EXM Mobile 12 - Loudspeaker YORKVILLE - Free user manual and instructions

Product Type	Portable active speaker with built-in mixer
Brand	Yorkville
Model	EXM Mobile 12
Power Supply	Mains 100-240V AC or built-in rechargeable lithium-ion battery
Battery	Rechargeable lithium-ion, charging via LED indicator (green: charged, red: charging)
Number of Input Channels	3 channels
Input Types	Channels 1 & 2: combo XLR (mic) / 1/4" jack (line or instrument); Channel 3: XLR (mic), 1/8" stereo jack (multimedia), and Bluetooth
Phantom Power	12V on XLR inputs for condenser microphones
Bluetooth	Audio streaming from any compatible device; pairing via Pairing button (4s)
Built-in Effects	Delay, Hall Reverb, Room Reverb; selector with OFF position
Per-channel Shape Control	Music, Speech, or flat (center position)
Link Function	Links multiple EXM Mobile speakers via XLR cable; all channels are shared
Battery Status Indicators	4 LEDs: green (85%+), green, yellow, flashing red (~10%)
Sleep Mode	Automatic to save battery; configurable via gain settings
Charging Temperature	0°C to 45°C; does not charge outside this range
Cleaning	With a dry cloth only
Use	Indoor only; do not expose to rain or moisture
Safety Class	CLASS II (double insulation)
Included Accessories	Power cord
Service and Maintenance	Refer all servicing to qualified personnel; do not open

Frequently Asked Questions - EXM Mobile 12 YORKVILLE

How to pair a Bluetooth device with the EXM Mobile 12?

Press and hold the Pairing button for 4 seconds, then release. The Bluetooth indicator flashes slowly in pairing mode. Once paired, the indicator turns solid blue. Audio from your device will then be transmitted on channel 3.

How to recharge the speaker's battery?

Plug the supplied power cord into a mains outlet. The LED charge indicator lights red during charging and turns green when the battery is fully charged. Charging is automatic and the device can remain plugged in continuously.

What does Sleep mode mean and how to avoid it during normal use?

Sleep mode is a low-power mode that activates automatically to preserve the battery. To prevent it from interfering, set channel gains as high as possible (just below clipping) and use the MASTER control for overall volume.

How to link two EXM Mobile speakers together?

Use a standard XLR cable to connect the LINK jack of one speaker to the input of another. All signals from the 3 channels of the first speaker's mixer are then transmitted to the second.

What effects are available and how to use them?

Three effects are built-in: Delay, Hall Reverb, and Room Reverb. Use the EFFECTS selector to choose the effect (or OFF to disable). The amount of effect per channel is adjusted with that channel's EFFECTS control. Set to OFF when not in use to save battery.

How to clean the speaker?

Clean only with a dry, soft cloth. Do not use liquids or abrasive products. Never clean the grille or interior with a damp cloth.

What do the battery indicators mean?

The 4 LEDs indicate the charge level: the first green lights above 85%, the second green, the yellow, and the red flashes when the battery is very low (about 10% remaining). The indicators are only active when the power switch is on.

Can I use a condenser microphone with the EXM Mobile 12?

Yes, the XLR inputs on channels 1, 2, and 3 provide 12V phantom power, which is sufficient for many condenser microphones. Connect the microphone to an XLR jack and adjust the level.

Can I use the speaker outdoors?

No, the speaker is designed for indoor use only. Do not expose it to rain, moisture, or extreme temperatures. Outdoor use would void the warranty and could damage the unit.

How to adjust the volume of each channel and the master volume?

Each channel has a LEVEL control to adjust its volume in the mix. Use the MASTER control to set the overall speaker level. To avoid distortion, raise the channel level first, then the MASTER.

USER MANUAL EXM Mobile 12 YORKVILLE

WEB: www.yorkville.com

WORLD HEADQUARTERS

CANADA

Yorkville Sound Limited

550 Granite Court

Pickering, Ontario

L1W 3Y8 CANADA

Voice: 905-837-8481

Fax: [phone]

U.S.A.

Yorkville Sound Inc.

4625 Witmer Industrial Estate

Niagara Falls, New York

14305, USA

Voice: 716-297-2920

Fax: [phone]

Quality and Innovation Since 1963

Printed in Canada

SERVICE MANUAL

EXM Mobile 12

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.

IMPORTANT SAFETY INSTRUCTIONS

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.

The DO NOT STACK symbol is inlanded to alert the user that the product shall not be vertically slacked because of the nature of the product.

The excitation 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 appliance.

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 fail, 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/absaccessories 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 fallsafe 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. Notes: 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, sloves, 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 blades or the third prong are provided for your safety. If the provided plug does not fill 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!

IMPORTANT SAFETY INSTRUCTIONS

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

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

1. Read these instructions.

2. Keep these instructions.

3. Head 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. Apolarized 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 lip-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.

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.

POUR PRÉVENIR LES RISQUES D'ÉLECTROCUTION,

NE PAS RACCORDER A L'ALIMENTATION ÉLECTRIQUE ALORS QUE LA GRILLE EST RETIRÉE.

Specifications
	EXM 70 EXM Mobile EXM Mobile12
Program Power (watts)	60 watts 60 watts 60 watts
Max SPL (dB)	115 115 120 Continuous (126 Peak)
Frequency Response (Hz +/- 3db)	90-20k 70-20x 65-18k
Speaker Configuration - LF	2 x 6.5-inch (2 x 5-inch pre-2020) 2 x 6.5-inch 12 inch
Speaker Configuration - HF	1-inch Soft Dome 1-inch Soft Dome 1 inch exit compression driver
Inputs	3 3 3
Channel 1 Input	XLR / 1⁄4-inch Combi-jack	XLR / 1⁄4-inch Combi-jack	XLR / 1⁄4-inch Combi-jack
Channel 1 Controls	Level, Shape, Effects Send	Level, Shape, Effects Send	Level, Shape, Effects Send
Channel 2 Input	XLR / 1⁄4-inch Combi-jack	XLR / 1⁄4-inch Combi-jack	XLR / 1⁄4-inch Combi-jack
Channel 2 Controls	Level, Shape, Effects Send	Level, Shape, Effects Send	Level, Shape, Effects Send
Channel 3 Input	XLR Mic & 1/8-inch TRS Stereo Jack, BluetoothTM	XLR Mic & 1/8-inch TRS Stereo Jack, BluetoothTM	XLR Mic & 1/8-inch TRS Stereo Jack, BluetoothTM
Channel 3 Controls	Level, Shape, Effects Send, Bluetooth	Level, Shape, Effects Send, BluetoothTM	Level, Shape, Effects Send, BluetoothTM
Master Volume Control	Yes Yes	Yes
Link In/Out (type / configuration)	XLR Connector (Male and Female)	XLR Connector (Male and Female)	XLR Connector (Male and Female)
LED Indicators	Power, Clip (CH1, CH2, CH3), Bluetooth	Power, Clip (CH1, CH2, CH3), Bluetooth, 4x Battery Level, Charging Status	Power, Clip (CH1, CH2, CH3), Bluetooth, 4x Battery Level, Charging Status
Other Features	Digital Effects (Hall Reverb, Room Reverb and Delay)	Digital Effects (Hall Reverb, Room Reverb and Delay)	Digital Effects (Hall Reverb, Room Reverb and Delay)
Power Consumption while charging (watts)	N/A	32 (battery fully discharged and unit idle)	32 (battery fully discharged and unit idle)
Dimensions (DWH, inches)	8 x 7.75 x 17.5	8 x 7.75 x 17.5	23.5 x 13.5 x 11.5
Dimensions (DWH, cm)	20.25 x 19.7 x 44.5	20.25 x 19.7 x 44.5	59.5 x 34 x 29
Weight (lbs/kg)	16.3 / 7.4 (14.4 / 6.5 pre-2020)	17.8 / 8.0	33.4 / 15.1

Specifications subject to change without notice

Spécifications

	EXM 70 EXM MOBILE EXM Mobile12
Puissance programme (watts)	60 watts 60 watts		60 watts
Max SPL (dB)	115 115		120dB Continuous (128 Peak)
Réponse en Fréquence (Hz +/- 3dB)	90-20k 70-20k 65-18k
Configuration haut-parleur - Entrées	2 x 6.5-pouce (2 x 5-pouce avant-2020)	2 x 6.5-pouce	12-pouce
Configuration des haut-parleurs - HF	Dôme souple de 1 pouce Dôme souple de 1 pouce		Dôme souple de 1 pouce
Entrées	3	3	3
Entrée du canal 1	XLR / 1⁄4 de pouce Combi-jack XLR / 1⁄4 de pouce Combi-jack		XLR / 1⁄4 de pouce Combi-jack
Commande du canal 1	Level, Shape, Effects	Level, Shape, Effects	Level, Shape, Effects
Entrée du canal 2	XLR / 1⁄4 de pouce Combi-jack XLR / 1⁄4 de pouce Combi-jack		XLR / 1⁄4 de pouce Combi-jack
Commande du canal 2	Level, Shape, Effects Send Level, Shape, Effects Send		Level, Shape, Effects Send
Entrée du canal 3	XLR et Jack stéréo 1/8-pouce stéréo, BluetoothTM XLR et Jack stéréo 1/8-pouce stéréo, BluetoothTM		XLR et Jack stéréo 1/8-pouce stéréo, BluetoothTM
Commande du canal 3	Level, Shape, Effects, Bluetooth Level, Shape, Effects, BluetoothTM		Level, Shape, Effects, BluetoothTM
Master Volume Control	Oui Oui		Oui
Entrée / Sortie Link (type / configuration)	Connecteur XLR Connecteur XLR		XLR Connector (Male and Female)
Indicateurs DEL	Alimentation, Clip (CH1, CH2, CH3), Bluetooth,Niveau de batterie 4x, État de charge		Power, Clip (CH1, CH2, CH3), Bluetooth, 4x Ballary Level,Chardine Status
Autres caractéristiques	Effets numériques (Hall Reverb, Room Reverb and Delay)	Effets numériques (Hall Reverb, Room Reverb and Delay)	Effets numériques (Hall Reverb, Room Reverb and Delay)
Consommation pendant la charge (watts)	N/A	32 (batterie complément déchargée et au repos)	32 (batterie complément déchargée et au repos)
Dimensions (PLH, pouces)	8 x 7.75 x 17.5	8 x 7.75 x 17.5	23.5 x 13.5 x 11.5
Dimensions (DWH, cm)	20.25 x 19.7 x 44.5	20.25 x 19.7 x 44.5	59.5 x 34 x 29
Poids (lb / kg)	16.3 / 7.4 (14.4 / 6.5 avant-2020)	17.8 / 8.0	33.4 / 15.1

Block Diagram - EXM 70, EXM Mobile & Mobile12

DESIGNED & MANUFACTURED BY YORKVILLE SOUND

graph TD
    subgraph Channel 1
        A["Line 1/4-inch"] --> B["Combi Jack"]
        B --> C["+24V Phantom Power"]
        C --> D["Limit"]
        D --> E["CLIP Level"]
        E --> F["Shape"]
        F --> G["EFX"]
    end

    subgraph Channel 2
        H["Line 1/4-inch"] --> I["Combi Jack"]
        I --> J["+24V Phantom Power"]
        J --> K["Limit"]
        K --> L["CLIP Level"]
        L --> M["Shape"]
        M --> N["EFX"]
    end

    subgraph Channel 3
        O["Mic XLR"] --> P["Line 3.5mm"]
        P --> Q["+24V Phantom Power"]
        Q --> R["CLIP Level"]
        R --> S["ShapeLevel"]
        S --> T["EFX"]
    end

    subgraph Link
        U["Mic XLR"] --> V["Link"]
        W["Mic XLR"] --> X["Link"]
    end

    D --> Y["Master"]
    M --> Y
    T --> Y
    Y --> Z["HPF 81 Hz"]
    Z --> AA["Limit"]
    AA --> AB["NPF"]
    AB --> AC["PVR AMP"]
    AC --> AD["EXM70 / EXMMOBILE / MOBILE12 1-Inch EXIT HF Driver"]

    subgraph Channel 4
        AE["Line 1/4-inch"] --> AF["Combi Jack"]
        AF --> AG["+24V Phantom Power"]
        AG --> AH["CLIP Level"]
        AH --> AI["Shape"]
        AI --> AJ["EFX"]
    end

    subgraph Channel 5
        AK["Line 3.5mm"] --> AL["Bluetooth™ Radio"]
        AL --> AM["CLIP Level"]
        AM --> AN["ShapeLevel"]
    end

    subgraph Channel 6
        AO["Mic XLR"] --> AP["Line 3.5mm"]
        AP --> AQ["+24V Phantom Power"]
        AQ --> AR["CLIP Level"]
        AR --> AS["ShapeLevel"]
    end

    subgraph Channel 7
        AT["Mic XLR"] --> AU["Line 3.5mm"]
        AU --> AV["+24V Phantom Power"]
        AV --> AW["CLIP Level"]
        AW --> AX["ShapeLevel"]
    end

    subgraph Channel 8
        AY["Mic XLR"] --> AZ["Line 3.5mm"]
        AZ --> BA["+24V Phantom Power"]
        BA --> BB["CLIP Level"]
        BB --> BC["ShapeLevel"]
    end

    subgraph Channel 9
        DA["Mic XLR"] --> DB["Line 3.5mm"]
        DB --> DC["+24V Phantom Power"]
        DC --> DD["CLIP Level"]
        DD --> DE["ShapeLevel"]
    end

    subgraph Channel 10
        DF["Mic XLR"] --> DG["Line 3.5mm"]
        DG --> DH["+24V Phantom Power"]
        DH --> DI["CLIP Level"]
        DI --> DJ["ShapeLevel"]
    end

    subgraph Channel 11
        DE --> DE
        D --> EF["Mic XLR"] & AF
    end

    subgraph Channel 12
        GF["Mic XLR"] & AG["Mic XLR"] & AH["Mic XLR"] & AI["Mic XLR"] & AJ["Mic XLR"] & AK["Mic XLR"] & AL["Mic XLR"] & AM["Mic XLR"] & AN["Mic XLR"] & AO["Mic XLR"] & AP["Mic XLR"] & AQ["Mic XLR"] & AR["Mic XLR"] & AS["Mic XLR"] & AT["Mic XLR"] & AU["Mic XLR"] & AV["Mic XLR"] & AW["Mic XLR"] & AX["Mic XLR"] & AY["Mic XLR"] & AZM["Mic XLR"] & BA["Mic XLR"] & BB["Mic XLR"] & BC["Mic XLR"] & DA["Mic XLR"] & AE["Mic XLR"] & AFM["Mic XLR"] & AGM["Mic XLR"] & AHM["Mic XLR"] & AIH["Mic XLR"] & AJI["Mic XLR"] & AKI["Mic XLR"] & ALI["Mic XLR"] & ANJ["Mic XLR"] & AOJ["Mic XLR"] & APJ["Mic XLR"] & AYJ["Mic XLR"] & AYK["A/B/C/D"]

