Samsung Mx-hs9000.pdf 3u2o30

HI-FI Component System Model Name

MX-HS9000

Model Code

MX-HS9000/ZP

SERVICE

MANUAL

HI-FI Component System

Contents 1. Precaution 2. Product Specification 3. Disassembly and Reassembly 4. Troubleshooting 5. PCB Diagram

MX-HS9000

6. Schematic Diagram

Refer to the service manual in the GSPN (see the rear cover) for more information.

Contents

Contents 1.

2.

Precaution........................................................................................................................................ 1 − 1 1.1.

Safety Precautions ................................................................................................................... 1 − 1

1.2.

Servicing Precautions ............................................................................................................... 1 − 3

1.3.

Precautions for Electrostatically Sensitive Devices (ESDs) .............................................................. 1 − 4

1.4.

Installation Precautions ............................................................................................................. 1 − 5

Product Specification ......................................................................................................................... 2 − 1 2.1.

Product Feature ....................................................................................................................... 2 − 1

2.2.

Specifications.......................................................................................................................... 2 − 2

2.3.

Specifications Analysis ............................................................................................................. 2 − 3

2.4.

Accessories ............................................................................................................................ 2 − 4 2.4.1.

3.

4.

Disassembly and Reassembly .............................................................................................................. 3 − 1 3.1.

Overall Disassembly and Reassembly .......................................................................................... 3 − 1

3.2.

DECK Disassembly and Reassembly ........................................................................................... 3 − 12

Troubleshooting ................................................................................................................................ 4 − 1 4.1.

4.2.

Checkpoints by Error Mode ....................................................................................................... 4 − 1 4.1.1.

No Power................................................................................................................... 4 − 2

4.1.2.

No Output .................................................................................................................. 4 − 4

Measures to be taken when the Protection Circuit operates............................................................... 4 − 6 4.2.1.

Operation of Power Block Protection Circuit .................................................................... 4 − 6

4.2.2.

Check AMP in Power Protection .................................................................................... 4 − 7

4.3.

MICOM, MPEG Initialization & Update ...................................................................................... 4 − 8

4.4.

Buyer-Region Code Setting Method ............................................................................................ 4 − 9 4.4.1.

5.

The inserting method of Region Code after replacing the Main PBA ..................................... 4 − 9

PCB Diagram ................................................................................................................................... 5 − 1 5.1.

Wiring Diagram....................................................................................................................... 5 − 1

5.2.

FUNCTION PCB Top .............................................................................................................. 5 − 2 5.2.1.

Pin Connection ........................................................................................................... 5 − 3

5.3.

FUNCTION PCB Bottom.......................................................................................................... 5 − 4

5.4.

VFD PCB Top/Bottom.............................................................................................................. 5 − 5 5.4.1.

5.5.

5.6.

Pin Connection ........................................................................................................... 5 − 6

LED PCB Bottom .................................................................................................................... 5 − 7 5.5.1.

i

Supplied Accessories ................................................................................................... 2 − 4

Pin Connection ........................................................................................................... 5 − 8

MAIN PCB Top ...................................................................................................................... 5 − 9 5.6.1.

Pin Connection ........................................................................................................... 5 − 10

5.6.2.

Test Point Wave Form .................................................................................................. 5 − 11

5.7.

MAIN PCB Bottom.................................................................................................................. 5 − 12

5.8.

SMPS PCB Top....................................................................................................................... 5 − 13 Copyright© 1995-2013 SAMSUNG. All rights reserved.

Contents

5.8.1. 5.9. 6.

Pin Connection ........................................................................................................... 5 − 14

SMPS PCB Bottom .................................................................................................................. 5 − 15

Schematic Diagram ........................................................................................................................... 6 − 1 6.1.

Overall Block Diagram ............................................................................................................. 6 − 1

6.2.

FUNCTION-1......................................................................................................................... 6 − 2

6.3.

FUNCTION-2......................................................................................................................... 6 − 3

6.4.

VFD...................................................................................................................................... 6 − 4

6.5.

LED ...................................................................................................................................... 6 − 5

6.6.

MAIN–1 ................................................................................................................................ 6 − 6

6.7.

MAIN-2................................................................................................................................. 6 − 7 6.7.1.

Test Point Wave Form .................................................................................................. 6 − 8

6.8.

MAIN-3................................................................................................................................. 6 − 9

6.9.

MAIN-4................................................................................................................................. 6 − 10

6.10. MAIN-5................................................................................................................................. 6 − 11 6.11. MAIN-6................................................................................................................................. 6 − 12 6.12. MAIN-7................................................................................................................................. 6 − 13 6.13. MAIN-8................................................................................................................................. 6 − 14 6.14. MAIN-9................................................................................................................................. 6 − 15 6.14.1. Test Point Wave Form .................................................................................................. 6 − 16 6.15. MAIN-10 ............................................................................................................................... 6 − 17 6.16. SMPS–1 (PFC BLOCK) ........................................................................................................... 6 − 18 6.17. SMPS–2 (PVDD(+, –) BLOCK)................................................................................................. 6 − 19 6.18. SMPS–3 (EMI & MULTI – BLOCK) .......................................................................................... 6 − 20

Copyright© 1995-2013 SAMSUNG. All rights reserved.

ii

1. Precaution

1. Precaution Follow these safety instructions while servicing the ESD to prevent damage and to protect against potential hazards such as electrical shock and X-rays.

1.1. Safety Precautions 1) When reinstalling the chassis and its assemblies, be sure to restore all of the protective devices, including the control knobs and the compartment covers. 2) Make sure that there are no cabinet openings through which people (particularly children) can make with dangerous internal components. 3) Design Alteration Warning : Never alter or add to the mechanical or electrical design of the unit. Example : Do not add auxiliary audio or video connectors. Such alterations might create a safety hazard. Also, any design changes or additions will void the manufacturer’s warranty. 4) Leakage Current Hot Check Figure 1.1 AC Leakage Test : WARNING Do not use an isolation transformer during this test. Use a leakage-current tester or a metering system that complies with American National Standards Institute (ANSI C101.1, Leakage Current for Appliances), and Underwriters Laboratories (UL Publication UL1410, 59.7).

With the unit completely reassembled, plug the AC cord directly into a 120 V AC outlet. With the unit’s power switched from the ON to the OFF position, measure the current between a known ground and all exposed metal parts. Known Grounds - Earth Known Metal parts - Screwheads, Metal Cabinets, etc.

LEAKAGE (READING CURRENT SH OULD NOT BE TES TER ABOVE 0.5mA)

DEVICE UNDER TES T TES T ALL EXPO S ED METAL SU RFACES 2-WIRE CORD ALSO TES T WITH PLUG REVER S ED (US ING AC ADAPTER P LUG AS R EQ UIRED)

EARTH GROUND

Figure 1.1 AC Leakage Test

1-1

Copyright© 1995-2013 SAMSUNG. All rights reserved.

