUTÉE AU BÂTIMENT. UN RENFORCEMENT DE LA STRUCTURE DU
BÂTIMENT POURRAIT ÊTRE NÉCESSAIRE POUR ASSURER UNE INSTALLATION SÛRE.
2. OUTILS REQUIS
Clé Hex 4.5mm (7/32")
Adhésif de verrouillage pour filetage (Type amovible)
3. INSTALLATION DES BOULONS À OEIL
a) À l'aide d'une Clé Hex 4.5mm (7/32"), enlevez le boulon à tête plate du dessus ou du dessous de l'enceinte à
haut-parleur pour découvrir les trous filetés (sur les modèles TX, les boulons à tête plate sont situés à l'intérieur
des quincailleries de montage intégré), tel qu'indiqué ci-dessous.
Assurez-vous de ne pas perdre ces boulons à tête plate. Vous devrez les ré-utiliser pour fermer hermétiquement
le cabinet quand les boulons oeil seront enlevés.
IMPORTANT!! N'UTILISEZ QUE DES BOULONS À OEIL CLASSIFIÉ POUR LES CHARGES REQUISES. VOUS POUVEZ VOUS
LES PROCURER DE YORKVILLE SOUND OU ATM FLYWARE ™. POUR PRÉSERVER UNE FORCE MAXIMALE DE
L'ENTRETOISEMENT DU CABINET, ASSUREZ-VOUS QUE TOUS LES POINTS DE SUSPENSION SONT FIXÉS SOLIDEMENT AVEC
SOIT UN BOULON À ŒIL, SOIT UN BOULON HEX À TÊTE PLATE
b) Placez une goutte d'adhésif de verrouillage sur le filetage du boulon à oeil et placez-en une dans le trou exposé.
Resserrez chaque boulon à oeil à la main jusqu'à ce qu'ils soient bien serrés contre l'enceinte. Serrez encore
chaque boulon à œil en les tournant un autre demi-tour.
Assurez-vous d'insérer les boulons à oeil dans les trous filetés directement en ligne avec le câble de suspension.
Toujours suivre les instructions d'installation et d'utilisation du fabricant des boulons à oeil.
c) Suspendez chaque enceinte selon le calcul de charge de travail et les pratiques recommandées par le
fabricant de la quincaillerie de montage.
IMPORTANT!! LES MODÈLES ÉQUIPÉS DE SEULEMENT DEUX POINT DE SUSPENSION SUR LE DESSUS, SONT DOTÉ D'UN
POINT DE TIRE À L'ARRIÈRE SUR LE PANNEAU CENTRAL DU BAS. CE POINT DE TIRE NE DOIT PAS ÊTRE UTILISÉ COMME POINT
DE SUSPENSION. CE POINT DE TIRE NE DOIT SEULEMENT ÊTRE UTILISÉ QUE POUR TIRER L'ENCEINTE VERS L'ARRIÈRE..
Enlevez le Boulon à tête plate et
Remplacez-le avec un boulon à oeil forger!
N'enlevez pas les boulons à tête
plate sur le côté de l'enceinte/s
4. LIMITES DE CHARGE DE TRAVAIL
Les limites de charge spécifiées ont été déterminées pour chaque enceinte comme suit:
EF10P
EF12P+EF15P
EF215P
2 Top, 2 Bottom, 2 Each Side, 1 Pullback (bottom)
2 Top, 2 Bottom, 2 Each Side, 2 Pullback
2 Top, 2 Bottom, 2 Each Side, 2 Pullback
8 x ¼-20
8 x ¼-20
8 x ¼-20
weight of cabinet only
weight of cabinet only
weight of cabinet only
IMPORTANT!! LIRE TOUTE LA DOCUMENTATION INCLUSE AU
SUJET DE L'UTILISATION APPROPRIÉ DE LA QUINCAILLERIE. POUR ASSURER UNE BONNE INSTALLATION, POUR OBTENIR
DE L'INFORMATION TECHNIQUE SUR LES DIVERSES TECHNIQUES DE SUSPENSION ET POUR OBTENIR DE L'INFORMATION
SUR LES ACCESOIRES EXTÉRIEURS NOUS VOUS SUGGÉRONS D'APPELER LE SERVICE TECHNIQUE DE ATM FLY-WARE AUX
ETATS-UNIS AU (310)639-8282 DU LUNDI AU VENDREDI DE 9 AM À 6 PM (HSP) OU PAR FAX AU (310)639-8284. YORKVILLE
SOUND NE GARANTIE PAS UNE UTILISATION SÉCURITAIRE DES ENCEINTES SI LES LIMITES DE CHARGE RECOMMANDÉES
NE SONT PAS RESPECTÉES ET SI VOUS N'ADHÉREZ PAS STRICTEMENT À LA LISTE DE QUINCAILLERIE RECOMMANDÉE.
IMPORTANT!! RAILS DE MONTAGE (TRACK RAILLINGS): LES ENCEINTES INCORPORANT LE SYSTEME DE RAIL DE MONTAGE
ONT LES MÊMES LIMITES DE CHARGE DE TRAVAIL QU'ILS SOIENT SUSPENDUS AVEC LE SYSTÈME DE RAIL OU AVEC LES
BOULONS À OEIL. CES VALEURS ASSIGNÉES DE LIMITE DE CHARGE PEUVENT ÊTRES LIMITÉS ET BASÉS SUR LA VALEUR
DE LIMITE DE CHARGE ASSIGNÉE AUX APPAREILLAGES DE RAIL (TRACK FITTINGS) ELLE-MÊMES. ASSUREZ-VOUS S.V.P.
QUE LA VALEUR ASSIGNÉE DE LIMITE CHARGE DE TRAVAIL SUR LES APPAREILLAGES CERTIFIÉS DE RAIL (TRACK FITTINGS)
EXÈDE LES LIMITES NÉCESSAIRES DE CHARGE DE TRAVAIL.
DOC-flyware-EF__P-00-1v1 • November 18/2019
Yorkville Sound
550 Granite Court
Pickering, Ontario
Canada L1W 3Y8
Auto Attend: (905) 837-8550
Fax: (905) 837-8746
www.yorkville.com
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