M1814 Parts Reference List 3/5/2020

REF

YS #

Description

REF

YS #

Description

REF

YS #

Description

REF

YS #

Description

REF

YS #

Description

1

W184 69

EMANOBIL512 INPUT BOARD

092

5631

22U

50V 29CAP TAR 0X7MM 2EL

A

4154 14XLR PCB MT VERT ACJCAVZL

P31a

W100

INC 1%

800S SMT RES

01a

W100 5408 1% 000S BMT RES

2

5256 47

80V 29CAP TAR 0X7MM 2LL

095

10UN

100V 10CAP

120S SMT XTR

A

4152 14XHWAR PCB MT VERT ACJCAVZL

P31c

W100

INC 1%

800S SMT RES

01c

W100 3408 1% 000S BMT RES

3

5631 22

80V 29CAP TAR 0X7MM 2LL

096

10UN

50V 5NCAP

000S SMT XTR

B

4010 XLR LMLPCD MT VERT 24MM AA-SCHES

P31d

W100

26K 1%

800S SMT RES

01d

W128 9625 1% 000S BMT RES

4

5631 22

80V 29CAP TAR 0X7MM 2HL

097

10UN

50V 5NCAP

000S SMT XTR

B

4218 35MV ZOR PCB MT V ST SMI SMT-3TE

P31e

W100

27K 1%

800S SMT RES

01e

W128 8025 1% 000S BMT RES

5

5631 22

80V 29CAP TAR 0X7MM 2HL

098

10UN

50V 5NCAP

000S SMT XTR

B

4140 XLR VALVE PCB MT VERT 24MM AA-SCHES

P31a

W100

10K 1%

800S SMT RES

01a

W128 8025 1% 000S BMT RES

6

5631 22

80V 29CAP TAR 0X7MM 2LL

099

10UN

50V 5NCAP

000S SMT XTR

B

RED LED 1V5 20VA 120S SMT

P31b

W100

10K 1%

800S SMT RES

01b

W128 4099 1% 000S BMT RES

7

5631 22

80V 29CAP TAR 0X7MM 2FL

100

10UN

50V 5NCAP

000S SMT XTR

A

RED LED 1V5 20VA 120S SMT

P31c

W100

24K6 1%

800S SMT RES

01c

W100 4409 1% 000S BMT RES

8

150V

50V 5NCAP 120G SMT XTR

0102

10UN

100V 10CAP

120S SMT XTR

AUC

RED LED 1V5 20VA 120S SMT

P31d

W100

24K6 1%

800S SMT RES

01d

W100 1300 1% 000S BMT RES

9

150V

50V 5NCAP 120G SMT XTR

0105

5212

10UN

100V 5NCAP TAR 2AD 2FLM

A3

RDGSN LLD 1V7 20MA 000S SMT

P32a

W100

27K4 1%

800S SMT RES

01b

W100 4738 1% 000S SMT RES

10

30V

50V 5NCAP 000S SMT XTR

0106

5264

1U

63V 29CAP TAR 0X7MM 2LL

A4

YLL LLD 1V7 20MA 120S SMT

P32b

W100

27K4 1%

800S SMT RES

01b

W100 4738 1% 000S SMT RES

11

3320 22

80V 5NCAP 000S SMT XPO

0114

10UN

50V 5NCAP

000S SMT XTR

A5

BLI LLD 1V5 20VA 120S SMT

P32c

W100

19K6 1%

800S SMT RES

01c

W100 1101 1% 000S SMT RES

12

50V

50V 5NCAP 000S SMT XTR

0123

5119

10UN

60V 5NCAP TAR 5AD 2FLM

A6

GRN LLD 2V5 20VA 120S SMT

P32d

W100

24K6 1%

800S SMT RES

01d

W100 4738 1% 000S SMT RES

13

5661 33L

10V 29CAP TAR RAO 2IN NPD

0128A

10UF

50V 10CAP

000S SMT XPO

A6

GRN LLD 2V5 20VA 120S SMT

P32e

W100

24K6 1%

800S SMT RES

01e

W100 1300 1% 000S SMT RES

14

270V

50V 5NCAP 000S SMT NPO

0128m

10UF

50V 10CAP

000S SMT XPO

A6

RLD LLD 1V5 20VA 120S SMT

P32f

W100

19K6 1%

800S SMT RES

01f

W128 22K 5% 000S SMT RES

15

100V

50V 16NCAP 000S SMT NPO

0129C

10UF

50V 10CAP

000S SMT XPO

A6

4483 20K BC BA WM P32

P32e

W100

19K6 1%

800S SMT RES

01e

W128 3492 1% 000S SMT RES

16

5631 22L

80V 29CAP TAR 0X7MM 2LL

0130

10UF

50V 10CAP

000S SMT XPO

A6

4483 20K BC BA WM P32

P32a

W100

47K 1%

800S SMT RES

01a

W100 1300 1% 000S SMT RES

17

5631 22L

80V 29CAP TAR 0X7MM 2LL

0131

5351

22U

000 SMT XPO

A6

4483 20K BC BA WM P32

P32b

W100

47K 1%

800S SMT RES

01b

W100 1300 1% 000S SMT RES

18

5631 22L

80V 29CAP TAR 0X7MM 2LL

0132

5351

22U

000 SMT XPO

A6

4472 16K B IN 9VM P35

P32c

W100

10K3 1%

800S SMT RES

01c

W128 3492 1% 000S SMT RES

19

5256 47L

80V 29CAP TAR 0X7MM 2HL

0133

5351

22U

120K SMT XPO

A6

4472 16K B IN 9VM P35

P32d

W100

10K3 1%

800S SMT RES

01d

W100 4738 1% 000S SMT RES

20

5256 47L

80V 29CAP TAR 0X7MM 2HL

0134

5351

22U

120K SMT XPO

A6

4472 16K B IN 9VM P35

P32e

W100

10K3 1%

800S SMT RES

01e

W100 2498 1% 000S SMT RES

21

5257 22L

80V 29CAP TAR RAO 2IN

0135

5351

22U

120K SMT XPO

A6

4472 16K B IN 9VM P35

P32f

W100

10K3 1%

800S SMT RES

01f

W100 2498 1% 000S SMT RES

22

5257 22L

80V 29CAP TAR RAO 2IN

0136

5351

22U

120K SMT XPO

A6

4472 16K B IN 9VM P35

P32g

W100

10K3 1%

800S SMT RES

01g

W100 2498 1% 000S SMT RES

23

5257 22L

80V 29CAP TAR RAO 2IN

0137

5351

22U

120K SMT XPO

A6

4472 16K B IN 9VM P35

P32h

W100

10K3 1%

800S SMT RES

01i

W100 2498 1% 000S SMT RES

24

5257 22L

80V 29CAP TAR RAO 2IN

0138

5351

22U

120K SMT XPO

A6

4472 16K B IN 9VM P35

P32i

W100

10K3 1%

800S SMT RES

01j

W100 2498 1% 000S SMT RES

25

5257 22L

80V 29CAP TAR RAO 2IN

0139

5351

22U

120K SMT XPO

A6

4472 16K B IN 9VM P35

P32j

W100

10K3 1%

800S SMT RES

01k

W100 2498 1% 000S SMT RES

26

5257 22L

80V 29CAP TAR RAO 2IN

0140

5351

22U

120K SMT XPO

A6

4472 16K B IN 9VM P35

P32k

W100

10K3 1%

800S SMT RES

01l

W100 2498 1% 000S SMT RES

27

5257 22L

80V 29CAP TAR RAO 2IN

0141

5351

22U

120K SMT XPO

A6

4472 16K B IN 9VM P35

P32l

W100

10K3 1%

800S SMT RES

01m

W100 2498 1% 000S SMT RES

28

5257 22L

80V 29CAP TAR RAO 2IN

0142

5351

22U

120K SMT XPO

A6

4472 16K B IN 9VM P35

P32m

W100

10K3 1%

800S SMT RES

01n

W100 2498 1% 000S SMT RES

29

5257 22L

80V 29CAP TAR RAO 2IN

0143

5351

22U

120K SMT XPO

A6

4472 16K B IN 9VM P35

P32n

W100

10K3 1%

800S SMT RES

01o

W100 2498 1% 000S SMT RES

30

5257 22L

80V 29CAP TAR RAO 2IN

0144

5351

22U

120K SMT XPO

A6

4472 16K B IN 9VM P35

P32o

W100

10K3 1%

800S SMT RES

01p

W100 2498 1% 000S SMT RES

31

5257 22L

80V 29CAP TAR RAO 2IN

0145

5351

22U

120K SMT XPO

A6

4472 16K B IN 9VM P35

P32p

W100

10K3 1%

800S SMT RES

01q

W100 2498 1% 000S SMT RES

32

5257 22L

80V 29CAP TAR RAO 2IN

0146

5351

22U

120K SMT XPO

A6

4472 16K B IN 9VM P35

P32q

W100

10K3 1%

800S SMT RES

01r

W100 2498 1% 000S SMT RES

33

5257 22L

80V 29CAP TAR RAO 2IN

0147

5351

22U

120K SMT XPO

A6

4472 16K B IN 9VM P35

P32q

W100

10K3 1%

800S SMT RES

01r

W100 2498 1% 000S SMT RES

34

5257 22L

80V 29CAP TAR RAO 2IN

0148

5351

22U

120K SMT XPO

A6

4472 16K B IN 9VM P35

P32q

W100

10K3 1%

800S SMT RES

01r

W100 2498 1% 000S SMT RES

35

5257 22L

80V 29CAP TAR RAO 2IN

0149

5351

22U

120K SMT XPO

A6

4472 16K B IN 9VM P35

P32q

W100

10K3 1%

800S SMT RES

01r

W100 2498 1% 000S SMT RES

36

5257 22L

80V 29CAP TAR RAO 2IN

0150

5351

22U

120K SMT XPO

A6

4472 16K B IN 9VM P35

P32q

W100

10K3 1%

800S SMT RES

01r

W100 2498 1% 000S SMT RES

37

5257 22L

80V 29CAP TAR RAO 2IN

0151

5351

22U

120K SMT XPO

A6

4472 16K B IN 9VM P35

P32q

W100

10K3 1%

800S SMT RES

01r

W100 2498 1% 000S SMT RES

38

5257 22L

80V 29CAP TAR RAO 2IN

0152

5351

22U

120K SMT XPO

A6

4472 16K B IN 9VM P35

P32q

W100

10K3 1%

800S SMT RES

01r

W100 2498 1% 000S SMT RES

39

5257 22L

80V 29CAP TAR RAO 2IN

0153

5351

22U

120K SMT XPO

A6

4472 16K B IN 9VM P35

P32q

W100

10K3 1%

800S SMT RES

01r

W100 2498 1% 000S SMT RES

40

5257 22L

80V 29CAP TAR RAO 2IN

0154

5351

22U

120K SMT XPO

A6

4472 16K B IN 9VM P35

P32q

W100

10K3 1%

800S SMT RES

01r

W100 2498 1% 000S SMT RES

41

5257 22L

80V 29CAP TAR RAO 2IN

0155

5351

22U

120K SMT XPO

A6

4472 16K B IN 9VM P35

P32q

W100

10K3 1%

800S SMT RES

01r

W100 2498 1% 000S SMT RES

42

5257 22L

80V 29CAP TAR RAO 2IN

0156

5351

22U

120K SMT XPO

A6

4472 16K B IN 9VM P35

P32q

W100

10K3 1%

800S SMT RES

01r

W100 2498 1% 000S SMT RES

43

5257 22L

80V 29CAP TAR RAO 2IN

0157

5351

22U

120K SMT XPO

A6

4472 16K B IN 9VM P35

P32q

W100

10K3 1%

800S SMT RES

01r

W100 2498 1% 000S SMT RES

44

5257 22L

80V 29CAP TAR RAO 2IN

0158

5351

22U

120K SMT XPO

A6

4472 16K B IN 9VM P35

P32q

W100

10K3 1%

800S SMT RES

01r

W100 2498 1% 000S SMT RES

M1814 (2) Parts Reference List 3/5/2020

REF	YS #	Description	REF	YS #	Description	REF	YS #	Description	REF	YS #	Description	REF	YS #	Description
240		W 00 4K99 1% 0005 SMT RLS
242		W 00 10K9 1% 0005 SMT RES
244		W 00 4K99 1% 0005 SMT RES
248		W 00 20K5 1% 0005 SMT RES
257		W 00 2K49 1% 0003 SMT RES
261		W 00 4K99 1% 0005 SMT RLS
264		W 00 1K9 1% 0005 SMT RES
267		W 00 1K9 1% 0005 SMT RES
272		W 00 1K9 1% 0005 SMT RES
275		W 00 10K9 1% 0005 SMT RES
276		W 00 10K9 1% 0005 SMT RES
277		W 00 10K9 1% 0005 SMT RES
281		W 00 10K9 1% 0005 SMT RES
284		W 00 1K9 1% 0005 SMT RES
287		W 00 2K9 1% 0005 SMT RES
291		W 00 1K9 1% 0005 SMT RES
295		W 05 56R90 1% 0005 SMT RES
296		W 00 27K4 1% 0005 SMT RES
297		W 00 16K9 1% 0005 SMT RES
298		W 05 6K20 1% 0005 SMT RES
299		W 00 16K9 1% 0005 SMT RES
301		W 00 4K99 1% 0005 SMT RES
303		W 00 4K99 1% 0005 SMT RES
305		W 05 06R90 1% 0005 SMT RES
305		W 00 26K5 1% 0005 SMT RES
306		W 00 16K9 1% 0005 SMT RES
307		W 00 10K9 1% 0005 SMT RES
308		W 00 10K9 1% 0005 SMT RES
309		W 00 16K9 1% 0005 SMT RES
310		W 00 16K9 1% 0005 SMT RES
311		W 00 27K4 1% 0005 SMT RES
312		W 00 4K99 1% 0005 SMT RES
313		W 05 56K2 1% 0005 SMT RES
314		W 00 6K98 1% 0005 SMT RES
314		W 00 2K9 1% 0005 SMT RES
315		W 00 16K9 1% 0005 SMT RES
316		W 00 10K9 1% 0005 SMT RES
317		W 00 16K9 1% 0005 SMT RES
318		W 00 27K4 1% 0005 SMT RES
319		W 00 4K99 1% 0005 SMT RES
320		W 05 56K2 1% 0005 SMT RES
321		W 00 6K98 1% 0005 SMT RES
324		W 00 2K9 1% 0005 SMT RES
325		W 00 16K9 1% 0005 SMT RES
326		W 00 10K9 1% 0005 SMT RES
327		W 00 16K9 1% 0005 SMT RES
328		W 00 27K4 1% 0005 SMT RES
329		W 00 4K99 1% 0005 SMT RES
330		W 05 56K2 1% 0005 SMT RES
331		W 00 6K98 1% 0005 SMT RES
332		W 00 26K9 1% 0005 SMT RES
333		W 00 16K9 1% 0005 SMT RES
334		W 00 10K9 1% 0005 SMT RES
335		W 00 16K9 1% 0005 SMT RES
336		W 05 56K2 1% 0005 SMT RES
337		W 00 27K4 1% 0005 SMT RES
338		W 00 4K99 1% 0005 SMT RES
339		W 00 56K2 1% 0005 SMT RES
340		W 00 27K4 1% 0005 SMT RES
341		W 00 4K99 1% 0005 SMT RES
342		W 00 56K2 1% 0005 SMT RES
343		W 00 27K4 1% 0005 SMT RES
344		W 00 4K99 1% 0005 SMT RES
345		W 00 56K2 1% 0005 SMT RES
346		W 00 27K4 1% 0005 SMT RES
347		W 00 4K99 1% 0005 SMT RES
348		W 00 56K2 1% 0005 SMT RES
349		W 00 27K4 1% 0005 SMT RES
350		W 00 4K99 1% 0005 SMT RES
351		W 00 56K2 1% 0005 SMT RES
352		W 00 27K4 1% 0005 SMT RES
353		W 00 4K99 1% 0005 SMT RES
354		W 00 56K2 1% 0005 SMT RES
355		W 00 27K4 1% 0005 SMT RES
356		W 00 4K99 1% 0005 SMT RES
357		W 00 56K2 1% 0005 SMT RES
358		W 00 27K4 1% 0005 SMT RES
359		W 00 4K99 1% 0005 SMT RES
360		W 00 56K2 1% 0005 SMT RES
361		W 00 27K4 1% 0005 SMT RES
362		W 00 4K99 1% 0005 SMT RES
363		W 00 56K2 1% 0005 SMT RES
364		W 00 27K4 1% 0005 SMT RES
365		W 00 4K99 1% 0005 SMT RES
366		W 00 56K2 1% 0005 SMT RES
367		W 00 27K4 1% 0005 SMT RES
368		W 00 4K99 1% 0005 SMT RES
369		W 00 56K2 1% 0005 SMT RES
370		W 00 27K4 1% 0005 SMT RES
371		W 00 4K99 1% 0005 SMT RES
372		W 00 56K2 1% 0005 SMT RES
373		W 00 27K4 1% 0005 SMT RES
374		W 00 4K99 1% 0005 SMT RES
375		W 00 56K2 1% 0005 SMT RES
376		W 00 27K4 1% 0005 SMT RES
377		W 00 4K99 1% 0005 SMT RES
378		W 00 56K2 1% 0005 SMT RES
379		W 00 27K4 1% 0005 SMT RES
380		W 00 4K99 1% 0005 SMT RES
381		W 00 56K2 1% 0005 SMT RES
382		W 00 27K4 1% 0005 SMT RES
383		W 00 4K99 1% 0005 SMT RES
384		W 00 56K2 1% 0005 SMT RES
385		W 00 27K4 1% 0005 SMT RES
386		W 00 4K99 1% 0005 SMT RES
387		W 00 56K2 1% 0005 SMT RES
388		W 00 27K4 1% 0005 SMT RES
389		W 00 4K99 1% 0005 SMT RES
390		W 00 56K2 1% 0005 SMT RES
391		W 00 27K4 1% 0005 SMT RES
392		W 00 4K99 1% 0005 SMT RES
393		W 00 56K2 1% 0005 SMT RES
394		W 00 27K4 1% 0005 SMT RES
395		W 00 4K99 1% 0005 SMT RES
396		W 00 56K2 1% 0005 SMT RES
397		W 00 27K4 1% 0005 SMT RES
398		W 00 4K99 1% 0005 SMT RES
399		W 00 56K2 1% 0005 SMT RES
400		W 00 27K4 1% 0005 SMT RES
401		W 00 4K99 1% 0005 SMT RES
402		W 00 56K2 1% 0005 SMT RES
403		W 00 27K4 1% 0005 SMT RES
404		W 00 4K99 1% 0005 SMT RES
405		W 00 56K2 1% 0005 SMT RES
406		W 00 27K4 1% 0005 SMT RES
407		W 00 4K99 1% 0005 SMT RES
408		W 00 56K2 1% 0005 SMT RES
409		W 00 27K4 1% 0005 SMT RES
410		W 00 4K99 1% 0005 SMT RES
411		W 00 56K2 1% 0005 SMT RES
412		W 00 27K4 1% 0005 SMT RES
413		W 00 4K99 1% 0005 SMT RES
414		W 00 56K2 1% 0005 SMT RES
415		W 00 27K4 1% 0005 SMT RES
416		W 00 4K99 1% 0005 SMT RES
417		W 00 56K2 1% 0005 SMT RES
418		W 00 27K4 1% 0005 SMT RES
419		W 00 4K99 1% 0005 SMT RES
420		W 00 56K2 1% 0005 SMT RES
421		W 00 27K4 1% 0005 SMT RES
422		W 00 4K99 1% 0005 SMT RES
423		W 00 56K2 1% 0005 SMT RES
424		W 00 27K4 1% 0005 SMT RES
425		W 00 4K99 1% 0005 SMT RES
426		W 00 56K2 1% 0005 SMT RES
427		W 00 27K4 1% 0005 SMT RES
428		W 00 4K99 1% 0005 SMT RES
429		W 00 56K2 1% 0005 SMT RES
430		W 00 27K4 1% 0005 SMT RES
431		W 00 4K99 1% 0005 SMT RES
432		W 00 56K2 1% 0005 SMT RES
433		W 00 27K4 1% 0005 SMT RES
434		W 00 4K99 1% 0005 SMT RES
435		W 00 56K2 1% 0005 SMT RES
436		W 00 27K4 1% 0005 SMT RES
437		W 00 4K99 1% 0005 SMT RES
438		W 00 56K2 1% 000