1. Precaution

5) Insulation Resistance Cold Check : (1) With the unit’s AC plug disconnected from the AC source, connect an electrical jumper across the two AC prongs. (2) Set the power switch to ON. (3) Measure the resistance between the shorted AC plug and any exposed metallic parts. Example : Screwheads, Metal Cabinets, Antenna Port, etc. If any of the exposed metallic parts has a return path to the chassis, the measured resistance should be between 1 and 5.2 megohms. If there is no return path, the measured resistance should be “infinite”. If the resistance is outside these limits, a shock hazard might exist. See Figure 1.2 Insulation Resistance Test

Ante nna Term inal

Expo s ed Meta l P a rt oh m Ohmmet er

Figure 1.2 Insulation Resistance Test

6) Components, parts and wiring that appear to have overheated or that are otherwise damaged should be replaced with parts that meet the original specifications. Always determine the cause of damage or overheating, and correct any potential hazards. 7) Observe the original lead dress, especially near the following areas : Antenna wiring, sharp edges, and especially the AC and high voltage power supplies. Always inspect for pinched, out-of-place, or frayed wiring. Do not change the spacing between components and the printed circuit board. Check the AC power cord for damage. Make sure that no wires or components touch thermally hot parts. 8) Product Safety Notice : Some electrical and mechanical parts have special safety-related characteristics which might not be obvious from visual inspection. These safety features and the protection they give might be lost if the replacement component differs from the original–even if the replacement is rated for higher voltage, wattage, etc. 9) Components that are critical for safety are indicated in the circuit diagram by shading, or . Use replacement components that have the same ratings, especially for flame resistance and dielectric strength specifications. A replacement part that does not have the same safety characteristics as the original might create shock, fire or other hazards.

Copyright© 1995-2013 SAMSUNG. All rights reserved.

1-2

1. Precaution

1.2. Servicing Precautions 1) Servicing precautions are printed on the cabinet. Follow them. 2) Always unplug the unit’s AC power cord from the AC power source before attempting to : (a) Remove or reinstall any component or assembly, (b) Disconnect an electrical plug or connector, (c) Connect a test component in parallel with an electrolytic capacitor. 3) Some components are raised above the printed circuit board for safety. An insulation tube or tape is sometimes used. The internal wiring may be clamped to prevent with thermally hot components. Reinstall all such elements to their original position. 4) After servicing, always check that the screws, components and wiring have been correctly reinstalled. Make sure that the portion around the serviced part has not been damaged. 5) Check the insulation between the blades of the AC plug and accessible conductive parts (examples : metal s, input terminals and earphone jacks). 6) Insulation Checking Procedure : Disconnect the power cord from the AC source. Connect an insulation resistance meter (500 V) to the blades of the AC plug. The insulation resistance between each blade of the AC plug and accessible conductive parts (see above) should be greater than 1 megohm. 7) Never defeat any of the B+ voltage interlocks. Do not apply AC power to the unit (or any of its assemblies) unless all solid-state heat sinks are correctly installed. 8) Always connect a test instrument’s ground lead to the instrument chassis ground before connecting the positive lead; always remove the instrument’s ground lead last. CAUTION First read the “Safety Precautions” section of this manual. If some unforeseen circumstance creates a conflict between the servicing and safety precautions, always follow the safety precautions.

1-3

Copyright© 1995-2013 SAMSUNG. All rights reserved.

1. Precaution

1.3. Precautions for Electrostatically Sensitive Devices (ESDs) Some semiconductor (“solid state”) devices are easily damaged by static electricity. Such components are called Electrostatically Sensitive Devices (ESDs). Examples include integrated circuits and some field-effect transistors. The following techniques will reduce the occurrence of component damage caused by static electricity : 1) Immediately before handling any semiconductor components or assemblies, drain the electrostatic charge from your body by touching a known earth ground. Alternatively, wear a discharging wrist-strap device. (Be sure to remove it prior to applying power–this is an electric shock precaution.) 2) After removing an ESD-equipped assembly, place it on a conductive surface such as aluminum foil to prevent accumulation of electrostatic charge. 3) Do not use freon-propelled chemicals. These can generate electrical charges that damage ESDs. 4) Use only a grounded-tip soldering iron when soldering or unsoldering ESDs. 5) Use only an anti-static solder removal device. Many solder removal devices are not rated as “anti-static” (these can accumulate sufficient electrical charge to damage ESDs). 6) Do not remove a replacement ESD from its protective package until you are ready to install it. Most replacement ESDs are packaged with leads that are electrically shorted together by conductive foam, aluminum foil or other conductive materials. 7) Immediately before removing the protective material from the leads of a replacement ESD, touch the protective material to the chassis or circuit assembly into which the device will be installed. 8) Minimize body motions when handling unpackaged replacement ESDs. Motions such as brushing clothes together, or lifting a foot from a carpeted floor can generate enough static electricity to damage an ESD.

Copyright© 1995-2013 SAMSUNG. All rights reserved.

1-4

1. Precaution

1.4. Installation Precautions 1) Keep the product away from a heat source such as candle light, mosquito repellent incense, heating equipment, or direct sunlight. Otherwise, this may cause fire. 2) Do not install the product on a place that is shaking, tilted, unstable, or seriously vibrating. The product may drop to get damaged or injure a person. If using the product in a highly vibrating place, it may be broken or cause fire. 3) When moving the product, turn off the power switch and unplug all the connected cables with the product such as the power plug and antenna cable. If the power cord is damaged, this may cause electric shock or fire. 4) Secure room for ventilation. Keep at least 10 cm of distance from the rear wall, and at least 5 cm from either side wall. 5) Installing the product in a special place like below rather than normal environment may cause serious quality concerns due to its special conditions. If this is the case, make sure to a local Samsung service center before installing the product. (Special places: a place where a large amount of dust is accumulated; where chemical substances are used or the ambient temperature is too high or low; a place that is full of moisture or water; in transportation vehicles such as a car; or in public places such as the airport or subway station where the product is supposed to operate uninterruptedly for a long time) 6) Keep the packaging plastic wrapper out of children's reach. If children play with it improperly, they may get suffocated. 7) If installing the product on a display cabinet, shelf, desk, etc., keep the product from protruding on its lower side. If the product falls, it may break or cause physical injury. Use only the display cabinet or shelf that fully covers the product. 8) If using lithium batteries, carefully read the following precautions: NOTE •

Ensure the batteries are inserted in the right direction. Otherwise, they may cause an explosion. Dispose of used batteries according to the manufacturer's instructions.

•

Do not expose the battery to fire.

•

Do not disassemble, short - cut, or heat the battery.

•

Use only the same type and size of batteries for replacement.

•

Do not expose the battery to fire or excessive heat.

1-5

Copyright© 1995-2013 SAMSUNG. All rights reserved.

2. Product Specification

2. Product Specification 2.1. Product Feature ■ Power

• 2.2 CH : 3400 W Total RMS / 40800 W PMPO ( Front : 850 W / CH, Subwoofer : 850 W / CH) • IR Amp ■ Specialized Function in 2014

• 3D Display • Big Size Speaker Unit • DJ Effect • LED Lighting ■ Connectivity

• USB Host (Twin USB) • Portable Audio In (3.5 phi Stereo Jack) • MIC Input (6.3 phi Stereo Jack) • FM • Bluetooth ■ Disc

• Type : 1 Slot In (12 cm CD) • Compatible : MP3, CD/CD-R, RW, WMA

Copyright© 1995-2013 SAMSUNG. All rights reserved.

2-1

2. Product Specification

2.2. Specifications ■ Basic Specification Power Requirements

AC 110 - 240 V ~ 50 / 60 Hz

Power Consumption

146 W Main Unit : 8 Kg

Weight Speakers : 65.6 Kg General

FM Tuner

AM Tuner (optional)

Dimensions

Main Unit : 588 (W) x 238 (H) x 388 (D) mm

(W x H x D)

Speakers : 588 (W) x 887 (H) x 548 (D) mm

Operating Temperature Range

+5 °C ~ +35 °C

Operating Humidity Range

10 % to 75 %

Signal/Noise ratio

55 dB

Usable sensitivity

10 dB

Total harmonic distortion

1%

Signal/Noise ratio

30 dB

Usable sensitivity

70 dB

Total harmonic distortion

4% Reading Speed : 4.8 ~ 5.6 m/sec.

CD Disc

CD : 12 cm (COMPACT DISC) Maximum Play Time : 74 min. Front speaker output

850 W / CH (4 Ω)

Subwoofer output

850 W / CH (4 Ω)

Frequency range

22 Hz ~ 20 KHz

S/N Ratio

65 dB

Channel separation

60 dB

Input sensitivity

AUX IN1 1.2 V, AUX IN2 2 V

Amplifier

NOTE • Samsung Electronics Co., Ltd reserves the right to change the specifications without notice. • Weight and dimensions are approximate. • Design and specifications are subject to change without prior notice. • For the power supply and Power Consumption, refer to the label attached to the product.

2-2

Copyright© 1995-2013 SAMSUNG. All rights reserved.

2. Product Specification

2.3. Specifications Analysis Model Name

MX-HS9000

MX-HS8000

MX-FS9000

MAX OUTPUT POWER

3400 W (PMPO : 40800 W)

2300 W (PMPO : 27600W)

2560 W (PMPO : 30720 W)

SPK CHANNEL

2.2 ch

2.2 ch

2.2 ch

FRONT DISPLAY

1C-FLT [Dot]

1C-FLT [Dot]

1C-FLT [Dot]

3D DISPLAY

3D

2D

3D

GIGA SOUND

O

O

O

SPK LED LIGHTING

ALL

Subwoofer

ALL

DJ EFFECT

O

O

O

BEAT WAVING

O

O

O

COMPATIBLE DISC

CD-R / CD-RW / MP3-CD

CD-R / CD-RW / MP3-CD

CD-R / CD-RW / MP3-CD

COMPATIBLE FILE

WMA / MP3

WMA / MP3

WMA / MP3

USB HOST 2.0

2

2

2

CD RIPPING

O

O

O

BLUETOOTH

O

O

O

AUDIO IN (RCA/3.5ø)

O / O

O / O

O / O

MIC IN

O (6.3 phi)

O (3.5 phi)

O (3.5 phi)

HEADPHONE OUT

X

X

X

VIDEO OUT

X

X

X

FM

O

O

O

SPK IMPEDANCE

Front : 4 Ω / Woofer : 4 Ω

Front : 4 Ω / Woofer : 4 Ω

Front : 4 Ω / Woofer : 4 Ω

POWER CONSUMPTION

STBY : 0.45 W ↓ NORMAL : 146 W

STBY : 0.45 W ↓ NORMAL : 137 W

STBY : 0.45 W ↓ NORMAL : 80 W

23.1 (W) X 9.4 (H) X 15.3 (D)

21.7 (W) X 8.3 (H) X 14.4 (D)

23.1 (W) X 9.4 (H) X 15.3 (D)

23.1 (W) X 34.9 (H) X 21.6 (D)

25.5 (W) X 25.7 (H) X 17.3 (D)

23.1 (W) X 39 (H) X 22.7 (D)

MAIN : 17.64 / SPK : 144.62

MAIN : 15.43 / SPK : 143.3

MAIN : 17.64 / SPK : 154.32

Photo

MAIN SIZE (inch) SPK SIZE (inch) TOTAL WEIGHT (lbs)

TIP O : Feature Included X : Not Included

Copyright© 1995-2013 SAMSUNG. All rights reserved.

2-3

2. Product Specification

2.4. Accessories 2.4.1. Supplied Accessories Accessories

2-4

Item

Item code

’s Manual

AH68-02687D

Remote Control

AH59-02613A

Batteries (AAA)

4301-000116

FM Antenna

AH42-00021A

Power Cable

3903-000467

FOOT Rubber

AH67-00696A

Copyright© 1995-2013 SAMSUNG. All rights reserved.

3. Disassembly and Reassembly

3. Disassembly and Reassembly 3.1. Overall Disassembly and Reassembly CAUTION •

Be careful to follow the disassembly sequence described in the manual. Otherwise, the product may be damaged.

•

Be sure to carefully read and understand the safety instructions before performing any work as the IC chips on the PCB are vulnerable to static electricity.

•

In order to assemble reverse the order of disassembly.

•

With a hand screwdriver, to prevent damage to the outside case. Description

1.

Description Photo

Unfasten 6 screws on each Side. : BH,+,B,M3,L10,ZPC(BLK) CAUTION Be careful not to make any scratches as you remove them.

2.

Unfasten 3 screws on the Back and Lift the top cover to Separate it from bottom chassis. : BH,+,B,M3,L10,ZPC(BLK)

Copyright© 1995-2013 SAMSUNG. All rights reserved.

Lift

3-1

3. Disassembly and Reassembly

Description 3.

Unfasten 6 black screws and 2 white screws on the SMPS cover. : BH,+,B,M3,L10,ZPC(BLK) ( ) - 6EA : BH,+,-B,M3,L6,ZPC(WHT) ( ) - 2EA

4.

Unfasten 4 screws on the MAIN ASSY and 7 screws on the SMPS. : BH,+,-B,M3,L8,ZPC(WHT) ( ) - 4EA ) - 6EA : BH,+,B,M3,L10,ZPC(BLK) ( : BH,+,S,M4,L8,ZPC(WHT) ( ) - 1EA

Description Photo

Unplug all Wire and Cable. (blue marked)

5.

3-2

Unfasten 5 screws on the back. : BH,+,B,M3,L10,ZPC(BLK)

Copyright© 1995-2013 SAMSUNG. All rights reserved.

3. Disassembly and Reassembly

Description 6.

Description Photo

Unplug 3 Lug wires from bottom chassis.

Copyright© 1995-2013 SAMSUNG. All rights reserved.

3-3

3. Disassembly and Reassembly

Description 7.

Pull the Holder using finger and separate it from bottom chassis.

8.

Unplug all Wire and Cable (blue marked) Release 2 Wire Holder.

9.

Unfasten 6 screws (red marked) to disassemble white display lighting kitting. : BH,+,B,M3,L10,ZPC(BLK)

3-4

Description Photo

Wire Ho ld e r

Copyright© 1995-2013 SAMSUNG. All rights reserved.

3. Disassembly and Reassembly

Description

Description Photo

10. Push the furrow and take VFD Assy out from bowl.

11. Unfasten 3 screws. : BH,+,B,M3,L10,ZPC(BLK)

12. Separate cover and VFD Assy.

Copyright© 1995-2013 SAMSUNG. All rights reserved.

3-5

3. Disassembly and Reassembly

Description

Description Photo

13. Unfasten 3 screws. : BH,+,B,M3,L10,ZPC(BLK)

14. Take black one out from bowl.

Ta ke it o u t fro m le ft

15. Take red one out from bowl.

16. Take blue one out from bowl.

3-6

Ta ke it o u t fro m le ft

Ta ke it o u t fro m le ft

Copyright© 1995-2013 SAMSUNG. All rights reserved.

3. Disassembly and Reassembly

Description 17. Take red one out from bowl.

18. Take black & blue one out from bowl.

Description Photo

Ta ke it o u t fro m le ft

Ta ke it o u t fro m le ft

19. Unfasten 3 screws and Take white one out from bowl. : BH,+,B,M3,L10,ZPC(BLK)

Ta ke it o u t fro m le ft

20. Take LED PCB Assy out from bowl.

Ta ke it o u t fro m le ft

Copyright© 1995-2013 SAMSUNG. All rights reserved.

3-7

3. Disassembly and Reassembly

Description

Description Photo

CAUTION Have to put into the proper furrow.

21. Unfasten 2 screws and unplug 2 wires. : BH,+,B,M3,L10,ZPC(BLK)

3-8

Copyright© 1995-2013 SAMSUNG. All rights reserved.

3. Disassembly and Reassembly

Description

Description Photo

22. Unfasten 1 screw to separate JACK PCB and bracket. : BH,+,B,M3,L10,ZPC(BLK)

23. Take both jog wheel out from Front kit.

Ta ke it o u t

Ta ke it o u t

24. Turn over the Front kit.

Copyright© 1995-2013 SAMSUNG. All rights reserved.