M1815 Parts Reference List 3/5/2020

Ref.	YS #	Description	REF	YS #	Description	REF	YS #	Description	REF	YS #	Description
26-008	M1815 25	EMXIMBILE12 AMP-B BOARD	26-01	5229 15BN 63V	5NCAP TAR RAD 2FLM	#103	W130	475K 1% 386S BMT RES	#108a	W125	5K35 1% 386S BMT RES
27	10V	5BV 5NCAP 1208 SMT CLR	26-02	5229 15BN 63V	19NCAP TAR RAD 2FLM	#103b	W125	3K32 1% 386S BMT RES	#108a	W125	5K35 1% 386S BMT RES
27B	20EP	5BV 5NCAP 9000 SMT NPO	26-03	15BN 25V	19NCAP 9000 SMT XTR	#1017	W125	3K32 1% 386S BMT RES	#108a	W100	190K 1% 386S BMT RES
27B	20EP	5BV 5NCAP 9000 SMT NPO	26-04	15BN 25V	19NCAP 9000 SMT XTR	#1018	W130	700K 1% 386S BMT RES	#108a	W950	204 5% 1206 SMT RES
28	20EP	5BV 5NCAP 9000 SMT XTR	26-05	15BN 25V	19NCAP 9000 SMT XTR	#104B	W130	700K 1% 386S BMT RES	#101	W950	204 5% 1206 SMT RES
28B	20EP	5BV 5NCAP TAR RAD 2EL	26-06	15BN 25V	19NCAP 9000 SMT XTR	#104C	W130	4675 1% 386S BMT RES	#102	W100	190K 1% 386S BMT RES
30	5257 2U	5BV 5NCAP TAR RAD 2EL	26-07	5229 15BN 63V	19NCAP TAR RAD 2FLM	#105	W125	200K0 1% 386S BMT RES	#105	W100	475K 1% 386S BMT RES
30B	47EN	5DV 5NCAP 1206 SMT XTR	26-08	10BN 50V	5NCAP 08X5 SMT XTR	#105m	W130	4675 1% 386S BMT RES	#108	W125	1K21 1% 386S BMT RES
30B	18EP	5DV 5NCAP 9000 SMT NPO	26-09	10BN 50V	5NCAP 08X5 SMT XTR	#105c	W130	4675 1% 386S BMT RES	#105	W125	5K76 1% 386S BMT RES
30B	18EP	5DV 5NCAP 9000 SMT NPO	26-09	5229_10 CSH	20NCAP TAR SOXAM 2EL	#106	W130	10K0 1% 386S BMT RES	#202	W100	190K 1% 386S BMT RES
30B	20EA_10U	1CV 20NCAP TAR SOXAM 2NP	26-10	10BN 20V	5NCAP 08X5 SMT XTR	#106A	W125	675K 1% 386S BMT RES	#200	W100	190K 1% 386S BMT RES
30B	20EA_10U	1CV 20NCAP TAR SOXAM 2EXN 3PL	26-11	FML 1148	75V 5NCAP 5NC BMT	#106C	W125	375K 1% 386S BMT RES	#105	W100	21V 5% 1806 SMT RES
30B	20EA_10U	1DV 20NCAP TAR SOXAM 2NP	26-12	BAC 20A	5A SCH BMC SMT	#207	W130	10K0 1% 386S BMT RES	#203	W125	5K76 1% 386S BMT RES
30B	20EA_10UN	1DV 20NCAP TAR SAR 2FLM	26-13	VMH3218V	1G 190V 0W2 3% SMT ZEN	#207B	W130	10K0 1% 386S BMT RES	#210	W100	190K 1% 386S BMT RES
30B	20EA_20EU	5DV 20NCAP TAR RAD 2EL	26-14	FML 1148	75V 5NCAD SOBC SMT	#107C	W125	675K 1% 386S BMT RES	#212	W100	39R 5% 386S BMT RES
30B	1N	5DV 5NCAP 08NS SMT NPO	26-15	COPD130	3BV 1A SCH SOD 033F SMT	#108	W130	1K0 1% 386S BMT RES	#217	1V00	3701 1% CUTS SENS BMT RES
30B	10EN	5DV 5NCAP 08DS SMT XTR	26-16	BAC 405	5A SCH BMC SMT	#108B	W125	5878 1% 386S BMT RES	#218	W100	190K 1% 386S BMT RES
30B	10EN	2DV 20NCAP 9000 SMT XTR	26-17	FML 1148	75V 5NCAD SOBC SMT	#108C	W130	2K0 1% 386S BMT RES	#221	W100	475K 1% 386S BMT RES
30B	33EP	5DV 5NCAP 9000 SMT NPO	26-18	FML 1148	75V 5NCAD SOBC SMT	#108	W130	90K 1% 386S BMT RES	#234	W100	190K 1% 386S BMT RES
30B	5254	5DV 5NCAP TAR SOXAM 2EL	26-19	VMH3229B	4V7 CAR SOXAM 25M SMT 2FN	#109M	W130	675K 1% 386S BMT RES	#232	W100	575K 1% 386S BMT RES
30B	5254	5DV 5NCAP TAR SOXAM 2EXN	26-20	VMH3229B	4V7 CAR SOXAM 25M SMT 2FN	#109V	W130	1802 1% 386S BMT RES	#238	W100	1140 1% 386S BMT RES
30B	15EN	5DV 5NCAP TAR SOXAM 2NL	26-21	FML 1148	75V 5NCAD SOBC SMT	#110	W130	90K 1% 386S BMT RES	#243	W100	39R 5% 386S BMT RES
30B	33EP	5DV 5NCAP TAR SOXAM NPO	26-22	FML 1148	75V 5NCAD SOBC SMT	#110H	W130	10K0 1% 386S BMT RES	#245	W125	5K38 1% 386S BMT RES
30B	5240 86EN	5DV 5NCAP TAR RAD 2FLM	26-23	VMH3229B	4V7 CAR SOXAM 25M SMT 2FN	#110L	W125	575K 1% 386S BMT RES	#250	W125	2478E 1% 386S BMT RES
30B	5240 86EN	5DV 5NCAP TAR RAD 2FLM	26-24	FML 1148	75V 5NCAD SOBC SMT	#111	W125	500K 1% 386S BMT RES	#254	W125	2478E 1% 386S BMT RES
30B	15EN	5DV 5NCAP 9000 SMT XTR	26-25	FML 1148	75V 5NCAD SOBC SMT	#111B	W130	90K 1% 386S BMT RES	#262	W125	475K 1% 386S BMT RES
30B	5254	5DV 5NCAP TAR SOXAM 2EL	26-26	FML 1148	75V 5NCAD SOBC SMT	#111C	W130	90K 1% 386S BMT RES	#267	W125	2478K 1% 386S BMT RES
30B	5254	5DV 5NCAP TAR SOXAM 2EXN	26-27	BAC 20A	5A SCH BMC SMT	#112e	W130	13K 1% 386S BMT RES	#273	W100	475K 1% 386S BMT RES
30B	15EN	5DV 5NCAP 9000 SMT XTR	26-28	FML 1148	75V 5NCAD SOBC SMT	#112H	W130	13K 1% 386S BMT RES	#272	W100	675K 1% 386S BMT RES
30B	33EP	5DV 5NCAP 9000 SMT NPO	26-29	FML 1148	75V 5NCAD SOBC SMT	#113I	W130	13K 1% 386S BMT RES	#272	W100	475K 1% 386S BMT RES
30B	16EN	5DV 5NCAP TAR SOXAM 2EL	26-30	FML 1148	75V 5NCAD SOBC SMT	#113J	W130	13K 1% 386S BMT RES	#272	W100	675K 1% 386S BMT RES
30B	16EN	5DV 5NCAP TAR SOXAM 2EXN	26-31	BAC 20A	5A SCH BMC SMT	#113K	W130	975K 1% 386S BMT RES	#273	W100	190K 1% 386S BMT RES
30B	33EP	5DV 5NCAP TAR SOXAM 2EXN	26-32	FML 1148	75V 5NCAD SOBC SMT	#113L	W130	90K 1% 386S BMT RES	#274	W100	190K 1% 386S BMT RES
30B	16EN	5DV 5NCAP TAR SOXAM 2EXN	26-33	FML 1148	75V 5NCAD SOBC SMT	#113M	W130	975K 1% 386S BMT RES	#274	W100	475K 1% 386S BMT RES
30B	16EN	5DV 5NCAP TAR SOXAM 2EXN	26-34	BAC 20A	5A SCH BMC SMT	#113N	W130	90K 1% 386S BMT RES	#274	W100	475K 1% 386S BMT RES
30B	33EP	5DV 5NCAP TAR SOXAM 2EXN	26-35	FML 1148	75V 5NCAD SOBC SMT	#113O	W130	975K 1% 386S BMT RES	#274	W100	475K 1% 386S BMT RES
30B	16EN	5DV 5NCAP TAR SOXAM 2EXN	26-36	FML 1148	75V 5NCAD SOBC SMT	#113P	W130	975K 1% 386S BMT RES	#274	W100	475K 1% 386S BMT RES
30B	16EN	5DV 5NCAP TAR SOXAM 2EXN	26-37	BAC 20A	5A SCH BMC SMT	#113Q	W130	975K 1% 386S BMT RES	#274	W100	475K 1% 386S BMT RES
30B	33EP	5DV 5NCAP TAR SOXAM 2EXN	26-38	FML 1148	75V 5NCAD SOBC SMT	#113R	W130	975K 1% 386S BMT RES	#274	W100	475K 1% 386S BMT RES
30B	16EN	5DV 5NCAP TAR SOXAM 2EXN	26-39	FML 1148	75V 5NCAD SOBC SMT	#113S	W130	975K 1% 386S BMT RES	#274	W100	475K 1% 386S BMT RES
30B	33EP	5DV 5NCAP TAR SOXAM 2EXN	26-40	FML 1148	75V 5NCAD SOBC SMT	#113T	W130	975K 1% 386S BMT RES	#274	W100	475K 1% 386S BMT RES
30B	16EN	5DV 5NCAP TAR SOXAM 2EXN	26-41	BAC 20A	5A SCH BMC SMT	#113U	W130	975K 1% 386S BMT RES	#274	W100	475K 1% 386S BMT RES
30B	33EP	5DV 5NCAP TAR SOXAM 2EXN	26-42	FML 1148	75V 5NCAD SOBC SMT	#113V	W130	975K 1% 386S BMT RES	#274	W100	475K 1% 386S BMT RES
30B	16EN	5DV 5NCAP TAR SOXAM 2EXN	26-43	FML 1148	75V 5NCAD SOBC SMT	#113W	W130	975K 1% 386S BMT RES	#274	W100	475K 1% 386S BMT RES
30B	33EP	5DV 5NCAP TAR SOXAM 2EXN	26-44	BAC 20A	5A SCH BMC SMT	#113X	W130	975K 1% 386S BMT RES	#274	W100	475K 1% 386S BMT RES
30B	16EN	5DV 5NCAP TAR SOXAM 2EXN	26-45	FML 1148	75V 5NCAD SOBC SMT	#113Y	W130	975K 1% 386S BMT RES	#274	W100	475K 1% 386S BMT RES
30B	33EP	5DV 5NCAP TAR SOXAM 2EXN	26-46	FML 1148	75V 5NCAD SOBC SMT	#113Z	W130	975K 1% 386S BMT RES	#274	W100	475K 1% 386S BMT RES
30B	16EN	5DV 5NCAP TAR SOXAM 2EXN	26-47	FML 1148	75V 5NCAD SOBC SMT	#113L	W130	975K 1% 386S BMT RES	#274	W100	475K 1% 386S BMT RES
30B	33EP	5DV 5NCAP TAR SOXAM 2EXN	26-48	FML 1148	75V 5NCAD SOBC SMT	#113M	W130	975K 1% 386S BMT RES	#274	W100	475K 1% 386S BMT RES
30B	16EN	5DV 5NCAP TAR SOXAM 2EXN	36-19	FML 1148	75V 5NCAD SOBC SMT	#113N	W130	975K 1% 386S BMT RES	#274	W100	475K 1% 386S BMT RES

M1816 Parts Reference List 3/5/2020

REF YS # Description REF YS #					Description REF YS # Description
A1-ASS	M1816-59 EXMMOBILE12 BLUETOOTH BOARD
C7.1	470P 50V	5%CAP 0603 SMT NPO
C7.2		470P 50V 5%CAP 0603 SMT NPO
C12.6	5234 470N 63V	10%CAP T&R RAD .2FLM
C13.6	10U 16V	10%CAP 1206 SMT X7R
C13.8	5234 470N 63V	10%CAP T&R RAD .2FLM
C14.7	_1U0 50V	10%CAP 1206 SMT CER
C15.3	_1U0 50V	10%CAP 1206 SMT CER
C17.3	100N 50V	5%CAP 0805 SMT X7R
C17.4	100N 50V	5%CAP 0805 SMT X7R
C17.8	5669 470U 6V3	20%CAP RAD EL T&R
D?	PMLL4148	75V 0A2 SOD80C SMT
D9	PMLL4148	75V 0A2 SOD80C SMT
L?	1000UH	COIL 6X6MM SMT
L9	1000UH	COIL 6X6MM SMT
PCB	M1816BLANK 1	OZ ZSD 43.52SQIN 10P EXMMOBILE12
Q9	MMBFJ110	NCH JFET SOT-23 SMT
Q1.0	MMBT390	LT1 PNP SOT-23 SMT T&R
Q1.6	BC847C 0	1A NPN 45V SOT-23 SMT
Q1.7	TCM809S	RESET SENSE SMT SOT23B
R4	W125 10R0	1% 0805 SMT RES
R30	W100 10R0	1% 0805 SMT RES
R87	W100 10R0	1% 0805 SMT RES
R95	W100 4K99	1% 0805 SMT RES
R100	W100 10K0	1% 0805 SMT RES
R113	W100 475K	1% 0805 SMT RES
R114	W100 10K0	1% 0805 SMT RES
R115	W125 47K5	1% 0805 SMT RES
R116	W100 15K0	1% 0805 SMT RES
R117	W100 4K99	1% 0805 SMT RES
R118	W125 8K25	1% 0805 SMT RES
R119	W100 15K0	1% 0805 SMT RES
R168	W125 10R0	1% 0805 SMT RES
R215	W100 100K0	1% 0805 SMT RES
R228	W100 10K0	1% 0805 SMT RES
R269	W100 475R	1% 0805 SMT RES
SNL1	8372 1 MIL POLYIMIDE LABEL..375" X .375"
Q1	TL072 DUAL OPAMP SMT SO-8
Q1.7	BM20 BLUETOOTH AUDIO SMT MOD
M6	2372 8 CIR PH-HEADER 2MM