3-9

3. Disassembly and Reassembly

Description

Description Photo

25. Unfasten 12 screws on the function PCB. ; BH,+,B,M3,L10,ZPC(BLK)

26. Push the 6 PCB holder and pull the 2 PCBs. (left, right PCB)



27. Pull up the BT module on the connector.

3-10

Copyright© 1995-2013 SAMSUNG. All rights reserved.

3. Disassembly and Reassembly

Description

Description Photo

28. Unfasten 2 screws on the rear to remove the Fan Assy. ; BH,+,B,M3,L10,ZPC(BLK)

29. Disassemble 3 Pin FAN.

Copyright© 1995-2013 SAMSUNG. All rights reserved.

3-11

3. Disassembly and Reassembly

3.2. DECK Disassembly and Reassembly Description 1.

Unfasten 4 screws. ; BH,+,B,M3,L10,ZPC(BLK)

2.

Unfasten 4 screws. ; BH,+,B,M3,L10,ZPC(BLK)

Description Photo

Ho ld e r

Bo tto m S id e

3-12

Copyright© 1995-2013 SAMSUNG. All rights reserved.

4. Troubleshooting

4. Troubleshooting 4.1. Checkpoints by Error Mode Oscilloscope Setting Values

Normal Voltage

24 MHz

32.768 KHz

Voltage/DIV

1 Vol/DIV

1 Vol/DIV

1 Vol/DIV

TIME/DIV

1 uS/DIV

10 ns/DIV

0.1 uS/DIV

Copyright© 1995-2013 SAMSUNG. All rights reserved.

4-1

4. Troubleshooting

4.1.1. No Power No P owe r

No

Is # 75 pin of UIC1 high?

Are #1~3 pins of P CN1 5.3V?

No

Re pla ce S MP S .

Ye s

Ye s

Re pla ce MAIN P CB.

(1) Che ck wa ve of MICOM Crys ta l. (UX2)

Ye s

No

Re pla ce MAIN P CB.

* Re fe r to wa ve pa tte rn ima ge of Fig. 4-1.

Check whether Function PCB and FFC are normal or not.

No

Re pla ce Function P CB / FFC.

Ye s

Re pla ce MAIN P CB.

4-2

Copyright© 1995-2013 SAMSUNG. All rights reserved.

4. Troubleshooting

P01/ TO00 P00/ TI00 P124/XT2/EXCLKS

/RESET

UAR2

2A3< 2A3< 2B3< 2B3< 2B3< 2B3<

MIC6

(1)

1

TP48

Q0

Q3

2E4>

UR29

1/16W 330KOHM

TP52

UR39

1/16W 10MOH M

MICOM_RST

FL_LED1 FL_LED2 FL_LED3

GIC2 1

2D5>

2D6<

MIC1 6

FR_LED7

* 5.6. MAIN P CB Top

2E4>

1.0

FR_LED1 FR_LED2 FR_LED3 FR_LED4 FR_LED5 FR_LED6

2D3<

UAR1

2C3<

100OHM +-250PPM/C

2C3<

8 6 4 2 8 100OHM 6 +-250PPM/C 4 2

1.0

UR60 UR61 UR62

(1)

AL3.3V_P W

1/16 W UBR1 1KOHM

P40/TOOL0

P41

P42/TI04/TO04

P43/SCK01-/SCL01

P44/SI01/SDA01

P45/SO01

P46/INTP1/TI05/TO05

P47/INTP2

P120/ANI19

7 5 3 1 7 5 3 1

1 2 3 4 5 6 7 8 9 10 11 12 13 14 15

1/16W 1/16W 1/16W 100OHM 100OHM 100OHM

UR100

TP_R ST_TOP

P141/PCLBUZ1/INTP7

P144/ SO30/TxD3

P143/ SI30/RxD3/SDA30

3.3KOH M 1/16W

MICOM_RS T

P140/PCLBUZ0/INT6

P142/SCK30-/SCL30

P145/ TI07/TO07

AL3.3V_P W

MICOM_RS T

R5F100PGAFB

P02/ ANI17/ SO10/TxD1

UIC1

UIC1

P03/ SI10/RXD1/SDA10

UAR33

100OH M 100OH M

P102/ TI06/TO06

UAR32

(1)

P04/ SCK10-/ SCL10

100OH M

UAR31

P130

UR35

P20/ ANI0/AVREFP

100OHM 1/10W 200OHM 1/10W

UR34

_FANET_TX D _FANET_RX D

90 91 92 93 94 95 96 97 98 99 100

100OH M 100OH M

UAR19 UAR30

4

MC-146(32.768KHZ,20PPM)

32.768H Z UX2

3

12PF

Q2

50V

Q1

UC39

50V

UC24

12PF

UCN1

2

UR50

MIC1 DGND

* 6.7. MAIN-2

AL3.3V_P W Copyright© 1995-2013 SAMSUNG. All rights reserved.

4-3

4. Troubleshooting

4.1.2. No Output No output

Me a s ure P VDD+/- 63V of S MP S . (CN801)

No

Re pla ce S MP S .

Ye s Me a s ure GVDD51V of MAIN P CB. (AIC2001)

No

Re pla ce MAIN P CB.

Ye s Me a s ure PBD 14(-5V)&P BD11(+5V) of MAIN P CB.

No

Are #9~10 pins of P CN1 12.5V?

Ye s

No

Re pla ce S MP S .

Ye s Re pla ce MAIN P CB. P ut S ine wa ve file into AUX or CD/US B.

Input s igna l is s hown a t pin#3 of IRS 2092 ICs .

No

Input signal is shown at pin#1,7 of AIC3001, AIC4002.

Ye s

No

Ye s

Input signal is shown at pin#13 of IRS2092 IC.

No

Input signal is shown at pin#2,3,6,7 of AIC3001,AIC4002.

No

Re pla ce MAIN P CB.

Ye s

Re pla ce AIC3001,4002.

Re pla ce IRS 2092 IC.

Ye s (1) Input signal is shown at SPK jack. Ye s

Input s igna l is s hown a t AL1,2,3,4.

* Re fe r to wa ve pa tte rn ima ge of Fig. 4-2.

Re pla ce S pe a ke r.

4-4

No

No

Re pla ce MAIN P CB.

Ye s

Re pla ce AL1,2,3,4.

Copyright© 1995-2013 SAMSUNG. All rights reserved.

AC3108

10NF 100V 10NF 100V

SPK_FL

AC3109

1.2KOHM 1/4W 1.2KOHM 1/4W

AR3144 AR3145

100NF 250V 10OHM 1W

AC3104 AR3139

400V S1G

470NF 250V

AD3018

OPEN 10NF 100V

DBF-2022A

AC3203

(1)

UNDEFINED AC3100

AL1

GCN1

47KOHM

(1)

1130_EMI OP TION

GCN1 410F10>GCN1 8D1< 2 GCN1 3 10C 10> D 9F10> (1)

AR3143

400V S1G

AD3017

10NF 100V

AC3204

OPEN

4. Troubleshooting

8B8< NCN1

9E10<

UIC1

SGN D -PVDD-66V

GIC 2 1

* 5.6. MAIN P CB Top

B_SGND_3

B_SPK_FL B_SPK_SWL

(1)

UCN1

ACN3001

ST0290731P

UNDEFINED

AIC3005

-

AIC3004

9C10> 8B8<

+

SPK_F L

4 2 1 3

+

SPK_L_SW +

-

9F10>

MGND1

LEFT HOLE FROM OUTSIDE

AIC3006

SGND AIC3003

AIC400 2

* 6.14. MAIN-9 Copyright© 1995-2013 SAMSUNG. All rights reserved.