M1914 05 P1 Parts Reference List 4/12/2022

REF

YS #

Description/REF

YS #

Description

REF

YS #

Description

REF

YS #

Description

15. A/S

MT184-SN

AMMOBILE 27 MT1940 MT1958 MT1968 REDS

25#

330#

50V 5%CAP

0805 SMT NPO

311#

100V

50V 10%CAP

0805 SMT NPO

262

PML144* 75V 0A2 SODORG SMT

CCL#

RED

LED

175 20W XNM

1206 SMT

27#

250#

2R4 #

1206 SMT RES

24#

5231 220V

02V 5%CAP TSR RAD 25#M

312##

103F

50V 10%CAP

0905 SMT NPO

67

PML144* 75V 0A2 SODORG SMT

F11B

RED

LED

175 20W XNM

1206 SMT

41

40V

25V 20%CAP

0X5.5 SMT ELO

24#

5231 220V

02V 5%CAP TSR RAD 25#M

313##

103F

50V 10%CAP

0905 SMT NPO

684

MHD 5227E 3W 0W35 5% SBT ZEN

F11C

RED

LED

175 20W XNM

1206 SMT

62

100V

25V 20%CAP

528.1 SMT EL

25#

500V

0805 SMT NPO

314#

103F

50V 10%CAP

0805 SMT NPO

692

MHD 5227E 3W 0W35 5% SBT ZEN

F67

LED

LED

175 20W XNM

1206 SMT

83

100V

25V 20%CAP

528.1 SMT EL

25#

500V

0805 SMT NPO

314#

103F

50V 10%CAP

0805 SMT NPO

699

D150 V 5% COOL 0W35 SMT

F67

YES

LED

175 20W XNM

1206 SMT

94

40V

25V 20%CAP

0X5.5 SMT ELO

26#

5240 090V

02V 10%CAP TSR RAD 25#M

315#

103F

25V 20%CAP

0X5.4 SMT ELE

690

PML1449 75V 0A2 SODORG SMT

L65

BLU

LED

219 20W XNM

1206 SMT

15

100V

25V 20%CAP

528.1 SMT ELO

26#

5240 080V

02V 10%CAP TSR RAD 25#M

315#

103F

50V 5%CAP

0905 SMT NPO

746

CUB 2730L 3W 1A SCH SODORG SMT

L73

CUB

LED

219 20W XNM

1206 SMT

16

100V

25V 20%CAP

528.1 SMT EL

27#

500V

0805 SMT NPO

315#

103F

50V 5%CAP

1885 SMT NPO

110

HMB 49V 3A SCH SMO CMT

L80

CUB

LED

219 20W XNM

1206 SMT

17

100V

25V 20%CAP

0X5.4 SMT EL

27#

5231 220V

02V 5%CAP TSR RAD 25#M

315#

103F

50V 10%CAP

1206 SMT DER

110#

PML1449 75V 0A2 SODORG SMT

L81

RED

LED

175 20W XNM

1206 SMT

18

150V

25V 5%CAP

1206 SMT XTR

28#

5231

230V 6%CAP TSR RAD 25#M

315A

103F

50V 5%CAP

0X65 SMT XTR

111A

PML1449 75V 0A2 SODORG SMT

F112

LMS39M

QUAD SS COMP

SMT 50-14

19

150V

25V 5%CAP

0X5.4 SMT XTR

29#

500V

0805 SMT NPO

315#

103F

50V 5%CAP

0X65 SMT XTR

111A

PML1449 75V 0A2 SODORG SMT

F11C

LMS39M

QUAD SS COMP

SMT 50-14

20

33V

80V 5%CAP

0X5.5 SMT XTR

30#

150V 25V 10%CAP

0X5.5 SMT XTR

315##

103F

50V 5%CAP

0X65 SMT XTR

111#

PML1449 75V 0A2 SODORG SMT

F11A

LMS39M

QUAD SS COMP

SMT 50-14

21

330F

50V 5%CAP

0X5.5 SMT XTR

30#

150V 5%CAP

0X5.5 SMT XTR

315#

103F

50V 5%CAP

0X65 SMT XTR

111#

PML1449 75V 0A2 SODORG SMT

F14

4486

20K 50% XNM DET HITORO P32

22

40V

50V 5%CAP

0X5.5 SMT XTR

31#

330#

0805 SMT NPO

315#

103F

50V 5%CAP

5X6.5 SMT EL

112

PML1449 75V 0A2 SODORG SMT

L16

4486

20K 50% XNM DET HITORO P32

23

250V

16V 25%CAP

0X5.5 SMT ELO

32#

150V 5%CAP

1205 SMT NPO

315#

103F

50V 5%CAP

5X6.5 SMT EL

115

PML1449 75V 0A2 SODORG SMT

L16

4486-20K 50% XNM DET HITORO P32

24

270F

20V 5%CAP

0X5.5 SMT NPO

33#

0X5.5 SMT SMT ELE

315#

103F

50V 5%CAP

1210 SMT DER

115#

PML1449 75V 0A2 SODORG SMT

F25

472-18K 6L HNM

F35

25

100V

25V 20%CAP

0X5.5 SMT EL

34#

150V 5%CAP

1205 SMT NPO

315#

103F

50V 5%CAP

1210 SMT DER

115#

PML1449 75V 0A2 SODORG SMT

F26

542-18K 6L HNM

F35

26

100V

25V 20%CAP

0X5.5 SMT EL

34#

150V 5%CAP

1205 SMT NPO

315#

103F

50V 5%CAP

0X65 SMT NPO

116

SWS 5338R 10V 500 0G734AA SMT ZEN

F27

542-18K 6L HNM

F35

27

100V

25V 20%CAP

0X5.4 SMT EL

35#

150V 5%CAP

0X5.4 SMT ELE

315#

103F

50V 5%CAP

0X65 SMT NPO

116#

PML1449 75V 0A2 SODORG SMT

F28

4471 50K 6L HNM

F35

28

100V

25V 20%CAP

0X5.4 SMT EL

35#

150V 5%CAP

1205 SMT NPO

315#

103F

50V 5%CAP

0X65 SMT NPO

117

PML1449 75V 0A2 SODORG SMT

F36

4471 50K 6L HNM

F35

29

40V

25V 20%CAP

0X5.5 SMT EL

36#

150V 5%CAP

1205 SMT NPO

315#

103F

50V 5%CAP

5X6.5 SMT EL

118

PLT 5788 7W 5W 6W SMT ZEN

F37

4471 50K 6L HNM

F35

30

40V

25V 20%CAP

0X5.5 SMT EL

36#

150V 5%CAP

1205 SMT NPO

315#

103F

50V 5%CAP

5X6.5 SMT EL

119

RLT 5788 7W 5W 6W SMT ZEN

F39

4471 50K 6L HNM

F35

31

40V

25V 20%CAP

0X5.5 SMT EL

37#

150V 5%CAP

1205 SMT NPO

315#

103F

50V 5%CAP

0X65 SMT NPO

120

PML1449 75V 0A2 SODORG SMT

F40

4471 50K 6L HNM

F35

32#

250V

20V 5%CAP

0X5.5 SMT EL

37#

5231 220V

02V 5%CAP TSR RAD 25#M

315#

103F

50V 5%CAP

0X65 SMT NPO

121

PML1449 75V 0A2 SODORG SMT

F41

5981 6L HNM

F35

33

100V

25V 20%CAP

0X5.5 SMT NPO

38#

150V 5%CAP

0X5.5 SMT XTR

315#

103F

50V 5%CAP

1206 SMT DER

122

PML1449 75V 0A2 SODORG SMT

F42

6430

60K 6L HNM

SMT ZEN

34

100V

25V 20%CAP

0X5.5 SMT NPO

38#

150V 5%CAP

0X5.5 SMT XTR

315#

103F

50V 5%CAP

0X65 SMT NPO

123

PML1449 75V 0A2 SODORG SMT

F43

6430,6L HNM

60K 6L HNM

SMT ZEN

35

100V

25V 20%CAP

0X5.5 SMT EL

39#

330#

0805 SMT XTR

315#

103F

50V 5%CAP

0X65 SMT NPO

124

PML1449 75V 0A2 SODORG SMT

F44

6430,6L HNM

60K 6L HNM

SMT ZEN

36

20V

25V 20%CAP

0X5.5 SMT EL

39#

5231 220V

02V 5%CAP TSR RAD 25#M

315#

103F

50V 5%CAP

1206 SMT DER

125

PML1449 75V 0A2 SODORG SMT

F45

6430,6L HNM

60K 6L HNM

SMT ZEN

37

100V

25V 20%CAP

0X5.5 SMT EL

39#

150V 5%CAP

0X5.5 SMT XTR

315#

103F

50V 5%CAP

0X65 SMT NPO

126

PML1449 75V 0A2 SODORG SMT

F46

6430,6L HNM

60K 6L HNM

SMT ZEN

38

100V

25V 20%CAP

0X5.5 SMT EL

39#

150V 5%CAP

0X5.5 SMT XTR

315#

103F

50V 5%CAP

0X65 SMT NPO

127

PML1449 75V 0A2 SODORG SMT

F47

6430,6L HNM

60K 6L HNM

SMT ZEN

39

40V

25V 20%CAP

0X5.5 SMT EL

39#

150V 5%CAP

0X5.5 SMT XTR

315#

103F

50V 5%CAP

0X65 SMT NPO

128

PML1449 75V 0A2 SODORG SMT

F48

6430,6L HNM

60K 6L HNM

SMT ZEN

40

40V

25V 20%CAP

0X5.5 SMT EL

39#

150V 5%CAP

0X5.5 SMT XTR

315#

103F

50V 5%CAP

0X65 SMT NPO

129

PML1449 75V 0A2 SODORG SMT

F49

6430,6L HNM

60K 6L HNM

SMT ZEN

41

40V

25V 20%CAP

0X5.5 SMT EL

39#

150V 5%CAP

0X5.5 SMT XTR

315#

103F

50V 5%CAP

0X65 SMT NPO

130

PML1449 75V 0A2 SODORG SMT

F50

6430,6L HNM

60K 6L HNM

SMT ZEN

42

40V

25V 20%CAP

0X5.5 SMT EL

39#

150V 5%CAP

0X5.5 SMT XTR

315#

103F

50V 5%CAP

0X65 SMT NPO

131

PML1449 75V 0A2 SODORG SMT

F51

6430,6L HNM

60K 6L HNM

SMT ZEN

43

40V

25V 20%CAP

0X5.5 SMT EL

39#

150V 5%CAP

0X5.5 SMT XTR

315#

103F

50V 5%CAP

0X65 SMT NPO

132

PML1449 75V 0A2 SODORG SMT

F52

6430,6L HNM

60K 6L HNM

SMT ZEN

44

40V

25V 20%CAP

0X5.5 SMT EL

39#

150V 5%CAP

0X5.5 SMT XTR

315#

103F

50V 5%CAP

0X65 SMT NPO

133

PML1449 75V 0A2 SODORG SMT

F53

6430,6L HNM

60K 6L HNM

SMT ZEN

45

40V

25V 20%CAP

0X5.5 SMT EL

39#

150V 5%CAP

0X5.5 SMT XTR

315#

103F

50V 5%CAP

0X65 SMT NPO

134

PML1449 75V 0A2 SODORG SMT

F54

6430,6L HNM

60K 6L HNM

SMT ZEN

46

40V

25V 20%CAP

0X5.5 SMT EL

39#

150V 5%CAP

0X5.5 SMT XTR

315#

103F

50V 5%CAP

0X65 SMT NPO

135

PML1449 75V 0A2 SODORG SMT

F56

6430,6L HNM

60K 6L HNM

SMT ZEN

47

40V

25V 20%CAP

0X5.5 SMT EL

39#

150V 5%CAP

0X5.5 SMT XTR

315#

103F

50V 5%CAP

0X65 SMT NPO

136

PML1449 75V 0A2 SODORG SMT

F57

6430,6L HNM

60K 6L HNM

SMT ZEN

48

40V

25V 20%CAP

0X5.5 SMT EL

39#

150V 5%CAP

0X5.5 SMT XTR

315#

103F

50V 5%CAP

0X65 SMT NPO

137

PML1449 75V 0A2 SODORG SMT

F58

6430,6L HNM

60K 6L HNM

SMT ZEN

49

40V

25V 20%CAP

0X5.5 SMT EL

39#

150V 5%CAP

0X5.5 SMT XTR

315#

103F

50V 5%CAP

0X65 SMT NPO

138

PML1449 75V 0A2 SODORG SMT

F59

6430,6L HNM

60K 6L HNM

SMT ZEN

50

40V

25V 20%CAP

0X5.5 SMT EL

39#

150V 5%CAP

0X5.5 SMT XTR

315#

103F

50V 5%CAP

0X65 SMT NPO

139

PML1449 75V 0A2 SODORG SMT

F60

6430,6L HNM

60K 6L HNM

SMT ZEN

51

40V

25V 20%CAP

0X5.5 SMT EL

39#

150V 5%CAP

0X5.5 SMT XTR

315#

103F

50V 5%CAP

0X65 SMT NPO

140

PML1449 75V 0A2 SODORG SMT

F61

6430,6L HNM

60K 6L HNM

SMT ZEN

52

40V

25V 20%CAP

0X5.5 SMT EL

39#

150V 5%CAP

0X5.5 SMT XTR

315#

103F

50V 5%CAP

0X65 SMT NPO

141

PML1449 75V 0A2 SODORG SMT

F62

6430,6L HNM

60K 6L HNM

SMT ZEN

53

40V

25V 20%CAP

0X5.5 SMT EL

39#

150V 5%CAP

0X5.5 SMT XTR

315#

103F

50V 5%CAP

0X65 SMT NPO

142

PML1449 75V 0A2 SODORG SMT

F63

6430,6L HNM

60K 6L HNM

SMT ZEN

54

40V

25V 20%CAP

0X5.5 SMT EL

39#

150V 5%CAP

0X5.5 SMT XTR

315#

103F

50V 5%CAP

0X65 SMT NPO

143

PML1449 75V 0A2 SODORG SMT

F64

6430,6L HNM

60K 6L HNM

SMT ZEN

55

40V

25V 20%CAP

0X5.5 SMT EL

39#

150V 5%CAP

0X5.5 SMT XTR

315#

103F

50V 5%CAP

0X65 SMT NPO

144

PML1449 75V 0A2 SODORG SMT

F65

6430,6L HNM

60K 6L HNM

SMT ZEN

56

40V

25V 20%CAP

0X5.5 SMT EL

39#

150V 5%CAP

0X5.5 SMT XTR

315#

103F

50V 5%CAP

0X65 SMT NPO

145

PML1449 75V 0A2 SODORG SMT

F66

6430,6L HNM

60K 6L HNM

SMT ZEN

57

40V

25V 20%CAP

0X5.5 SMT EL

39#

150V 5%CAP

0X5.5 SMT XTR

315#

103F

50V 5%CAP

0X65 SMT NPO

146

PML1

M1914 04 P2 Parts Reference List 4/12/2022

REF YS # Description REF

YS # Description

REF YS #

Description

REF YS #

Description

REF YS #

Description

2014

W10

10K1

1%

0005 SMT RLS

864C

W125 24980 1%

0005 SMT RLS

314F

W100 10K6 1%

0005 SMT RLS

215D

W290

20H 5%

1208 SMT RLS

R27A

W10

10K1

1%

0005 SMT RLS

2015

W10

10K1

1%

0005 SMT RLS

865A

W122 24980 1%

0005 SMT RLS

314S

W100 10K6 1%

0005 SMT RLS

214I

W290

20H 5%

1208 SMT RLS

R27A

W10

10K1

1%

0005 SMT RLS

2016

W10

10K1

1%

0005 SMT RLS

867B

W122 24980 1%

0005 SMT RLS

317D

W125 12K2 1%

0005 SMT RLS

219E

W139

10K1 1%

0005 SMT RLS

R28A

W10

10K1

1%

0005 SMT RLS

2017

W10

10K1

1%

0005 SMT RLS

868C

W122 24980 1%

0005 SMT RLS

317B

W100 10K1 1%

0005 SMT RLS

218S

W100

10K1 1%

0005 SMT RLS

R28A

W10

10K1

1%

0005 SMT RLS

2018

W10

10K1

1%

0005 SMT RLS

869A

W122 9001 1%

0005 SMT RLS

317A

W100 10K1 1%

0005 SMT RLS

216S

W100

17K1 1%

0005 SMT RLS

R28A

W10

8058 1%

0005 SMT RLS

2019

W10

10K1

1%

0005 SMT RLS

870A

W122 9001 1%

0005 SMT RLS

318B

W100 10K1 1%

0005 SMT RLS

217A

W125

10K1 1%

0005 SMT RLS

R28A

W10

8058 1%

0005 SMT RLS

2020

W10

10K1

1%

0005 SMT RLS

870B

W122 4998 1%

0005 SMT RLS

318F

W100 10K1 1%

0005 SMT RLS

218E

W125

10K1 1%

0005 SMT RLS

R28A

W10

47K3 1%

0005 SMT RLS

2021

W10

10K1

1%

0005 SMT RLS

871A

W122 4758 1%

0005 SMT RLS

318A

W100 10K1 1%

0005 SMT RLS

219D

W125

8K26 1%

0005 SMT RLS

R28A

W15

3K32 1%

0005 SMT RLS

2022

W10

10K1

1%

0005 SMT RLS

872B

W122 10K1 1%

0005 SMT RLS

319E

W100 10K1 1%

0005 SMT RLS

220D

W139

10K1 1%

0005 SMT RLS

R28A

W10

3G8 1%

0005 SMT RLS

2023

W122 24980 1%

0005 SMT RLS

87C

W100 10K1 1%

0005 SMT RLS

319E

W100 10K1 1%

0005 SMT RLS

221E

W100 10K1 1%

0005 SMT RLS

222E

W100

10K1 1%

0005 SMT RLS

R28B

W10

6K89 1%

0005 SMT RLS

2024E

W122 24980 1%

0005 SMT RLS

87D

W100 10K1 1%

0005 SMT RLS

319E

W100 10K1 1%

0005 SMT RLS

222E

W100 10K1 1%

0005 SMT RLS

223E

W100

26K1 1%

0005 SMT RLS

R28B

W10

2K3 1%

0005 SMT RLS

2025A

W122 12K1

0005 SMT RLS

87E

W100 4K99 1%

0005 SMT RLS

320D

W292 OR 8%

0005 SMT RLS

223E

W100 10K1 1%

0005 SMT RLS

224E

W100

1M1 1%

0005 SMT RLS

R28C

W10

10K1 1%

0005 SMT RLS

2026E

W122 12K1

0005 SMT RLS

87F

W100 23K 5%

0005 SMT RLS

320E

W292 OR 8%

0005 SMT RLS

223E

W100 27K4 1%

0005 SMT RLS

224E

W100

27K4 1%

0005 SMT RLS

R28C

W10

130K 1%

0005 SMT RLS

2027A

W122 24980 1%

0005 SMT RLS

87G

W100 3K92 1%

0005 SMT RLS

322E

W292 OR 8%

0005 SMT RLS

224E

W100 37K3 1%

0005 SMT RLS

225E

W100

37K3 1%

0005 SMT RLS

R28A

W10

10K1 1%

0005 SMT RLS

2028E

W122 24980 1%

0005 SMT RLS

87H

W100 3K92 1%

0005 SMT RLS

322E

W292 OR 8%

0005 SMT RLS

225E

W100 37K3 1%

0005 SMT RLS

226E

W100

37K3 1%

0005 SMT RLS

R28A

W10

10K1 1%

0005 SMT RLS

2029A

W122 44981 1%

0005 SMT RLS

87I

W100 3K92 1%

0005 SMT RLS

322E

W292 OR 8%

0005 SMT RLS

225E

W100 38K 1%

0005 SMT RLS

226E

W100

38K 1%

0005 SMT RLS

R28A

W10

10K1 1%

0005 SMT RLS

2030A

W122 44981 1%

0005 SMT RLS

87J

W100 3K92 1%

0005 SMT RLS

322E

W292 OR 8%

0005 SMT RLS

225E

W100 38K 1%

0005 SMT RLS

227E

W100

38K 1%

0005 SMT RLS

R28A

W10

10K1 1%

0005 SMT RLS

2031A

W122 12K1

0005 SMT RLS

87K

W100 4K99 1%

0005 SMT RLS

322E

W292 OR 8%

0005 SMT RLS

225E

W100 37K3 1%

0005 SMT RLS

226E

W100

37K3 1%

0005 SMT RLS

R28A

W10

9K8 1%

0005 SMT RLS

2032A

W122 24980 1%

0005 SMT RLS

87L

W100 12K5 1%

0005 SMT RLS

322E

W292 OR 8%

0005 SMT RLS

225E

W100 37K3 1%

0005 SMT RLS

227E

W100

37K3 1%

0005 SMT RLS

R28A

W10

10K1 1%

0005 SMT RLS

2033A

W122 24980 1%

0005 SMT RLS

87M

W100 3K92 1%

0005 SMT RLS

322E

W292 OR 8%

0005 SMT RLS

225E

W100 37K3 1%

0005 SMT RLS

228E

W100

37K3 1%

0005 SMT RLS

R28A

W10

9K8 1%

0005 SMT RLS

2034A

W122 44981 1%

0005 SMT RLS

87N

W100 3K92 1%

0005 SMT RLS

322E

W292 OR 8%

0005 SMT RLS

225E

W100 37K3 1%

0005 SMT RLS

229E

W100

37K3 1%

0005 SMT RLS

R28A

W10

9K8 1%

0005 SMT RLS

2035A

W122 44981 1%

0005 SMT RLS

87O

W100 3K92 1%

0005 SMT RLS

322E

W292 OR 8%

0005 SMT RLS

225E

W100 37K3 1%

0005 SMT RLS

230E

W100

37K3 1%

0005 SMT RLS

R28A

W10

9K8 1%

0005 SMT RLS

2036A

W122 44981 1%

0005 SMT RLS

87P

W100 3K92 1%

0005 SMT RLS

322E

W292 OR 8%

0005 SMT RLS

225E

W100 37K3 1%

0005 SMT RLS

231E

W100

37K3 1%

0005 SMT RLS

R28A

W10

9K8 1%

0005 SMT RLS

2037A

W122 44981 1%

0005 SMT RLS

87Q

W100 3K92 1%

0005 SMT RLS

322E

W292 OR 8%

0005 SMT RLS

225E

W100 37K3 1%

0005 SMT RLS

232E

W100

37K3 1%

0005 SMT RLS

R28A

W10

9K8 1%

0005 SMT RLS

2038A

W122 44981 1%

0005 SMT RLS

87R

W100 3K92 1%

0005 SMT RLS

322E

W292 OR 8%

0005 SMT RLS

225E

W100 37K3 1%

0005 SMT RLS

233E

W100

37K3 1%

0005 SMT RLS

R28A

W10

9K8 1%

0005 SMT RLS

2039A

W122 44981 1%

0005 SMT RLS

87S

W100 3K92 1%

0005 SMT RLS

322E

W292 OR 8%

0005 SMT RLS

225E

W100 37K3 1%

0005 SMT RLS

234E

W100

37K3 1%

0005 SMT RLS

R28A

W10

9K8 1%

0005 SMT RLS

2040A

W122 44981 1%

0005 SMT RLS

87T

W100 3K92 1%

0005 SMT RLS

322E

W292 OR 8%

0005 SMT RLS

225E

W100 37K3 1%

0005 SMT RLS

235E

W100

37K3 1%

0005 SMT RLS

R28A

W10

9K8 1%

0005 SMT RLS

2041A

W122 44981 1%

0005 SMT RLS

87U

W100 3K92 1%

0005 SMT RLS

322E

W292 OR 8%

0005 SMT RLS

225E

W100 37K3 1%

0005 SMT RLS

236E

W100

37K3 1%

0005 SMT RLS

R28A

W10

9K8 1%

0005 SMT RLS

2042A

W122 44981 1%

0005 SMT RLS

87V

W100 3K92 1%

0005 SMT RLS

322E

W292 OR 8%

0005 SMT RLS

225E

W100 37K3 1%

0005 SMT RLS

237E

W100

37K3 1%

0005 SMT RLS

R28A

W10

9K8 1%

0005 SMT RLS

2043A

W122 44981 1%

0005 SMT RLS

87W

W100 3K92 1%

0005 SMT RLS

322E

W292 OR 8%

0005 SMT RLS

225E

W100 37K3 1%

0005 SMT RLS

238E

W100

37K3 1%

0005 SMT RLS

R28A

W10

9K8 1%

0005 SMT RLS

M2219-02 Parts Reference List 2024-01-24

REF

YS #

Description

REF

YS #

Description

REF

YS #

Description

REF

YS #

Description

REF

YS #

Description

1-200

M2218-5E

MINOBILE12 MUPR5 BOARD

3197

10KN 5KV

ENCAP 60X SUT XTR

4101

WN36

6K58 % 6K65 SMT RES

2010

WN40

10K0 % 6K65 SMT RES

25

22U

6KV 20%CAP

50X 5 SMT LLC

3198

10KN 6KV

ENCAP 60X SUT XTR

4106

WN36

10K4 % 6K65 SMT HLS

2013

WN40

3K8 % 6K65 SMT HLS

31

270P

6V 5%CAP

60X 5 VNT NPO

3199

3229 10KN 63N

95%CAP T&R RAD 2FLM

4104H

WN22

6K26 % 6K65 SMT HLS

2017

WN12

1K21 % 6K65 SMT HLS

36

10U

35V 20%CAP

50X 4 SMT EL

3199

3229 10KN 63N

95%CAP T&R RAD 2FLM

4104*

WN22

6K26 % 6K65 SMT RES

2018

WN40

10K0 % 6K65 SMT RES

37

270P

6V 5%CAP

60X 5 VNT NPO

3199

10KN 25N

95%CAP 90X3 SMT XTR

4105

WN22

10K30 % 6K65 SMT RES

2019

WN40

47K % 6K65 SMT RES

38

10KN

6V 5%CAP

60X 5 VNT NPO

3199

10KN 25N

95%CAP 90X3 SMT XTR

4105H

WN22

10K30 % 6K65 SMT RES

2019

WN40

24/4 % 6K65 SMT HLS

39

10KN

6V 5%CAP

60X 5 VNT XTR

3199

10KN 25N

95%CAP 90X3 SMT XTR

4105*

WN22

10K30 % 6K65 SMT HLS

2020

WN40

47K % 6K65 SMT HLS

40

4U7

26V 20%CAP

40X 5 SMT LLC

3206

10KN 25N

95%CAP 90X3 SMT XTR

4106H

WN22

4K78 % 6K65 SMT HLS

2024

WN12

10K0 % 6K65 SMT HLS

40

10KN

6V 5%CAP

60X 5 VNT XTR

3207

10SP 50N

95%CAP 80X3 SMT NPC

4106L

WN22

4K78 % 6K65 SMT HLS

2027

WN40

1W0 % 6K65 SMT HLS

40

190P

6V 5%CAP

60X 5 VNT NPO

3208

3229 10KN 102N

95%CAP T&R RAD 2FLM

4107H

WN36

10K6 % 6K65 SMT HLS

2028

WN12

11K0 % 6K65 SMT HLS

40

190P

6V 5%CAP

60X 5 VNT NPO

3209

10KN 25N

95%CAP 90X3 SMT XTR

4107L

WN36

4K78 % 6K65 SMT HLS

2030

WN40

49/7 % 6K65 SMT HLS

41

1U

35V 20%CAP

35KM SMT EL

3210

3229 10KN 102N

95%CAP 90X3 SMT XTR

4108H

WN36

5K26 % 6K65 SMT RES

2041

WN40

10K0 % 6K65 SMT RES

41

1U

35V 20%CAP

50X 4 SMT EL

3211

10KN 25N

95%CAP 90X3 SMT XTR

4108L

WN36

6K26 % 6K65 SMT RES

2043

WN40

32/4 % 6K65 SMT HLS

42

22X

15KV 10%CAP T&R RAD 2FLM

3212

4U7 25N

95%CAP 4X5.5 SUT ELC

4109A

WN36

18K2 % 6K65 SMT RES

2019

WN40

36R % 6K65 SMT RES

43

22X

35V 20%CAP

8X10 SMT EL

3213

10KN 5KV

ENCAP 60X SUT XTR

4110n

WN36

18K2 % 6K65 SMT RES

2023

WN40

10K0 % 6K65 SMT RES

43

1N

6V 5%CAP

80X5 SMT NPC

3214

10KN 5KV

ENCAP 60X SUT XTR

4110L

WN36

4K78 % 6K65 SMT RES

2025

WN40

10K0 % 6K65 SMT RES

43

10KN

6V 5%CAP

80X5 SMT XTR

3215

3150-83

6V 7A0 SCH DOZ14AC SMT

4111n

WN36

10K4 % 6K65 SMT RES

2025

WN40

10K0 % 6K65 SMT RES

44

150K

35V 10%CAP

35KM SMT EL

3216

3340 40N

3A SCH BDC 80X SMT

4111L

WN36

8K8 % 6K65 SMT RES

2026

WN40

29/4 % 6K65 SMT RES

44

330P

6V 5%CAP

60X 5 VNT NPO

3217

FMLL144N

75V 6A2 SODBC SMT

4112H

WN36

4K78 % 6K65 SMT RES

2029

WN40

47K % 6K65 SMT RES

44

2311 22ON

35V 5%CAP T&R RAD 2FLM

3218

3150-83

6V 7A0 SCH DOZ14AC SMT

4112*

WN36

4K78 % 6K65 SMT RES

2024

WN42

22K % 6K65 SMT RES

44

2311 22ON

35V 5%CAP T&R RAD 2FLM

3219

FMLL144N

75V 6A2 SCH DOZ14AC SMT

4113n

WN36

13K % 6K65 SMT RES

2027

WN40

10K0 % 6K65 SMT RES

44

150N

20V 10%CAP

60X3 SMT XTR

3220

CCBF103N

3W 1A SCH SODBC 2F SMT

4113L

WN36

2K % 6K65 SMT RES

2028

WN42

47K5 % 6K65 SMT RES

44

330P

6V 5%CAP

60X 5 VNT NPO

3221

3340 40N

3A SCH SMC SMT

4114*

WN36

4K78 % 6K65 SMT RES

2029

WN42

24K9H % 6K65 SMT RES

44

2342 69ON

35V 10%CAP T&R RAD 2FLM

3222

FMLL144N

75V 6A2 SODBC SMT

4115

WN36

4K78 % 6K65 SMT RES

2030

WN42

3K05 % 6K65 SMT RES

44

2342 69ON

35V 10%CAP T&R RAD 2FLM

3223

FMLL144N

75V 6A2 SODBC SMT

4115H

WN36

10K4 % 6K65 SMT RES

2032

WN42

32K5 % 6K65 SMT RES

44

150K

35V 10%CAP T&R RAD 2FLM

3224

FMLL144N

75V 6A2 SODBC SMT

4115*

WN36

8K8 % 6K65 SMT RES

2034

WN42

10K0 % 6K65 SMT RES

44

2311 22ON

35V 5%CAP T&R RAD 2FLM

3225

FMLL144N

75V 6A2 SODBC SMT

4116*

WN36

10K4 % 6K65 SMT RES

2036

WN42

10K0 % 6K65 SMT RES

44

2311 22ON

35V 5%CAP T&R RAD 2FLM

3226

FMLL144N

75V 6A2 SODBC SMT

4116*

WN36

10K4 % 6K65 SMT RES

2038

WN42

10K0 % 6K65 SMT RES

44

150K

20V 10%CAP

60X3 SMT XTR

3227

FMLL144N

75V 6A2 SODBC SMT

4117H

WN36

10K4 % 6K65 SMT RES

2039

WN42

10K0 % 6K65 SMT RES

44

330P

6V 5%CAP

60X 5 VNT NPO

3228

3327-50

VS 6WS 8% SMT ZEN

4117L

WN36

10K4 % 6K65 SMT RES

2039

WN42

20K5 % 6K65 SMT RES

44

10N

5V 5%CAP

120S SMT NPO

3229

3327-50

VS 6WS 8% SMT ZEN

4118H

WN36

10K4 % 6K65 SMT RES

2042

WN42

10K0 % 6K65 SMT RES

44

89X

35V 20%CAP

8X10 SMT ELE

3230

FMLL144N

75V 6A2 SODBC SMT

4118*

WN36

10K4 % 6K65 SMT RES

2044

WN42

47K5 % 6K65 SMT RES

44

10N

5V 5%CAP

120S SMT NPO

3231

FMLL144N

75V 6A2 SODBC SMT

4119L

WN36

10K4 % 6K65 SMT RES

2045

WN42

10K0 % 6K65 SMT RES

44

10N

5V 5%CAP

120S SMT NPO

3232

FMLL144N

75V 6A2 SODBC SMT

4119L

WN36

10K4 % 6K65 SMT RES

2046

WN42

10K0 % 6K65 SMT RES

44

10N

25V 20%CAP

8X5.4 SMT ELE

3233

FMLL144N

75V 6A2 SODBC SMT

4120*

WN36

10K4 % 6K65 SMT RES

2047

WN42

10K0 % 6K65 SMT RES

44

10N

25V 20%CAP

120S SMT NPO

3234

FMLL144N

75V 6A2 SODBC SMT

4120*

WN36

10K4 % 6K65 SMT RES

2048

WN42

10K0 % 6K65 SMT RES

44

10N

25V 20%CAP

120S SMT NPO

3235

FMLL144N

75V 6A2 SODBC SMT

4120*

WN36

10K4 % 6K65 SMT RES

2049

WN42

10K0 % 6K65 SMT RES

44

10N

25V 20%CAP

120S SMT NPO

3236

FMLL144N

75V 6A2 SODBC SMT

4120*

WN36

10K4 % 6K65 SMT RES

2050

WN42

10K0 % 6K65 SMT RES

44

10N

25V 20%CAP

120S SMT NPO

3237

FMLL144N

75V 6A2 SODBC SMT

4120*

WN36

10K4 % 6K65 SMT RES

2051

WN42

10K0 % 6K65 SMT RES

44

10N

25V 20%CAP

120S SMT NPO

3238

FMLL144N

75V 6A2 SODBC SMT

4120*

WN36

10K4 % 6K65 SMT RES

2052

WN42

10K0 % 6K65 SMT RES

44

10N

25V 20%CAP

120S SMT NPO

3239

FMLL144N

75V 6A2 SODBC SMT

4120*

WN36

10K4 % 6K65 SMT RES

2053

WN42

10K0 % 6K65 SMT RES

44

10N

25V 20%CAP

120S SMT NPO

3240

FMLL144N

75V 6A2 SODBC SMT

4120*

WN36

10K4 % 6K65 SMT RES

2054

WN42

10K0 % 6K65 SMT RES

44

10N

25V 20%CAP

120S SMT NPO

3241

FMLL144N

75V 6A2 SODBC SMT

4120*

WN36

10K4 % 6K65 SMT RES

2055

WN42

10K0 % 6K65 SMT RES

44

10N

25V 20%CAP

120S SMT NPO

3242

FMLL144N

75V 6A2 SODBC SMT

4120*

WN36

10K4 % 6K65 SMT RES

2056

WN42

10K0 % 6K65 SMT RES

M2240-02 PG1 Parts Reference List 2024-01-24

REF VS # Description

REF

VS #

Description

REF

VS #

Description

REF

VS #

Description

REF

VS #

Description

11-25

W240 08

MMB/LLL 72 INPUT BON/O

F41

100N

50V 5%CAP

080S SMT XTR

F31

SHN

LED

20V 20VA

1206 SMT

F39

W12E

2949 0 %

0900 SMT RLS

F35

W12E

2498 0 %

080S SMT RLS

11

40T

25V 20%CAP

4X6.5 SMT ELC

F33

100N

50V 5%CAP

080S SMT XTR

F29

RED

LED

10V 20VA

1206 SMT

F31

W12E

3K32 1%

080S SMT RRS

F35F

W12E

2498 0 %

080S SMT RRS

12

10U

25V 20%CAP

5X6.5 SMT EL

F37

100N

100V 15%CAP

1206 SMT XTR

F27

W25 3R

3%

080S SMT RRS

F35

W100

4K96 1%

080S SMT RRS

F35A

W100

4K99 1%

080S SMT RRS

13

10U

25V 20%CAP

5X6.5 SMT EL

F37

100N

50V 25%CAP

3.3MV SMT ELE

F35

4488

50K 50A

9MM SRT+ TORG P33

F35

W100

4K96 1%

080S SMT RRS

F35A

W100

4K99 1%

080S SMT RRS

14

40T

25V 20%CAP

4X6.5 SMT ELC

F37*

100N

50V 5%CAP

360S SMT NPO

F35

4488

50K 50A

9MM SRT+ TORG P33

F35

W100

4K96 1%

080S SMT RRS

F35A

W100

4K99 1%

080S SMT RRS

15

40T

25V 20%CAP

4X6.5 SMT ELC

F37*

100N

50V 10%CAP

360S SMT NPO

F35

4488

50K 50A

9MM SRT+ TORG P33

F35

W100

100 1%

300S SMT RRS

F35I

W100

4K99 1%

080S SMT RRS

16

10U

25V 20%CAP

5X6.5 SMT EL

F37*

100N

50V 10%CAP

360S SMT NPO

F35

4472

10K 51N

9MM P38

F35

W100

100 1%

300S SMT RRS

F35A

W100

1K21 1%

080S SMT RRS

17

10U

25V 20%CAP

5X6.5 SMT EL

F37

100N

50V 5%CAP

360S SMT XTR

F35

4472

10K 51N

9MM P38

F35

W100

100 1%

300S SMT RRS

F35I

W100

1K21 1%

080S SMT RRS

18

150N

25V 20%CAP

1206 SMT XTR

F37*

100N

50V 5%CAP

1206 SMT NPO

F37

4472

10K 51N

9MM P38

F35

W12E

2765 1%

080S SMT RRS

F31

W12E

3K92 1%

080S SMT RRS

19

150N

25V 20%CAP

1206 SMT XTR

F37*

100N

50V 5%CAP

1206 SMT XTR

F36

4471

50K 51N

9MM P38

F36

W12E

2765 1%

080S SMT RRS

F32

W100

4K99 1%

080S SMT RRS

20

30N

25V 20%CAP

3900 SMT XTR

F37*

100N

50V 5%CAP

1206 SMT XTR

F36

4471

50K 51N

9MM P38

F36

W100

100 1%

080S SMT RRS

F33

W12E

22K 0%

080S SMT RRS

21

30P

25V 20%CAP

680S SMT NPO

F37*

100N

50V 5%CAP

1206 SMT XTR

F37

4471

50K 51N

9MM P38

F37

W100

100 1%

080S SMT RRS

F34

W12E

3K92 1%

080S SMT RRS

22

10U

25V 20%CAP

680S SMT NPO

F37*

100N

20V 20%CAP

300S SMT EL

F37

4471

50K 51N

9MM P38

F37

W100

100 1%

080S SMT RRS

F34A

W12E

4K99 1%

080S SMT RRS

23

22U

25V 20%CAP

5X6.5 SMT LLC

F34

100N

20V 20%CAP

5X6.4 SMT EL

F34

W0044LVANK 1

25D 69.5SSOIN 50PER WOLLL

F34A

W100

100 1%

080S SMT RRS

F35

W12E

3K92 1%

080S SMT RRS

24

27P

25V 20%CAP

680S SMT NPO

F34*

100P

50V 5%CAP

360S SMT NPO

F34

WMBT298L

11 PRP

SOT 23 SMT TLR

F35

W12E

675 2%

090S SMT RRS

F35

W12E

3K92 1%

080S SMT RRS

25

10P

25V 20%CAP

680S SMT NPO

F34*

100P

50V 5%CAP

360S SMT NPO

F34

WMBT298L

11 PRP

SOT 23 SMT TLR

F34A

W100

4K76 1%