4-5

4. Troubleshooting

4.2. Measures to be taken when the Protection Circuit operates 4.2.1. Operation of Power Block Protection Circuit ■ Cases of the SMPS Protection. 1) If there is over current at the AMP IC. (Speaker Wire Short) 2) If temperature of the AMP IC is over 150 ℃. 3) There is no power supply for amp.

■ Protection Circuit operates when power problem occurs in the SMPS. Protection Location

PCN1 SMPS PCB

Pin No.

Note Open

Short

+ST5.3 V (1~3#)

X

O

VSS-5 V (8#)

X

X

12 V (9#)

X

X

X

O

X

O

-PVDD (about -63 V) (8~10#)

X : No Concern O : Concern

ACN1002 +PVDD (about +63 V) (1~3#)

4-6

Copyright© 1995-2013 SAMSUNG. All rights reserved.

4. Troubleshooting

4.2.2. Check AMP in Power Protection If you think, there are problems at the AMP Part, you can check the PCB without disassembling the set. CAUTION Do not connect the power cord during bellow check! Measurement Resistance using Tester F/R CH

2.2 kΩ

SUBWOOFER

2.2 kΩ

REAR

2.2 kΩ

If Measured Resistance is very different from above numbers, There is a Problem. → AMP Part Problem

2 . 2 C H S P E AK E R O U T

FR

FL

SW R

SW L

Copyright© 1995-2013 SAMSUNG. All rights reserved.

4-7

4. Troubleshooting

4.3. MICOM, MPEG Initialization & Update ■ MICOM/MPEG Reset

• During “No Disc” Displayed, push the stop Button 5 seconds. After displayed ‘INITIALIZE’ set will power off automatically.

■ MPEG Update 1) Prepare Rom file at USB Memory. (WWB) 2) Insert USB Memory, and play. ‘Update’ will be displayed. Set will be power off → on.

■ MICOM (MAIN / FRONT) Update 1) Prepare Rom file at USB Memory. (MAIN : WWM, FRONT : WWF) 2) Insert USB Memory, and play. ‘Update’ will be displayed. Set will be power off when finish.

■ MEDIA File Update 1) Prepare Rom file at USB Memory (DXM) 2) ) Insert USB Memory, and play. ‘Update’ will be displayed. Set will be power off → on.

■ MICOM & MPEG Version Check 1) POWER ON. 2) NO DISC status. 3) Push the number NEXT for 5 seconds, check the MICOM version. (MAIN / FRONT) 4) Push the number PREVIOUS for 5 seconds, check the Mpeg version.

4-8

Copyright© 1995-2013 SAMSUNG. All rights reserved.

4. Troubleshooting

4.4. Buyer-Region Code Setting Method 4.4.1. The inserting method of Region Code after replacing the Main PBA NOTE •

When replacing the Main PBA and System Micom should be inserted the region code.

•

The set is not working properly if you don't insert the region code.

•

The region code is inserted by the remote control.

1) Power on the device. 2) Change the Function to AUX1. 3) Press and Hold ENTER for about 10 seconds.

<MX-HS9***>

4) When you see “TEST – –” input 46 to set the buyer region.

TES T- 5) When you see “- - -” on the display, input your buyer code, refer to the table below. For USA use “015”.

−−− 6) It will show the buyer that you set up. Then the buyer setting is succeed.

Copyright© 1995-2013 SAMSUNG. All rights reserved.

4-9

4. Troubleshooting

Table 4.1

MX-HS9000 Option Table

Region Code

Buyer

00

Africa, Nigeria, Pakistan

01

BRAZIL

02 03

China (semi_mic)

04

Europe

05

Indonesia, HONGKONG

06

JAPAN

07

KOR

08

Latin American, Panama

09 10

Philippines

11

Russia (full_mic)

12

Russia (semi_mic)

13

South Africa

14

Taiwan

15

USA, CANADA

16

Newzealand, Australia

17

England

18

4-10

19

Iran (HACO)

20

India

21

Israel

22

Middle Asia, Kenya,Morocco, Algeria, Turkey

23

Asia

24

Singapore

25

KOR

Copyright© 1995-2013 SAMSUNG. All rights reserved.