080S SMT RRS

F35

W12E

2498 1%

080S SMT RRS

26

10U

25V 20%CAP

5X6.5 SMT EL

F34*

100P

50V 5%CAP

360S SMT NPO

F34

WMBT298L

11 PRP

SOT 23 SMT TLR

F34A

W100

4K76 1%

080S SMT RRS

F32

W100

4K99 1%

080S SMT RRS

27

10U

25V 20%CAP

5X6.5 SMT EL

F34*

100N

50V 5%CAP

3.3MV SMT ELE

F35

BCS47C 0

A/NPN +5V

SOT 23 SMT

F35A

W100

4K76 1%

080S SMT RRS

F33A

W12E

8K25 1%

080S SMT RRS

28

10U

25V 20%CAP

5X6.5 SMT EL

F37

100N

50V 5%CAP

680S SMT XTR

F37

WMBT298L

11 PRP

SOT 23 SMT TLR

F37

W100

100K 1%

080S SMT RRS

F33E

W12E

8K25 1%

080S SMT RRS

29

40T

25V 20%CAP

4X6.5 SMT ELC

F37*

22R

50V 20%CAP

300S SMT ELC

F37*

WMBT14A

NPN CARL

SOT 23 SMT

F37A

W100

20K 1%

080S SMT RRS

F31F

W12E

4K99 1%

080S SMT RRS

30

40T

25V 20%CAP

4X6.5 SMT ELC

F37*

100N

50V 5%CAP

680S SMT XTR

F37

WMBT14A

NPN CARL

SOT 23 SMT

F37A

W100

20K 1%

080S SMT RRS

F34

W100

4K99 1%

080S SMT RRS

31

22P

25V 20%CAP

680S SMT XTR

F37*

100N

50V 5%CAP

680S SMT XTR

F37

WMBT14A

NPN CARL

SOT 23 SMT

F37A

W100

20K 1%

080S SMT RRS

F35

W100

1K3 1%

080S SMT RRS

32

40T

25V 20%CAP

4X6.5 SMT ELC

F37*

100N

50V 5%CAP

680S SMT XTR

F37

WMBFJ19

NCH JFET SOT 23 SMT

F37A

W100

10K 1%

080S SMT RRS

F31A

W100

1K3 1%

080S SMT RRS

33

40T

25V 20%CAP

4X6.5 SMT ELC

F37*

100N

50V 5%CAP

1206 SMT NPO

F37

TL431A 3

FRM ADU VREC SMT SOT 23

F37A

W100

10K 1%

080S SMT RRS

F31B

W100

1K3 1%

080S SMT RRS

34

100N

25V 20%CAP

380S SMT XTR

F37*

100N

50V 5%CAP

680S SMT XTR

F37

2H002

NCH FET SOT 23 SMT TAR

F37A

W100

10K 1%

080S SMT RRS

F34

W100

1K3 1%

080S SMT RRS

35

10N

25V 20%CAP

1206 SMT NPO

F37*

100P

25P 25%CAP

6X3.4 SMT EL

F37*

BCS47C 0

A/NPN +5V

SOT 23 SMT TLR

F37A

W100

10K 1%

080S SMT RRS

F33

W100

1K3 1%

080S SMT RRS

36

22P

25V 20%CAP

1206 SMT NPO

F37*

100N

50V 5%CAP

680S SMT XTR

F37

BCS47C 0

A/NPN +5V

SOT 23 SMT TLR

F37A

W100

10K 1%

080S SMT RRS

F33E

W100

1K3 1%

080S SMT RRS

37

10N

25V 20%CAP

1206 SMT NPO

F37*

100P

50V 5%CAP

1206 SMT XTR

F37

BCS47C 0

A/NPN +5V

SOT 23 SMT TLR

F37A

W100

10K 1%

080S SMT RRS

F34

W100

1K3 1%

080S SMT RRS

38

22P

25V 20%CAP

390S SMT XTR

F37*

100N

50V 5%CAP

1206 SMT XTR

F37

BCS47C 0

A/NPN +5V

SOT 23 SMT TLR

F37A

W100

10K 1%

080S SMT RRS

F34F

W100

1K3 1%

080S SMT RRS

39

1N

25V 20%CAP

390S SMT XTR

F37*

100N

50V 5%CAP

1206 SMT XTR

F37

BCS47C 0

A/NPN +5V

SOT 23 SMT TLR

F37A

W100

10K 1%

080S.SMT RRS

F34G

W100

1K3 1%

080S SMT RRS

40

27P

25V 20%CAP

680S SMT NPO

F37*

100N

50V 5%CAP

680S SMT XTR

F37

WMBT298L

11 PRP

SOT 23 SMT TLR

F37A

W100

25K9 1%

090S SMT RRS

F34G

W100

1K3 1%

090S SMT RRS

41

40T

25V 20%CAP

680S SMT ELC

F37*

100N

50V 5%CAP

680S SMT XTR

F37

WMBFJ19

NCH JFET SOT 23 SMT

F37A

W100

10K 1%

080S SMT RRS

F31A

W100

1K 1%

080S SMT RRS

42

10P

25V 20%CAP

680S SMT XTR

F37*

100N

50V 5%CAP

680S SMT XTR

F37

TL431A 3

FRM ADU VREC SMT SOT 23

F37A

W100

10K 1%

080S SMT RRS

F31B

W100

1K3 1%

080S SMT RRS

43

10N

25V 20%CAP

1206 SMT NPO

F37*

100P

25P 25%CAP

6X3.4 SMT EL

F37*

BCS47C 0

A/NPN +5V

SOT 23 SMT TAR

F37A

W100

10K 1%

080S SMT RRS

F34

W100

1K3 1%

44

22P

25V 20%CAP

1206 SMT NPO

F37*

100N

50V 5%CAP

680S SMT XTR

F37

BCS47C 0

A/NPN +5V

SOT 23 SMT TAR

F37A

W100

10K 1%

080S SMT RRS

F35

W100

1K3 1%

45

10N

25V 20%CAP

680S SMT XTR

F37*

100N

50V 5%CAP

680S SMT XTR

F37*

BCS47C 0

A/NPN +5V

SOT 23 SMT TAR

F37A

W100

10K 1%

080S SMT RRS

F35A

W100

1K3 1%

46

10P

25V 20%CAP

390S SMT XTR

F37*

100N

50V 5%CAP

680S SMT XTR

F37*

BCS47C 0

A/NPN +5V

SOT 23 SMT TAR

F37A

W100

10K 1%

080S SMT RRS

F34A

W100

1K3 1%

47

27P

25V 20%CAP

680S SMT NPO

F37*

100N

50V 5%CAP

680S SMT XTR

F37*

WMBT298L

11 PRP

SOT 23 SMT TAR

F37A

W100

25K9 1%

090S SMT RRS

F34B

W100

1K3 1%

48

47P

25V 20%CAP

680S SMT XTR

F37*

100N

50V 5%CAP

680S SMT XTR

F37*

WMBFJ19

NCH JFET SOT 23 SMT TAR

F37A

W100

10K 1%

080S SMT RRS

F31A

W100

1K3 1%

49

10N

25V 20%CAP

680S SMT XTR

F37*

100N

50V 5%CAP

680S SMT XTR

F37*

WMBFJ19

NCH JFET SOT 23 SMT TAR

F37A

W100

10K 1%

080S SMT TRS

F31A

W100

1K3 1%

50

82P

25V 20%CAP

680S SMT XTR

F37*

100N

50V 5%CAP

680S SMT XTR

F37*

WMBFJ19

NCH JFET SOT 23 SMT TAR

F37A

W100

10K 1%

080S SBT RRS

F31A

W100

1K3 1%

51

82P

25V 20%CAP

680S SMT XTR

F37*

100N

50V 5%CAP

680S SMT XTR

F37*

WMBFJ19

NCH JFET SOT 23 SMT TAR

F37A

W100

10K 1%

08O SBT RRS

F31A

W100

1K3 1%

52

82P

25V 20%CAP

680S SMT XTR

F37*

100N

50V 5%CAP

680S SMT XTR

F37*

WMBFJ19

NCH JFET SOT 23 SMT TAR

F37A

W100

10K 1%

08S SBT RRS

F31A

W100

1K3 1%

53

82P

25V 20%CAP

680S SMT XTR

F37*

100N

50V 5%CAP

680S SMT XTR

F37*

WMBFJ19

NCH JFET SOT 23 SMT TAR

F37A

W100

10K 1%

08SO SBT RRS

F31A

W100

1K3 1%

54

82P

25V 20%CAP

680S SMT XTR

F37*

100N

50V 5%CAP

680S SMT XTR

F37*

WMBFJ19

NCH JFET SOT 23 SMT TAR

F37A

W100

10K 1%

08ST SBT RRS

F31A

W100

1K3 1%

55

82P

25V 20%CAP

680S SMT XTR

F37*

100N

50V 5%CAP

680S SMT XTR

F37*

WMBFJ19

NCH JFET SOT 23 SMT TAR

F37A

W100

10K 1%

08SP SBT RRS

F31A

W100

1K3 1%

56

10N

25V 20%CAP

680S SMT XTR

F37*

100N

50V 5%CAP

680S SMT XTR

F37*

WMBFJ19

NCH JFET SOT 23 SMT TAR

F37A

W100

10K 1%

08ST SBT RPS

F31A

W100

1K3 1%

57

10N

25V

M2240-02 PG2 Parts Reference List 2024-01-24

REF	YS #	Description	REF	YS #	Description	REF	YS #	Description	REF	YS #	Description	REF	YS #	Description
0123		W100 4K80 1% 0005 SMT RLS
0124		W12 562RD 1% 0005 SMT RES
0125		W100 20KS 1% 0005 SMT RES
0126		W100 15KO 1% 0005 SMT RES
0127		W100 10KO 1% 0005 SMT RES
0128		W100 8KO 1% 0005 SMT RES
0129		W12 3K32 1% 0005 SMT RES
0130		W100 6KS 1% 0005 SMT RES
0131		W100 2KO 1% 0005 SMT RES
0132		W100 10KO 1% 0005 SMT RES
0133		W100 16OR 1% 0005 SMT RES
0134		W100 10KO 1% 0005 SMT RLS
0135		W100 10M 1% 0005 SMT RLS
0136		W12 562RD 1% 0005 SMT RES
0137		W100 10OR 1% 0005 SMT RES
0138		W100 10M 1% 0005 SMT RES
0139		W12 10KO 1% 0005 SMT RLS
0140		W100 1MX 1% 0005 SMT RLS
0141		W100 1MX 1% 0005 SMT RES
0142		W100 1MX 1% 0005 SMT RES
0143		W100 1MX 1% 0005 SMT RLS
0144		W100 1MX 1% 0005 SMT RES
0145		W100 1MX 1% 0005 SMT RES
0146		W100 1MX 1% 0005 SMT RES
0147		W100 1MX 1% 0005 SMT RES
0148		W100 1MX 1% 0005 SMT RES
0149		W100 1MX 1% 0005 SMT RES
0150		W100 1MX 1% 0005 SMT RES
0151		W100 1MX 1% 0005 SMT RES
0152		W100 1MX 1% 0005 SMT RES
0153		W100 1MX 1% 0005 SMT RES
0154		W100 1MX 1% 0005 SMT RES
0155		W100 1MX 1% 0005 SMT RES
0156		W100 1MX 1% 0005 SMT RES
0157		W100 1MX 1% 0005 SMT RES
0158		W100 1MX 1% 0005 SMT RES
0159		W100 1MX 1% 0005 SMT RES
0160		W100 1MX 1% 0005 SMT RES
0161		W100 1MX 1% 0005 SMT RES
0162		W100 1MX 1% 0005 SMT RES
0163		W100 1MX 1% 0005 SMT RES
0164		W100 1MX 1% 0005 SMT RES
0165		W100 1MX 1% 0005 SMT RES
0166		W100 1MX 1% 0005 SMT RES
0167		W100 1MX 1% 0005 SMT RES
0168		W100 1MX 1% 0005 SMT RES
0169		W100 1MX 1% 0005 SMT RES
0170		W100 1MX 1% 0005 SMT RES
0171		W100 1MX 1% 0005 SMT RES
0172		W100 1MX 1% 0005 SMT RES
0173		W100 1MX 1% 0005 SMT RES
0174		W100 1MX 1% 0005 SMT RES
0175		W100 1MX 1% 0005 SMT RES
0176		W100 1MX 1% 0005 SMT RES
0177		W100 1MX 1% 0005 SMT RES
0178		W100 1MX 1% 0005 SMT RES
0179		W100 1MX 1% 0005 SMT RES
0180		W100 1MX 1% 0005 SMT RES
0181		W100 1MX 1% 0005 SMT RES
0182		W100 1MX 1% 0005 SMT RES
0183		W100 1MX 1% 0005 SMT RES
0184		W100 1MX 1% 0005 SMT RES
0185		W100 1MX 1% 0005 SMT RES
0186		W100 1MX 1% 0005 SMT RES
0187		W100 1MX 1% 0005 SMT RES
0188		W100 1MX 1% 0005 SMT RES
0189		W100 1MX 1% 0005 SMT RES
0190		W100 1MX 1% 0005 SMT RES
0191		W100 1MX 1% 0005 SMT RES
0192		W100 1MX 1% 0005 SMT RES
0193		W100 1MX 1% 0005 SMT RES
0194		W100 1MX 1% 0005 SMT RES
0195		W100 1MX 1% 0005 SMT RES
0196		W100 1MX 1% 0005 SMT RES
0197		W100 1MX 1% 0005 SMT RES
0198		W100 1MX 1% 0005 SMT RES
0199		W100 1MX 1% 0005 SMT RES
0200		W100 1MX 1% 0005 SMT RES
0201		W100 1MX 1% 0005 SMT RES
0202		W100 1MX 1% 0005 SMT RES
0203		W100 1MX 1% 0005 SMT RES
0204		W100 1MX 1% 0005 SMT RES
0205		W100 1MX 1% 0005 SMT RES
0206		W100 1MX 1% 0005 SMT RES
0207		W100 1MX 1% 0005 SMT RES
0208		W100 1MX 1% 0005 SMT RES
0209		W100 1MX 1% 0005 SMT RES
0210		W100 1MX 1% 0005 SMT RES
0211		W100 1MX 1% 0005 SMT RES
0212		W100 1MX 1% 0005 SMT RES
0213		W100 1MX 1% 0005 SMT RES
0214		W100 1MX 1% 0005 SMT RES
0215		W100 1MX 1% 0005 SMT RES
0216		W100 1MX 1% 0005 SMT RES
0217		W100 1MX 1% 0005 SMT RES
0218		W100 1MX 1% 0005 SMT RES
0219		W100 1MX 1% 0005 SMT RES
0220		W100 1MX 1% 0005 SMT RES
0221		W100 1MX 1% 0005 SMT RES
0222		W100 1MX 1% 0005 SMT RES
0223		W100 1MX 1% 0005 SMT RES
0224		W100 1MX 1% 0005 SMT RES
0225		W100 1MX 1% 0005 SMT RES
0226		W100 1MX 1% 0005 SMT RES
0227		W100 1MX 1% 0005 SMT RES
0228		W100 1MX 1% 0005 SMT RES
0229		W100 1MX 1% 0005 SMT RES
0230		W100 1MX 1% 0005 SMT RES
0231		W100 1MX 1% 0005 SMT RES
0232		W100 1MX 1% 0005 SMT RES
0233		W100 1MX 1% 0005 SMT RES
0234		W100 1MX 1% 0005 SMT RES
0235		W100 1MX 1% 0005 SMT RES
0236		W100 1MX 1% 0005 SMT RES
0237		W100 1MX 1% 0005 SMT RES
0238		W100 1MX 1% 0005 SMT RES
0239		W100 1MX 1% 0005 SMT RES
0240		W100 1MX 1% 0005 SMT RES
0241		W100 1MX 1% 0005 SMT RES
0242		W100 1MX 1% 0005 SMT RES
0243		W100 1MX 1% 0005 SMT RES
0244		W100 1MX 1% 0005 SMT RES
0245		W100 1MX 1% 0005 SMT RES
0246		W100 1MX 1% 0005 SMT RES
0247		W100 1MX 1% 0005 SMT RES
0248		W100 1MX 1% 0005 SMT RES
0249		W100 1MX 1% 0005 SMT RES
0250		W100 1MX 1% 0005 SMT RES
0251		W100 1MX 1% 0005 SMT RES
0252		W100 1MX 1% 0005 SMT RES
0253		W100 1MX 1% 0005 SMT RES
0254		W100 1MX 1% 0005 SMT RES
0255		W100 1MX 1% 0005 SMT RES
0256		W100 1MX 1% 0005 SMT RES
0257		W100 1MX 1% 0005 SMT RES
0258		W100 1MX 1% 0005 SMT RES
0259		W100 1MX 1% 0005 SMT RES
0260		W100 1MX 1% 0005 SMT RES
0261		W100 1MX 1% 0005 SMT RES
0262		W100 1MX 1% 0005 SMT RES
0263		W100 1MX 1% 0005 SMT RES
0264		W100 1MX 1% 0005 SMT RES
0265		W100 1MX 1% 0005 SMT RES
0266		W100 1MX 1% 0005 SMT RES
0267		W100 1MX 1% 0005 SMT RES
0268		W100 1MX 1% 0005 SMT RES
0269		W100 1MX 1% 0005 SMT RES
0270		W100 1MX 1% 0005 SMT RES
0271		W100 1MX 1% 0005 SMT RES
0272		W100 1MX 1% 0005 SMT RES
0273		W100 1MX 1% 0005 SMT RES
0274		W100 1MX 1% 0005 SMT RES
0275		W100 1MX 1% 0005 SMT RES
0276		W100 1MX 1% 0005 SMT RES
0277		W100 1MX 1% 0005 SMT RES
0278		W100 1MX 1% 0005 SMT RES
0279		W100 1MX 1% 0005 SMT RES
0280.4X

graph TD
    subgraph Input Section
        A["Ch1 SchDoc"] --> B["Mic + Line"]
        C["PhunH"] --> B
        D["Chassis"] --> E["Grounds"]
        F["Ch2 SchDoc"] --> G["Mic + Instr"]
        H["Phun+"] --> G
        I["Ch3 SchDoc"] --> J["Mic + 1/8 St/BT"]
        K["BT_Audio"] --> J
        L["BT_AGnd"] --> J
        M["BT_DGnd"] --> N["BT +V"]
        O["BT +5v"] --> P["BT Status"]
        Q["SPCR7"] --> R["BLU RT Status"]
        S["BU"] --> T["BT SysPar"]
        U["BT_Enable"] --> V["SN74AHC1G86"]
        W["Pin 1"] --> X["Pin 2"]
        Y["Pin 3"] --> Z["Pin 4"]
        AA["Pin 5"] --> AB["Pin 6"]
        AC["Pin 7"] --> AD["Pin 8"]
    end

    subgraph Legend
        AE["Battery - System Gnd"]
        AF["Master SchDoc"] --> AG["Chln BusGrid LinkMate BatLowAlert"]
        AH["Ampln AmpGrid"] --> AI["FX_SchDoc FX_In FXaGnd FXenSW"]
        AJ["FX_Out BusGrid FX_In FXaGnd FXenSW"] --> AK["Grounds"]
        AL["AMpln AmpGrid +12V"] --> AM["R166"]
        AN["R186"] --> AO["R211"]
    end

    subgraph System_Gnd
        AP["WAKE"] --> AQ["LinkMate +5V +5VFX"]
        AR["Vise"] --> AS["+V_PRE L"]
        AT["-12V"] --> AU["Grounds"]
        AV["-V"] --> AW["Grounds"]
        AX["PG"] --> AY["Pig"]
    end

    subgraph Power Section
        AX --> AY
    end

    style Input Section fill:#f9f,stroke:#333
    style System_Gnd fill:#ccf,stroke:#333
    style Power Section fill:#cfc,stroke:#333

DESIGN HISTORY AND INFORMATION

CHANGE HISTORY

#	DATE	VER#	PC#	DESCRIPTION OF CHANGE
1	08 JAN 2019	V01		RELEASED FOR PRODUCTION
2	17-Sept-2019		9437	Change R248 1K21 to 4K99, R244 1K21 to 4K90, R172 82K5 to 274K.
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	VEER#	PC#	DESCRIPTION OF CHANGE
1
2
3
4
5
6
7
8
9
10
11

POTENTIOMETERS AND KNOBS

POTENTIOMETERS/SWITCHES AND KNOBS
REF	FUNCTION	POT/SW YSM	STYLE	KNOB#
P1A	LEVEL	4483	P32	10043
P1B	LEVEL	4483	P32	10043
P1C	LEVEL	4483	P32	10043
P2A	Shape	4472	P32	9921
P2B	Shape	4472	P32	9921
P2C	Shape	4472	P32	9921
P3A	FX Send	4472	P32	9921
P3B	FX Send	4472	P32	9921
P3C	FX Send	4472	P32	9921
P4	Master	4433	P32	10043
S1	FX Select	4189		10045

STYLE_PNS

THIS SHEET CONTAINS A CHANGE HISTORY LOG, A LIST OF THE POTS & KNOBS AND A LEADS & PINS REFERENCE SECTION.

Yorkville	Design Information And History
	EXMMobile12
	N 15 14 9 25 mm	P 20% mm	D % mm	0
	25% m3	P 6 - 150000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000	15	16

PCB ASSEMBLY DOCUMENTATION

SPECIAL PRODUCTION NOTES

1. RTV ALL TALL CAPS

2. USE PIZZA CUTTER TO SEPARATE BOARD FROM PANEL.

Please make sure C3 is VERTICAL

and not bent over covering the LED

LD1A

Please make sure C21A, C21B, C24C are

not bent over covering the LEDs next to them

LD1A, LD1B, LD1C

THIS SHEET CONTAINS SPECIAL PRODUCTION NOTES AND A LIST OF PCB HARDWARE PARTS REQUIRED FOR THE BUILD.

Assembly Documentation

EXMMobile12

N124 10 115610708900A EML 00-01

Yorkville	Design Information And History
	EXMMobile12
	N15 14 0 25nd	P9788 1st	D6 1nd	01
	2nd	P# 1nd	P# 2nd	1st

graph TD
    subgraph Power_Side
        direction TB
        A["Micro"] --> B["LEDs_EN"]
        A --> C["RED_LED"]
        A --> D["100L_D"]
        A --> E["75LED"]
        A --> F["Charging_LED"]
        A --> G["ChargeLED"]
        H["LinkMate"] --> I["AMMIDUE Enable"]
        J["ToMgnd"] --> K["BUCK_EN"]
        L["BUCK_EN"] --> M["PREFAMP ENABLE"]
        N["PREFAMP ENABLE"] --> O["PREFAMP ENABLE"]
        P["PREFAMP ENABLE"] --> Q["PREFAMP ENABLE"]
        R["PREFAMP ENABLE"] --> S["PREFAMP ENABLE"]
        T["PREFAMP ENABLE"] --> U["PREFAMP ENABLE"]
        V["PREFAMP ENABLE"] --> W["PREFAMP ENABLE"]
        X["PREFAMP ENABLE"] --> Y["PREFAMP ENABLE"]
        Z["PREFAMP ENABLE"] --> AA["PREFAMP ENABLE"]
        AB["PREFAMP ENABLE"] --> AC["PREFAMP ENABLE"]
        AD["PREFAMP ENABLE"] --> AE["PREFAMP ENABLE"]
        AF["PREFAMP ENABLE"] --> AG["PREFAMP ENABLE"]
        AH["PREFAMP ENABLE"] --> AI["PREFAMP ENABLE"]
        AJ["PREFAMP ENABLE"] --> AK["PREFAMP ENABLE"]
        AL["PREFAMP ENABLE"] --> AM["PREFAMP ENABLE"]
        AN["PREFAMP ENABLE"] --> AO["PREFAMP ENABLE"]
        AP["PREFAMP ENABLE"] --> AQ["PREFAMP ENABLE"]
        AR["PREFAMP ENABLE"] --> AS["PREFAMP ENABLE"]
        AT["PREFAMP ENABLE"] --> AU["PREFAMP ENABLE"]
        AV["PREFAMP ENABLE"] --> AW["PREFAMP ENABLE"]
        AX["PREFAMP ENABLE"] --> AY["PREFAMP ENABLE"]
        AZ["PREFAMP ENABLE"] --> BA["PREFAMP ENABLE"]
        BB["PREFAMP ENABLE"] --> BC["PREFAMP ENABLE"]
        BD["PREFAMP ENABLE"] --> BE["PREFAMP ENABLE"]
        BF["PREFAMP ENABLE"] --> BG["PREFAMP ENABLE"]
        BH["PREFAMP ENABLE"] --> BI["PREFAMP ENABLE"]
        BJ["PREFAMP ENABLE"] --> BK["PREFAMP ENABLE"]
        BL["PREFAMP ENABLE"] --> BLP["PREFAMP ENABLE"]
        BM["PREFAMP ENABLE"] --> BN["PREFAMP ENABLE"]
        BO["PREFAMP ENABLE"] --> BP["PREFAMP ENABLE"]
        BP["PREFAMP ENABLE"] --> BQ["PREFAMP ENABLE"]
        BR["PREFAMP ENABLE"] --> BS["PREFAMP ENABLE"]
        BT["PREFAMP ENABLE"] --> BU["PREFAMP ENABLE"]
        BV["PREFAMP ENABLE"] --> BW["PREFAMP ENABLE"]
        BX["PREFAMP ENABLE"] --> BY["PREFAMP ENABLE"]
        CA["PREFAMP ENABLE"] --> CB["PREFAMP ENABLE"]
        CC["PREFAMP ENABLE"] --> CD["PREFAMP ENABLE"]
        DD["PREFAMP ENABLE"] --> DE["PREFAMP ENABLE"]
        FD["PREFAMP ENABLE"] --> FDp["PREFAMP ENABLE"]
        FDq["PREFAMP ENABLE"] --> FDqP["PREFAMP ENABLE"]
        FDpP["PREFAMP ENABLE"] --> FDpP["PREFAMP ENABLE"]
        FDqP["PREFAMP ENABLE"] --> FDqP["PREFAMP ENABLE"]
        FDqP["PREFAMP ENABLE"] --> FDqP["PREFAMP ENABLE"]
        DG["Power Supply & Battery/Ctrl.SchDoc"] --> DH["PowerSupply & Battery/Ctrl.SchDoc"]
    end

    subgraph Legend
        E["Power Supply & Battery/Ctrl.SchDoc"] --> E
    end

    %% Legend
    E["Power Supply & Battery/Ctrl.SchDoc"] --> E
    %% Legend
    E["Power Supply & Battery/Ctrl.SchDoc"] --> E
    %% Legend
    E["Power Supply & Battery/Ctrl.SchDoc"] --> E
    %% Legend
    E["Power Supply & Battery/Ctrl.SchDoc"] --> E
    %% Legend
    E["Power Supply & Battery/Ctrl.SchDoc"] --> E
    %% Legend
    E["Power Supply & Battery/Ctrl.SchDoc"] --> E

M1815 2 7 Sheet	OPC#B: R#B#:	ENL Rev#: 01
Modified	File:2PNav6S&SupplySection.SchDoc		Temp Rev: V031

10-Pin Cortex Debug Connector		6-Pin TC2030 Footprint
1 VCC	2 SWDIO / TMS	1 VCC
3 GND	4 SWCLK / TCK	2 SWDIO / TMS
5 GND	6 SWO / TDO	3 nRESET
7 NC / RTCK	8 NC / TDI	4 SWCLK / TCK
9 GNDDetect	10 nRESET	5 GND (also connected to GNDDetect)
		6 SWO / TDO

Yorkville Section: Microcontroller
Product(s): EXMMobile 12
M1815.47 Modified:	V01		EML Rev#: 01		Sheet OIPCBF: Rev#:
	File: 2018-0626.Dcc				Temp Rev: V031
12	13	14	15	16	17

Yorkville	Section: Power Amp
	Product#: EXMMobile 12
	PCM: M1015	Rev: V01	EKL Rev: 01	Sheet 0 Of 7
	Mod/Doc: 2019-09-20	FIC: Power Amp.SchDoc		Top Rev: V031

DESIGN HISTORY AND INFORMATION

CHANGE HISTORY

#	DATE	VER#	PC#	DESCRIPTION OF CHANGE
1	05 JAN 2019	V01		RELEASED FOR PRODUCTION
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
1
2
3
4
5
6
7
8
9
10

THIS SHEET CONTAINS A CHANGE HISTORY LOG, A LIST OF THE POTS & KNOBS AND A LEADS & PINS REFERENCE SECTION.

Design Information And History
EXMMobile 12
N 12 13 6/75wd	P 000000000	E 400000000
P 000000000	P 000000000	E 400000000	E 400000000

SPECIAL PRODUCTION NOTES

PCB ASSEMBLY DOCUMENTATION

EXM-70/EXMMobile/12 Heatsink Jig.

Close-up of a metallic electronic component with a small yellow component, placed on a dark surface (no visible text or symbols)

1) Place the EXMMobile 12guide on the jig.

2) Place the 6698 heatsink in the guide.

Heatsin Assembly PCB Finis ing

3) Flip the guide for the 4236 pad onto the heatsink.

Close-up of a metallic electronic component with mounting holes and a red 'EXH-MODILE' label (no other text or symbols visible)

4) Place the 4236 pad onto the heatsink.

5) Flip the pad guide out of the way.

6) Place board face down on the jig. Pin at the two lower corners.

Green printed circuit board with red arrows pointing to specific components (no readable text or symbols)

7) Mount 6698 using 2 8807 screws. Dip the screws in Loctite. Tighten to 4 in/lbs.

Close-up of hands performing a dental procedure on a small tooth model (no text or symbols visible)

RTV in hole underneath L5.

Close-up of a green printed circuit board with visible traces and components (no readable text or symbols)

THIS SHEET CONTAINS SPECIAL PRODUCTION NOTES AND A LIST OF PCB HARDWARE PARTS REQUIRED FOR THE BUILD.

Assembly Documentation

EXMMobile 12

N1815 (7/5)wd 09/06-04/08 EML (2014) 0

2016年

24.1 10V356 0273

See PcbDoc for default clearance rules.

Note: You must define your own rules for -HI and +HI.

ECAD Incidents

EXMMobile 12

N12129756nd 0708-088 EMLand

2017年

(1) 本说明仅供参考。

SPECIAL PRODUCTION NOTES

PCB ASSEMBLY DOCUMENTATION

Heatsin Assembly PCB Finis ing

EXM-70/EXMMobile/12 Heatsink Jig.

Close-up of a small electronic component with a yellow body and metallic contacts, placed on a flat surface against a dark textured background (no visible text or symbols)

3) Flip the guide for the 4236 pad onto the heatsink.

Close-up of an electronic component with metallic casing and mounting holes, labeled 'EXH-MOBILE' (no other text or symbols visible)

6) Place board face down on the jig. Pin at the two lower corners.

Green printed circuit board with visible traces and components, no readable text or symbols

1) Place the EXMMobile 12guide on the jig.

4) Place the 4236 pad onto the heatsink. Handle the 4236 pad by the edges only.

Close-up of a hand holding a small metal component, with no visible text or symbols on the component itself.

7) Mount 6698 using 2 8807 screws. Dip the screws in Loctite. Tighten to 4 in/lbs.

Close-up of hands performing a procedure on a small object, possibly a dental or mechanical component (no visible text or symbols)

RTV in hole underneath L5.

Close-up of a green printed circuit board with visible traces and components (no readable text or symbols)

2) Place the 6698 heatsink in the guide.

5) Flip the pad guide out of the way.

Dip each screw in Loctite. Cover 2 threads.

THIS SHEET CONTAINS SPECIAL PRODUCTION NOTES AND A LIST OF PCB HARDWARE PARTS REQUIRED FOR THE BUILD.

Yorkville Assembly Documentation
Products EXMMobile12
P258. V104	Vcc. V01	EML.Avr. 01	Gmcl. Gk
P259. 2014-02-06	File Assembly Set Doc		Top S### V034

DESIGN HISTORY AND INFORMATION

CHANGE HISTORY

#	DATE	VER#	PC#	DESCRIPTION OF CHANGE
1	06-JAN-2019	V01		RELEASED FOR PRODUCTION
2
3
4
5
6
7
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10
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#	DATE	VER#	PC#	DESCRIPTION OF CHANGE
1
2
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#	DATE	VER#	PC#	DESCRIPTION OF CHANGE
1
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8
9
10

THIS SHEET CONTAINS A CHANGE HISTORY LOG, A LIST OF THE POTS & KNOBS AND A LEADS & PINS REFERENCE SECTION.

Yorkville	Design Information And History
	Products EXMMobile12
	P250.	P350.7	P45. V01	EMLAvei	D1	Gnd. 6Y
	P450.	20-4-02-06	Fk. History Set Doc			Pca Ave. V004

DESIGN HISTORY AND INFORMATION

CHANGE HISTORY

#	DATE	VER#	PC#	DESCRIPTION OF CHANGE
1	08-JAN-2019	V01		RELEASED FOR PRODUCTION
2
3
4
5
6
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#	DATE	VER#	PC#	DESCRIPTION OF CHANGE
1
2
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#	DATE	VER#	PC#	DESCRIPTION OF CHANGE
1
2
3
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5
6
7
8
9
10

THIS SHEET CONTAINS A CHANGE HISTORY LOG, A LIST OF THE POTS & KNOBS AND A LEADS & PINS REFERENCE SECTION.

Yorkville	Design Information And History
	ExMMobile 12
	PDB	MDDH	AVG	AVG
	PHS	A	TNB	TNB

PCB ASSEMBLY DOCUMENTATION

SPECIAL PRODUCTION NOTES

Put Data Matrix Label #8372 on top of U17.

THIS SHEET CONTAINS SPECIAL PRODUCTION NOTES AND A LIST OF PCB HARDWARE PARTS REQUIRED FOR THE BUILD.

DESIGN HISTORY AND INFORMATION

CHANGE HISTORY

#	DATE	VER#	PC#	DESCRIPTION OF CHANGE
1	08-JAN-2019	V01		RELEASED FOR PRODUCTION
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
1
2
3
4
5
6
7
8
9
10

THIS SHEET CONTAINS A CHANGE HISTORY LOG, A LIST OF THE POTS & KNOBS AND A LEADS & PINS REFERENCE SECTION.

Yorkville Sound Ltd

650 Granite CourtPickering, ONCanada (1W 3Y8www.yorkville.com)

Product(s): EXMmobile12
Description: Battery Powered PA Speaker
M1914 1 10	V05	EVL Rev: 01	Sheet OPCEst. Rev:
MaxWest: 2022-04-08	Riv: Top Sheet SchDoc		Trip Rev: V031

Product#: EXMmobile12
Description: Battery Powered PA Speaker
	M1014 18 10	V05	EVL Rev: 01		Shot OP/25r. Rev:
	Model#: 2022-04-08	Rc: BluetoothEM26.3chDoc			Tap Rev: VC81
12	13	14	15	16	17

DESIGN HISTORY AND INFORMATION

CHANGE HISTORY POTENTIOMETERS AND KNOBS

#	DATE	VER#	PC#	DESCRIPTION OF CHANGE
1	06.AUG-2020	V01		RELEASED FOR PRODUCTION
2	18-SEP-2020	V02	9504	Multiple revisions per schematics in PC9504 pd1 document
3	18-NOV-2020	V03	9507	Replaced 6V regulators Q18 and Q19 i7918 with i8206
4	19-NOV-2020	V03	9614	Backed off +5V copper fill and trace from nitg screw in bluetooth section.
5	12-JAN-2021	V04	9619	Retouted battery status and S3 connections according to PC9619.
6	13-Sept-2021	V04	9689	Updated heatsink to in-house version, updated heatsink assembly instructions.
7	07-APR-2022	V05	9713	Moved C170B away from mounting hole
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

POTENTIOMETERS/SWITCHES AND kNOBS
REF	FUNCTION	POT.SW YS#	STYLE	kNOB#
P1A	LEVEL	4486	P32
P1B	LEVEL	4486	P32
P1C	LEVEL	4486	P32
P2A	Shape	4472	P32
P2B	Shape	4472	P32
P2C	Shape	4472	P32
P3A	FX Send	4471	P32
P3B	FX Send	4471	P32
P3C	FX Send	4471	P32
P4	Master	4433	P32
S1	FX Select	4189
S2	BT Pair	3499
S3	Power	3522

THIS SHEET CONTAINS A CHANGE HISTORY LOG. A LIST OF THE POTS & KNOBS AND A LEADS & PINS REFERENCE SECTION.