5. PCB Diagram

5. PCB Diagram 5.1. Wiring Diagram MCN8

AMP

CD_VR

13

A

CD_VR

2

CD_MPD

14

E

CD_MPD

3

CD_LD

15

F

CD_LD

A F

4

LD_GND

16

PDIC

LD_GND

PDIC

5

VREF

SW

E

SW

17

6

F-

18

GND

F-

GND

7

T-

19

DVD_VR

T-

DVD_VR

8

DECK

VREF

T+

20

PD_GND

T+

PD_GND

9

F+

21

DVD_LD

F+

DVD_LD

1

+PVDD+63V

+PVDD+63V

1

10

B

22

RF

B

RF

2

+PVDD+63V

+PVDD+63V

2

11

C

23

VCC_5V

C

VCC_5V

3

+PVDD+63V

+PVDD+63V

3

12

D

4

+PVDD+63V

+PVDD+63V

4

CDMO-

5

SGND

SGND

5

SLED-

DGND

6

SGND

SGND

6

SLED+

DCLOAD_P

7

SGND

SGND

7

1

CDMO+

6

INSW

DCLOAD_N

8

SGND

SGND

8

2

CDMO-

7

INSW

9

SGND

SGND

9

3

SLED-

8

DGND

10

SGND

SGND

10

4

SLED+

9

DCLOAD_P

11

SGND

SGND

11

5

INSW

10

DCLOAD_N

12

SGND

SGND

12

13

-PVDD-63V

-PVDD-63V

13

1

SPK_FL

1

14

-PVDD-63V

-PVDD-63V

14

1

SPK_FL

1

SGND

2

SGND

2

SPK_FR

15

-PVDD-63V

-PVDD-63V

15

2

SGND

2

SPK_FR

3

SGND

3

SPK_R_SW+

16

-PVDD-63V

-PVDD-63V

16

3

SGND

3

SPK_R_SW+

4

SPK_L_SW+

4

CN801

SMPS

1

ACN1002

CN802

D

CDMO+

CN15

ACN3001

MAIN

PCN1

4

OUTSW

ACN4001

GCN11

SPK_L_SW+ 4

SGND GCN12

ST5.3V_PW

1

2

ST5.3V_PW

ST5.3V_PW

2

1

FR_B

1

SWR_B

1

FR_B

1

SWR_B

3

ST5.3V_PW

ST5.3V_PW

3

2

FR_G

2

SWR_G

2

FR_G

2

SWR_G

4

DGND

DGND

4

3

FR_R

3

SWR_R

3

FR_R

3

SWR_R

4

FR5V

4

SWR5V GCN14

4

FR5V

4

SWR5V

1

FL_B

1

SWL_B

FL_B

1

SWL_B

2

FL_G

2

SWL_G

DGND

5

DGND

DGND

6

7

VARI_SMPS

DGND

VARI_SMPS

7

1

GCN13

8

VSS-5V

VSS-5V

8

2

FL_G

2

SWL_G

3

FL_R

3

SWL_R

9

12V_PW

12V_PW

9

3

FL_R

3

SWL_R

4

FL5V

4

SWL5V

10

12V_PW

12V_PW

10

4

FL5V

4

SWL5V

11

DGND

DGND

11

12

P_ON

P_ON

12 UCN1

SPEAKER

FCN1 FCW1

FCW2

1

12V_PW

1

12V_PW

2

VF_GND

2

VF_GND

1

D5.1V_PW

D5.1V_PW

11

3

VF_GND

3

VF_GND

2

LED_LEVEL6

LED_LEVEL6

10

4

KEY_AD2

4

KEY_AD2

3

LED_LEVEL5

LED_LEVEL5

9

5

KEY_AD1

5

KEY_AD1

4

LED_LEVEL4

LED_LEVEL4

8

6

REMO_IN

6

REMO_IN

5

LED_LEVEL3

LED_LEVEL3

7

7

LED5.0V_PW

7

LED5.0V_PW

6

LED_LEVEL2

LED_LEVEL2

6

8

LED5.0V_PW

8

LED5.0V_PW

7

LED_LEVEL1

LED_LEVEL1

5

8

9

DGND

9

10

DGND

10

DGND

11

LOG_RXD1

11

LOG_RXD1

DGND

12

LOG_TXD1

12

LOG_TXD1

13

VFD1_RXD

13

VFD1_RXD

14

VFD1_TXD

14

VFD1_TXD

15

ST5.3V_PW

15

ST5.3V_PW

FRONT-R

KEY_AD2

KEY_AD2

4

9

JOG_DN

JOG_DN

3

10

JOG_UP

JOG_UP

2

11

DGND

DGND

1

CN1 1

SCN1

TCN1

Lighting

SGND

ST5.3V_PW

6

INSW

SGND

1

5

OUTSW

BTCN1

VCN1 V_STB

1

2

V_DT

V_DT

2

3

V_STB V_BLK

V_BLK

3

4

V_CLK

V_CLK

4

1

USB1_5V

5

D5.1V_PW

D5.1V_PW

5

2

USB1_DN

1

PIN2

6

VP

VP

6

3

USB1_DP

2

PIN1

7

VFD-

VFD-

7

4

USB1_GND

3

GND

8

VFD+_GND

VFD+_GND

8

AUX_MIC_SEN

1

5

USB1_LED

4

FCN4

9

VFD+

VFD+

9

12.5V_PW

2

6

USB2_5V

5

SCL

1

D5.1V_PW

10

VFD_GND

VFD_GND

10

MIC_SIG

3

7

USB2_DN

6

GND2

2

L_LED1

11

DGND

DGND

11

SDA

FRONT-L

DGND

4

8

USB2_DP

7

BT_TXD

3

L_LED2

12

ST5.1V

ST5.1V

12

AUX_R

5

9

USB2_GND

8

BT_RXD

4

H_LED3

13

REMOCON

REMOCON

13

DGND

6

10

USB2_LED

9

3.3V_PW

5

H_LED4

AUX_L

7

11

KEY_USB

10

BT_RST

AUX_MIC_SEN

1

1

USB1_5V

12.5V_PW

2

2

USB1_DN

1

PIN2

3

L_LED2

MIC_SIG

3

3

USB1_DP

2

PIN1

4

H_LED3

DGND

4

4

USB1_GND

3

GND

5

H_LED4

AUX_R

5

5

USB1_LED

4

DGND

6

6

USB2_5V

5

SCL

AUX_L

7

7

USB2_DN

6

GND2

8

USB2_DP

7

BT_TXD

9

USB2_GND

8

BT_RXD

10

USB2_LED

9

3.3V_PW

11

KEY_USB

10

BT_RST

VFD

LCN1 KCN2

SCN1

1 CN1

2

D5.1V_PW L_LED1

SDA

LED

USB&AUX BT MODULE

MIC CF2

CF1

1 GND 2 MIC_VR 3 GND

MIC_SENSE GND MIC_VR

1 2 3

4 MIC_SENSE

GND

4

Copyright© 1995-2013 SAMSUNG. All rights reserved.

5-1

5. PCB Diagram

5.2. FUNCTION PCB Top

FCW2

(1) (2) (3) (4) FCN1

CN1

KCN1

FCN4

S CN1

FCW1

FCN2

5-2

Copyright© 1995-2013 SAMSUNG. All rights reserved.

5. PCB Diagram

5.2.1. Pin Connection 1) CN1

3) FCN4

Connect to VFD PCB

Connect to Front LED PCB

Pin No.

Signal

Pin No.

Signal

1

V_STB

1

D5.1V_PW

2

V_DT

2

L_LED1

3

V_BLK

3

L_LED2

4

V_CLK

4

H_LED3

5

D5.1V_PW

5

H_LED4

6

VP

7

VFD-

8

VFD+_GND

9

VFD+

Pin No.

Signal

10

VFD_GND

1

D5.1V_PW

11

DGND

2

LED_LEVEL6

12

ST5.1V

3

LED_LEVEL5

13

REMOCON

4

LED_LEVEL4

5

LED_LEVEL3

6

LED_LEVEL2

7

LED_LEVEL1

2) FCN1 Connect to Main PCB

4) FCW1 Connect to Front_L, KEY, LED, JOG

Pin No.

Signal

8

KEY_AD2

1

12V_PW

9

JOG_DN

2

VF_GND

10

JOG_UP

3

VF_GND

11

DGND

4

KEY_AD2

5

KEY_AD1

6

REMO_IN

7

LED5.0V_PW

8

LED5.0V_PW

9

DGND

10

DGND

11

LOG_RXD1

12

LOG_TXD1

13

VFD1_RXD

14

VFD1_TXD

15

ST5.3V_PW

Copyright© 1995-2013 SAMSUNG. All rights reserved.

5-3

5. PCB Diagram

5.3. FUNCTION PCB Bottom

FCW2

KCN1

CN1

FCN4

FCW1

S CN1

FCN1

FCN2

5-4

Copyright© 1995-2013 SAMSUNG. All rights reserved.

5. PCB Diagram

5.4. VFD PCB Top/Bottom

(1)

Copyright© 1995-2013 SAMSUNG. All rights reserved.

VCN1

VCN1

5-5

5. PCB Diagram

5.4.1. Pin Connection 1) VCN1 Connect to Front_R, VFD, EYE

5-6

Pin No.

Signal

1

V_STB

2

V_DT

3

V_BLK

4

V_CLK

5

D5.1V_PW

6

VP

7

VFD-

8

VFD+_GND

9

VFD+

10

VFD_GND

11

DGND

12

ST5.1V

13

REMOCON

Copyright© 1995-2013 SAMSUNG. All rights reserved.

5. PCB Diagram

5.5. LED PCB Bottom

(1)

Copyright© 1995-2013 SAMSUNG. All rights reserved.

LCN1

5-7

5. PCB Diagram

5.5.1. Pin Connection 1) LCN1 Connect to Front_R, LED

5-8

Pin No.

Signal

1

D5.1V_PW

2

L_LED1

3

L_LED2

4

H_LED3

5

H_LED4

Copyright© 1995-2013 SAMSUNG. All rights reserved.

5. PCB Diagram

5.6. MAIN PCB Top

(1) (2) TP1

(14) GCN1 3

(3) (4)

GCN1 4

GCN1 2

(13)

GCN1 1

ACN4 0 0 1

ACN3 0 0 1

NCN1

UCN1 9

CN2

MCN1 8

UIC1 MCN 1 3

ACN1 0 0 2

(5)

TP 1

MIC7 MIC1 6 MIC6

GIC2 1

MIC9

(12) UCN1

MIC1

(11)

P IC1 1 AIC3 0 0 4

AIC3 0 0 5

AIC3 0 0 6

BTCN1

AIC3 0 0 6

MIC1 0 AIC3 0 0 3

AIC4 0 0 2

(10)

S IC2

MCN8

AIC3 0 0 1

AP WMIC1

(6) (7)

Copyright© 1995-2013 SAMSUNG. All rights reserved.

MIC1 7

P CN1

TCN2

S CN1

CN15

(9) (8)

5-9

5. PCB Diagram

5.6.1. Pin Connection 1) GCN14

5) ACN1002

Left SUBWOOFER lighting Connector

Amp Voltage +/-63v

10) MCN8

AUX1/MIC Control

12) UCN1

Deck Control (Focus/Data)

Controls the set

Pin No.

Signal

Pin No.

Signal

Pin No.

Signal

Pin No.

Signal

Pin No.

Signal

1

SWL_B

1

+PVDD+63V

1

AUX_MIC_SEN

1

CD_VR

1

12V_PW

2

SWL_G

2

+PVDD+63V

2

12.5V_PW

2

CD_MPD

2

VF_GND

3

SWL_R

3

+PVDD+63V

3

MIC_SIG

3

CD_LD

3

VF_GND

4

SWL5V

4

+PVDD+63V

4

DGND

4

LD_GND

4

KEY_AD2

5

SGND

5

AUX_R

5

SW

5

KEY_AD1

6

SGND

6

DGND

6

F-

6

REMO_IN

7

SGND

7

AUX_L

7

T-

7

LED5.0V_PW

8

SGND

8

T+

8

LED5.0V_PW

9

F+

9

DGND

10

B

10

DGND

2) GCN13 Left Font SPK lighting Connector Pin No.

Signal

1

FL_B

9

SGND

8) SCN1 USB1/USB2 Control

2

FL_G

10

SGND

3

FL_R

11

SGND

Pin No.

Signal

11

C

11

LOG_RXD1

4

FL5V

12

SGND

1

USB1_5V

12

D

12

LOG_TXD1

13

-PVDD-63V

2

USB1_DN

13

A

13

VFD1_RXD

14

-PVDD-63V

3

USB1_DP

14

E

14

VFD1_TXD

15

-PVDD-63V

4

USB1_GND

15

F

15

ST5.3V_PW

16

-PVDD-63V

5

USB1_LED

16

PDIC

6

USB2_5V

17

VREF

7

USB2_DN

18

GND

8

USB2_DP

19

DVD_VR

Pin No.

Signal

3) ACN3001 SPK Jack Connector_L Pin No.

Signal

1

SPK_FL

2

SGND

3

SGND

4

SPK_L_SW+

4) ACN4001 SPK Jack Connector_R

5-10

7) TCN2

6) PCN1 ST5.3V ,12V,-5V and so on

13) GCN11 Right Font SPK lighting Connector

Pin No.

Signal

9

USB2_GND

20

PD_GND

1

FR_B

1

ST5.3V_PW

10

USB2_LED

21

DVD_LD

2

FR_G

2

ST5.3V_PW

11

KEY_USB

22

RF

3

FR_R

3

ST5.3V_PW

23

VCC_5V

4

FR5V

9) CN15

Pin No.

Signal

4

DGND

1

SGND

5

DGND

2

SPK_FR

6

DGND

Pin No.

Signal

3

SPK_R_SW+

7

VARI_SMPS

1

CDMO+

Pin No.

Signal

Pin No.

Signal

4

SGND

8

VSS-5V

2

CDMO-

1

PIN2

1

SWR_B

9

12V_PW

3

SLED-

2

PIN1

2

SWR_G

10

12V_PW

4

SLED+

3

GND

3

SWR_R

11

DGND

5

INSW

4

SDA

4

SWR5V

12

P_ON

6

OUTSW

5

SCL

7

INSW

6

GND2

8

DGND

7

BT_TXD

9

DCLOAD_P

8

BT_RXD

10

DCLOAD_N

9

3.3V_PW

10

BT_RST

Deck Open/Close Control

14) GCN12

11) BTCN1

Right SUBWOOFER lighting Connector

Bluetooth Control

Copyright© 1995-2013 SAMSUNG. All rights reserved.

5. PCB Diagram

5.6.2. Test Point Wave Form TP1

Copyright© 1995-2013 SAMSUNG. All rights reserved.

5-11

5. PCB Diagram

ACN1 0 0 2

5.7. MAIN PCB Bottom

5-12

Copyright© 1995-2013 SAMSUNG. All rights reserved.

5. PCB Diagram

5.8. SMPS PCB Top

CN802

(1)

CN8 0 1

(2)

CN8 0 0 S

Copyright© 1995-2013 SAMSUNG. All rights reserved.

5-13

5. PCB Diagram

5.8.1. Pin Connection 1) CN802 Supply for ST5.3V, 12V, -5V and so on Pin No.

Signal

1

ST5.3V_PW

2

ST5.3V_PW

3

ST5.3V_PW

4

DGND

5

DGND

6

DGND

7

VARI_SMPS

8

VSS-5V

9

12V_PW

10

12V_PW

11

DGND

12

P_ON

2) CN801 Supply for Amp Voltage

5-14

Pin No.

Signal

1

+PVDD+63V

2

+PVDD+63V

3

+PVDD+63V

4

+PVDD+63V

5

SGND

6

SGND

7

SGND

8

SGND

9

SGND

10

SGND

11

SGND

12

SGND

13

-PVDD-63V

14

-PVDD-63V

15

-PVDD-63V

16

-PVDD-63V

Copyright© 1995-2013 SAMSUNG. All rights reserved.

5. PCB Diagram

5.9. SMPS PCB Bottom

Copyright© 1995-2013 SAMSUNG. All rights reserved.

5-15

6. Schematic Diagram

6. Schematic Diagram 6.1. Overall Block Diagram • Main MICOM IC : R5F100PGAFB (RENESSAS 100P) • Front MICOM IC : R5F100FFAFP (RENESSAS 44P)

32Mb it FLAS H d e Ae f d l R u “ ‚ š P ”   • AŠ 

AM5766 Mo to r Drive

32Mb it FLAS H

Fro n t En d HUB

US B DDC UB2130

Au d io DS P

q Td ES 8396

ADC In p u t

4c h AUDIO P re AMP

S P -L S WL

2c h Fro n t 850W/c h FR S P -R S WR

LINE OUT BA4560

S BC De c o d e r

• PWM IC : UB2130 • IR AMP IC : IRS2092STRPBF • IR FET IC : IRF6775MTRPbF

2c h S /Wo o fe r 850W/c h

MIC u Co m In te rfa c e

FL

IR_AMP /FET

Me m o ry Co n tro lle r

FM/AM AUX

• MPEG IC : ES8396SCD-GSWD (ESS)

128Mb it S DRAM

• Main MICOM IC controls the set • Front MICOM IC controls front LED and VFD • Audio signal comes from CD DECK, USB, TUNER, AUX, MIC, Bluetooth and so on, decoded by MPEG IC and then transfer to PWM IC.

Blu e to o th

LED Co n tro l BA3835

TU_Ctrl

MICOM

KEY

SPK Lig h tin g

8Kb it EEP ROM

S UB Mic o m

• The signal is sent to the Crystal amplificatory circuit through MPEG IC. This Crystal amplificatory circuit is Low Filtered. Sound will be hear by Connecting the Speaker system. S WL FL FR S WR

F/Lig h tin g VFD_3D

S MP S

6-1

+5.3V

3.3V/1.35V/5V

+12V/-5V

VFD_P W

Õ P VDD

IR-AMP

Copyright© 1995-2013 SAMSUNG. All rights reserved.