M1914- EXMmobile12

M1914- EXMmobile12

ATTENTION

ELECTROSTATIC

SENSITIVE DEVICE

100N

C173

BM20

U17

Blue Tooth M1942 V05

R215

100K0

TCM809

Q17

PCB ASSEMBLY DOCUMENTATION

SPECIAL PRODUCTION NOTES

1) Place both YS#8741 screws through the heatink and secure with two YS#8793 nuts. Tighten to 4 in. lbs.

Metal plate with two black toggle switches (no text or symbols visible)

2) Add YS#4236 gappad to U8. Handle the gappad edges only, ensure the pad is centered over U8.

Close-up of a green printed circuit board with visible traces and components (no readable text or symbols)

Heatsin Assembly PCB Finis ing

3) Place heatsink assembly from step 1 through the PCB and on top of the gappad. Hold in place from the centre with the clip.

Close-up of a computer motherboard with electronic components and a black plastic clip (no visible text or symbols)

4) Flip over the PCB and apply Permabond MM115 Threadlocker to each screw. Secure heatsink to PCB with two YS#8701 nuts. Tighten to 4 In. lbs.

Close-up of a green printed circuit board with black plastic bands and screw holes (no readable text or symbols)

The input section needs to be Bir tight. All viBs Bnd pBrt holes must be filled with solder.

Apply Permabond to the end of each screw.

PCB HARDWARE

THIS SHEET CONTAINS SPECIAL PRODUCTION NOTES AND A LIST OF PCB HARDWARE PARTS REQUIRED FOR THE BUILD.

Secture Assembly Documentation

M1914 LWS P.Harson

M1914 705 KPH302 Exdc 705281000000chDoc

DESIGN HISTORY AND INFORMATION

CHANGE HISTORY POTENTIOMETERS AND KNOBS

#	DATE	VER#	PC#	DESCRIPTION OF CHANGE
1	06.AUG-2020	V01		RELEASED FOR PRODUCTION
2	18-SEP-2020	V02	9504	Multiple revisions per schematics in PC9504 pd1 document
3	18-NOV-2020	V03	9507	Replaced 6V regulators Q18 and Q19 i7918 with i8206
4	19-NOV-2020	V03	9614	Backed off +5V copper fill and trace from nitg screw in bluetooth section.
5	12-JAN-2021	V04	9619	Retouted battery status and S3 connections according to PC9619.
6	13-Sept-2021	V04	9689	Updated heatsink to in-house version, updated heatsink assembly instructions.
7	07-APR-2022	V05	9713	Moved C170B away from mounting hole
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

POTENTIOMETERS/SWITCHES AND kNOBS
REF	FUNCTION	POT.SW YS#	STYLE	kNOB#
P1A	LEVEL	4486	P32
P1B	LEVEL	4486	P32
P1C	LEVEL	4486	P32
P2A	Shape	4472	P32
P2B	Shape	4472	P32
P2C	Shape	4472	P32
P3A	FX Send	4471	P32
P3B	FX Send	4471	P32
P3C	FX Send	4471	P32
P4	Master	4433	P32
S1	FX Select	4189
S2	BT Pair	3499
S3	Power	3522

THIS SHEET CONTAINS A CHANGE HISTORY LOG. A LIST OF THE POTS & KNOBS AND A LEADS & PINS REFERENCE SECTION.

graph TD
    A["Input"] --> B["BlueTooth"]
    B --> C["EXMmobile and EXM70 #3092 Cable"]
    B --> D["EXMmobile12 #3115 Cable"]
    B --> E["#3124 Cable"]
    E --> F["PowerSupply"]
    F --> G["-V_In"]
    F --> H["-V_In"]
    F --> I["-V_1"]
    F --> J["-V_2"]
    F --> K["-V_3"]
    F --> L["-V_4"]
    F --> M["-V_5"]
    F --> N["-V_6"]
    F --> O["-V_7"]
    F --> P["-V_8"]
    F --> Q["-V_9"]
    F --> R["-V_10"]
    F --> S["-V_11"]
    F --> T["-V_12"]
    F --> U["-V_13"]
    F --> V["-V_14"]
    F --> W["W3"]
    W --> X["W3_1"]
    W --> Y["W3_2"]
    W --> Z["W3_3"]
    W --> AA["W3_4"]
    W --> AB["W3_5"]
    W --> AC["W3_6"]
    W --> AD["W3_7"]
    W --> AE["W3_8"]
    W --> AF["W3_9"]
    W --> AG["W3_10"]
    W --> AH["W3_11"]
    W --> AI["W3_12"]
    W --> AJ["S2"]
    AJ --> AK["S2"]
    AK --> AL["S1"]
    AL --> AM["S2"]
    AM --> AN["S1"]
    AN --> AO["S2"]
    AO --> AP["S1"]
    AP --> AQ["S2"]
    AQ --> AR["S1"]
    AR --> AS["S2"]
    AS --> AT["S1"]
    AT --> AU["S2"]
    AU --> AV["S1"]
    AV --> AW["S2"]
    AW --> AX["S1"]
    AX --> AY["S2"]
    AY --> AZ["S1"]
    AZ --> BA["S2"]
    BA --> BB["S1"]
    BB --> BC["S2"]
    BC --> BD["S1"]
    BD --> BE["S2"]
    BE --> BF["S1"]
    BF --> BG["S2"]
    BG --> BH["S1"]
    BH --> BI["S2"]
    BI --> BJ["S1"]
    BJ --> BK["S2"]

Yorkville	Section: Top Level
	Product(s): EXMmobile12
	PCB#: M2219	Rev#: V01	Eng.R. Himbsault	Sheet 1 Of 4
	Modified:	File: 2002p EB68t.SchDoc

DESIGN HISTORY AND INFORMATION

CHANGE HISTORY

#	DATE	VER#	PC#	DESCRIPTION OF CHANGE
1	01-DEC-2023	V01		Release for Production
2
3
4
5
6
7
8
9
10
11
12
13
#	DATE	VER#	PC#	DESCRIPTION OF CHANGE
1
2
3
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8
9
10
11
12
13
#	DATE	VER#	PC#	DESCRIPTION OF CHANGE
1
2
3
4
5
6
7
8
9
10

THIS SHEET CONTAINS A CHANGE HISTORY LOG, A LIST OF THE POTS & KNOBS AND A LEADS & PINS REFERENCE SECTION.

M2219-EXMmobile12
V01

SPECIAL PRODUCTION NOTES

1. Follow instructions below to attach heatsink 7.1891 to board.
2. Add RTV to the underside of L5 where indicated.
3. Inspect bottom of board to ensure vias are filled with solder.
4. Separate panel with pizza cutter and/or appropriate break out tool.

PCB ASSEMBLY DOCUMENTATION

IMPORTANT!

BEFORE WAVE SOLDER

1_ADD Soldermask dots to the two threaded spacers to bottom side of pcb.

AFTER WAVE SOLDER

1_Remove the Kapton tape both sides of the board from the spacers.

Close-up of a green printed circuit board with two red arrows pointing to circular components (no visible text or symbols)

Heatsin Assembly PCB Finis ing

1. Remove YS44236 gappad from sheet and apply sticky side down to the top of U8. Handle the gappad edges only, ensure the pad is centered over U8.

Close-up of a green printed circuit board with various electronic components and a red arrow pointing to a specific component (no visible text or symbols)

3_Place HS1 (YS# Z1891) Heatsink directly on top of U8. Use legend outline as a guide.

Diagram showing three labeled components on a circuit board with red arrows pointing to them (no text or symbols present)

4_Secure heatsink HS1 with two 9441 screws. Tighten to 8 Inch lbs and make sure heatsink is sitting flat to spacers.

DESIGN HISTORY AND INFORMATION

CHANGE HISTORY

#	DATE	VER#	PC#	DESCRIPTION OF CHANGE
1	01-DEC-2023	V01		Release for Production
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
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13
#	DATE	VER#	PC#	DESCRIPTION OF CHANGE
1
2
3
4
5
6
7
8
9
10

THIS SHEET CONTAINS A CHANGE HISTORY LOG, A LIST OF THE POTS & KNOBS AND A LEADS & PINS REFERENCE SECTION.

graph TD
    subgraph BlueTooth
        A["EXMmobile and EXM70 #3092 Cable"] -->|W6 1 BT Status 7 BT SysPwr 7 BT Enable 7 BT +v 5 RT DGnd 6 BT AGnd 7 BT Audio| B["Input"]
        B --> C["+5VFX -12V Gnd_ +12V AmpGnd Ampln"]
        B --> D["Wake+ WAKE-"]
        E["BlueTooth"] --> F["Input Standalone"]
        F --> G["S2"]
        H["AMP"] --> I["#3124 Cable"]
        I --> J["#5099 Battery"]
    end

    subgraph PowerSupply
        K["#3094 Cable"] --> L["#3096 Cable"]
        L --> M["Input -85 -240 VAC"]
    end

    subgraph Power Supply
        N["#9709 Power Supply"]
        O["#5099 Battery"]
    end

    style BlueTooth fill:#f9f,stroke:#333
    style PowerSupply fill:#bbf,stroke:#333
    style Power Supply fill:#dfd,stroke:#333
    style Power Supply fill:#dfd,stroke:#333
    style Power Supply fill:#dfd,stroke:#333
    style Power Supply fill:#dfd,stroke:#333
    style Power Supply fill:#dfd,stroke:#333
    style Power Supply fill:#dfd,stroke:#333
    style Power Supply fill:#dfd,stroke:#333
    style Power Supply fill:#dfd, stroke:#333
    style Power Supply fill:#dfd, stroke:#333
    style Power Supply fill:#dfd, stroke:#333
    style Power Supply fill:#dfd, stroke:#333
    style Power Supply fill:#dfd, stroke:#333
    style Power Supply fill:#dfd, stroke:#333
    style Power Supply fill:#dfd, stroke:#333
    style Power Supply fill:#dfd, stroke:#�33
    style Power Supply fill:#dfd, stroke:#333
    style Power Supply fill:#dfd, stroke:#333
    style Power Supply fill:#dfd, stroke:#333
    style Power Supply fill:#dfd, stroke:#333
    style Power Supply fill:#dfd, stroke:#333
    style Power Supply fill:#dfd, stroke:#333
    style Power Supply fill:#dfd, stroke:#334

Section: Top Level
Product(s): EXMmobile/EXMmobile12
PCB#: M2240	Rev#: V01	Eng: GA, RR, RH	Sheet 1 Of 5
Modified:	File:2023p E264t.SchDoc

Effects selection

\$1 Pos Code Effect

1	0010	Room3b-Reverb, Room (1.8 sec.)
2	0110	Room2a-Reverb Chapel (3 sec.)
3	1010 Delay7-Echo
4	N/A Off

Yorkville

Digital Effects

Product(s): EXMmobile:EXMmobile12

PCBI: M2240 RevII: V01 Eng: GA, RR, RH Sheet 4 OF 5

File:2028-9@05c

DESIGN HISTORY AND INFORMATION

CHANGE HISTORY

#	DATE	VER#	PC#	DESCRIPTION OF CHANGE
1	0'-DEC-2023	V01		Release for Production
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

POTENTIOMETERS AND KNOBS

POTENTIOMETERS: SWITCHES AND KNOBS
REF	FUNCTION	POT/SW YS#	STYLE	KNOB#
P1A	LEVEL	4486	P32
P1B	LEVEL	4486	P32
P1C	LEVEL	4486	P32
P2A	Shape	4472	P32
P2B	Shape	4472	P32
P2C	Shape	4472	P32
P3A	FX Send	4471	P32
P3B	FX Send	4471	P32
P3C	FX Send	4471	P32
P4	Master	4453	P32
S1	FX Select	4189
S2	BT_Pair	3409
S3	Power	3622

STYLE P22

THIS SHEET CONTAINS A CHANGE HISTORY LOG, A LIST OF THE POTS & KNOBS AND A LEADS & PINS REFERENCE SECTION.

M2240-EXMmobile/EXMmobile12V01

PCB ASSEMBLY DOCUMENTATION

SPECIAL PRODUCTION NOTES

1. This board uses a wave soldering jig. Ensure all connectors and switches are flush to the surface of the board before placing soldering jig.

Afer Wave

1. Inspect bottom of board to ensure all vias are filled with solder.
2. Separate panel where applicable using pizza cutter and separation(breaking) pliers.

DESIGN HISTORY AND INFORMATION

CHANGE HISTORY

#	DATE	VER#	PC#	DESCRIPTION OF CHANGE
1	0'-DEC-2023	V01		Release for Production
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

POTENTIOMETERS AND KNOBS

POTENTIOMETERS: SWITCHES AND KNOBS
REF	FUNCTION	POT/SW YS#	STYLE	KNOB#
P1A	LEVEL	4486	P32
P1B	LEVEL	4486	P32
P1C	LEVEL	4486	P32
P2A	Shape	4472	P32
P2B	Shape	4472	P32
P2C	Shape	4472	P32
P3A	FX Send	4471	P32
P3B	FX Send	4471	P32
P3C	FX Send	4471	P32
P4	Master	4453	P32
S1	FX Select	4189
S2	BT_Pair	3409
S3	Power	3622

STYLE P22

THIS SHEET CONTAINS A CHANGE HISTORY LOG, A LIST OF THE POTS & KNOBS AND A LEADS & PINS REFERENCE SECTION.

1. Channel 1&2 Inputs

The combi-jacks are optimized for mics (XLR) or a balanced line level (1/4-inch) source on channel 1 or instrument level on channel 2. For condenser mics, 12V of phantom power is present on the XLR portion of the jack.

2. Channel 3 Input

Equipped with an XLR jack (optimized for mics, an unbalanced TRS 1/8-inch phone jack (or portable media players) and Bluetooth™. For condenser mics, 12V of phantom power is present on the XLR portion of the jack.

Note: When Bluetooth ^™ is used the volume is controlled by Channel 3's Level control.

3. Bluetooth™

The Yorkville EXM Mobile is capable of receiving streaming audio over Bluetooth™ from devices such as smart phones, tablets and laptops.

* Pairing: For 'Pairing' depress the Pairing Button for 4 seconds and then release.

Status: Slow blinking indicates pairing mode while fast blinking indicates an available, unpaired connection. A steady (solid) blue light indicates it's paired and audio is available to Channel 3.

Note: When connected with Bluetooth™, ALL audio is streamed from your device. If you don't want your streaming music to be interrupted, turn off 'notifications' on your device.

4. Channel Level Controls

Use this control to adjust the channel's level in the overall system mix.

5. Channel Shape Controls

Setting towards 'Music' shapes the response for reproducing prerecorded music while setting

Bluetooth™

EXM Mobile EXM Mobile + EXM Mobile12

the control towards 'Speech' accentuates the mid-frequencies helping speech and vocals. The response is flat in the center position.

6. Channel Effects Controls

This control determines how much of the selected effect is applied to the corresponding channel.

7. Master Control

The Master Control is used to set the overall level of the Yorkville EXM Mobile.

8. Effects Selector

Three effects are available as well as an off (no-effects) position. The effects are Delay, Hall Reverb and Room Reverb. The selected effect is available to all 3 input channels, the amount of effect applied is controlled by the individual channel's effects knob.

Note: If effects are not in use, set this switch to the off position to help conserve battery life..

9. Link Jacks

To use the Link feature, insert a standard XLR patch cable between cabinets. Then EXM Mobile cabinets are linked, ALL mixer inputs are sent to ALL speakers.

10. Battery Status Indicators

The status LEDs (green, green, yellow, and red) indicate the approximate charge level. The upper green LED is illuminated if there's greater than 85% charge. The red LED begins to blink if the battery is critically low (approx. 10% remaining).

The indicators will be engaged only when the power switch is turned on.

11. Low-Power "Sleep" State

To preserve battery life, the unit is equipped with "sleep" modes. These modes are automatic and nearly

undetectable when configured properly. To ensure the sleep states do not interfere with normal operation, the EXM Mobile should be set up with channel gains set as high as possible (just below clipping) and the output level should be set with the Master control.

12. Charging Indicator

When AC is connected to the unit, the charging indicator will be turned on. If it's green, the unit is fully charged. If it's red, the unit is in the process of charging.

13. Charging the EXM Mobile

To charge the EXM Mobile, plug it into an AC power source using the included power cord. The charging indicator LED displays the status; even if all of the status LEDs are lit, there is still possibly additional charging time required.

The EXM Mobile can be safely left connected to AC power for charging indefinitely. It will intelligently control its own charging regime when plugged in long-term.

If the EXM Mobile is going to be unused for longer than one month, it is advisable to periodically plug it in to charge up the battery. If stored for a long period unused and not maintained, it is advisable to connect the charger and leave it plugged in for approximately 24 hours.

The EXM Mobile will not charge when the temperature is below 0^irc C or above 45^irc C.

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: [phone]

U.S.A. Voice: 716-297-2920 Fax: [phone]

www.yorkville.com

Yorkville Sound

550 Granite Court Pickering, Ontario LIW-3Y8 CANADA

Yorkville Sound Inc. 4625 Witmer Industrial Estate Niagara Falls, New York 14305 USA

Printed In CANADA

QuickStart-EXMMobile-00-2v4 • YS#QSTART-MOBILE • January 11, 2023

EXM Mobile EXM Mobile + EXM Mobile12

Niagara Falls, New York

14305 USA