6. Schematic Diagram

6.2. FUNCTION-1 THVV503RAA

FSW1 FOP9

FOP8

FR61 FC24 150OHM

FR62 FC25 150OHM

UNDEFINED EC12B12S 00B7Z30

FSW23

1 3 2

MGND2

MGND1

0808_BEAD ADDED

3857ST

FBD4

DGND

TP TP TP TP TP TP TP TP TP TP TP

FCW2 SMW200-11P

D5.1V LED_LEVEL6 LED_LEVEL5 LED_LEVEL4 LED_LEVEL3 LED_LEVEL2 LED_LEVEL1 KEY_AD2 JOG_DN JOG_UP DGND

FR63

150OHM

11 10 9 8 7 6 5 4 3 2 1

FOP7

FOP10

OPEN

50V 100NF

50V 100NF

50V 100NF

50V 100NF

FC20

LEFT

FOP11

DGND

FC23 150OHM

SKIP FF

STO P

FR60

DISC

50V 100NF

FSW2

THVV503RAA

FSW3

BETBO X

FR11

820 OHM

FOP12

DIS PLAY

FR12

1KOHM

THVV503RAA

FSW4

THVV503RAA

FSW5

THVV503RAA

FSW6

REC SP EED

FR13

1.2KO HM

FR59 FC22 150OHM

DELETE

FR14

1.5KO HM

50V 100NF

EQ

FR15

1.8KO HM

THVV503RAA

FSW7

2.2KO HM

LTL87HVES

RETURN

FR16

3.3KO HM

FR58 FC21 150OHM

ENTER

FR17

FSW8

FSW9

THVV503RAA

FSW10

THVV503RAA

FSW24

THVV503RAA REC

FR18

4.7KOH M

THVV503RAA

FR19

6.8KOH M

THVV503RAA

FR20

10KOHM

POWER

DGND_L JOG_UP _L JOG_DN_L KEY_AD2_L LED1_L LED2_L LED3_L LED4_L LED5_L LED6_L D5.1V_L

1126 _FO R EMI

DGND

DGND

COULD NOT APPLY TO PV2

DGND

DGND

DGND

DGND

FROM KEY_R B'D VFD+, VFD-, VP LINE :AS THICK AS P OS SIBLE (AT LEAS T 0.6MM) VR3 1004_FR OM 10KOHM

VC10

VD5

3857ST

VBD5

VC11

FC1 7

100NF

50V

100NF 3857ST FBD6

FBD5 FGND

FGND

DGND

FBD5-6, FC16-17:AS CLOS E AS P OS SIBLE TO T1 D5.1V

50V

FC29

D5.1V

P124/ XT2/EXCLKS

P11/ SI00/RxD0 P10/ SCK00-/ SCL 00

P40/ TOO L0

P146

150OHM 50V OPEN

FR79

100NF

F12. 5V 1022_C OIL REMOVED FOR HEIGHT LIMITAION 0905_R EDUCE NOIS E LEVEL

VBD6

3857ST

50V

FC1 4

M_RS T

100 OHM 100 OHM

FR40

D5.1V

FC9

KEY_AD1 REMO 16V 47UF 3857S T FBD1

FC2

1019_ HEIGHT LIMIT

1023_C AP ADDED

0808_BEAD ADDED 1018_FBD 2 REMOVED

44 43 42 41 40 39 38 37 36 35 34

DGND

0 1 2 3 4 5

6 7

DGND

1NF 50V

DGND

1019_ HEIGHT LIMIT

0808_BEAD ADDED

0911_TO ANGLE FROM STR 0814_D IRECTION CHANGED(1-15)

FROM MAIN B'D

FC3 1023_C AP ADDED

DGND

MGND2

1 3 2 130 906 VOLUME J OG

52807-1510

FBD3

FC30

100PF 50V

10KO HM

F12.5V F12.5V VFD_GND VFD_GND M_RST M_RST KEY_AD2 KEY_AD2 KEY_AD1 KEY_AD1 REMOCON REMO D5.1V D5.1V D5.1V D5.1V_2 DGND DGND DGND UART_2 RX UART2_RX UART_2 TX UART2_TX UART_1 RX UART1_RX UART_1 TX UART1_TX ST5 .1V S T5.1V

16V 47UF

FC12

10KO HM

FR9 DGND

100 OHM 100OHM

FC11

FR8

100PF 50V

FR6 FR7

D5.1V

TP TP TP TP TP

FCN1

DGND ST5.1V

BUS <7..0>

TP TP TP TP TP TP TP TP TP

0808_BEAD ADDED

1 2 3 4 5 6 7 8 9 10 11 12 13 14 15

0928_TR ANS GND CHANGE

FR39

1114_ ADDED MCU RST FROM MAIN TO REDUCE STBY POWER

DGND

D5.1V_R LED6 LED5 LED4 LED3 LED2 LED1 KEY_AD2_R JOG_DN J OG_UP DGND_R

DGND

DGND

1 0

DGND

7 6 5 4 3 2

100NF

1203_EMI

DGND

FOP1

FC71

150OHM 50V OPEN

FR78

100NF

FOP2

50V

FC76

150OHM

FR77

150OHM 50V OPEN FC75

100NF

FOP3

FR76 FOP4

150OHM 50V OPEN 100NF

FC74

FR75

150OHM 50V OPEN FC73

100NF

FOP5

FR74 FOP6

FC72

68OHM 50V OP EN

FR82

68OHM

OPEN

100NF

1203_EMI

DGND

D5.1V LED_LEVEL6 LED_LEVEL5 LED_LEVEL4 LED_LEVEL3 LED_LEVEL2 LED_LEVEL1 KEY_AD2 JOG_DN J OG_UP DGND

1 2 3 4 5 6 7 8 9 10 11

22UF

23 24 25 26 27 28 29 30 31 32 33

P 27/ANI7

P 26/ANI6

P 25/ANI5

P147/ ANI18

P24/ANI4

P41/ TI07/TO07

P23/ANI3

DGND

FCW1

3857ST

P12/ SO00/TxD0

P22/ANI2

1203_ EMI

DGND

FC7

P13/ TxD2/SO20/

P123/ XT1

RESET-

DGND

P50/INTP1 P15/ PCLBUZ1 P14/ RxD2/SI20

R5F100FFAFP

P137/ INTP 0

10KOHM

1208_TWI STED WITH BLUE

100PF 50V 100PF 50V

P70/KR0

P71/KR1

P72/KR2

P30/INTP 3

P73/KR3

P63

P62

P31/TI03

P61/SDAA0

P60/SCLA0 P122/ X2/EXCLK

P 21/ANI1/AVREFM

10KOHM FR81 OPEN

FIC1

P121/ X1

P 20/ANI0/AVREFP

1019_ HEIGHT LIMIT 1116 _STANDARD ITEM

M_RS T

P16/ TI01/TO01

P01/TO00/RxD1

DGND

REGC

FR5

D5.1V

1017_VFD OPTION REMOVED

P17/ TI02/TO02/(TXD0)

VSS

10KOHM

1212_ CAP OPEN CAUSE OF MATERIAL TOUCH

P51/ INTP2/SO11

VDD

P00/TI00/TxD1

85

1203 _EMI

DGND

ST5. 1V

1UF 50V

11 10 9 8 7 6 5 4 3 2 1

P 120/ANI19

68OHM FOP15

FR72

OP EN

50V OPEN

68OHM FOP14 FC80

OPEN

FOP13

OPEN

100NF

68OHM OPEN FR71

FR70

OPEN

OP EN

FC1

OP EN

FOP16

OPEN

12 13 14 15 16 17 18 19 20 21 22

DGND

ST5. 1V

FC15

FOP17

FC70 100NF 50V OPEN

OPEN

FR73

1128 _FRO M 150O HM 1128 _CHANGED TO BLUE 0114 _FRO M 100O HM 0114 _CHANGED TO WHITE

FR4

FC77

REMO

VFD+

FR35

FR38 FR37 FR36

VP VFD-

100NF

22OHM

FQ11

D5.1V

1203_ EMI

50V 100 NF

TO KEY_L B'D TP TP TP TP TP TP TP TP TP TP TP

DGND

KSA733-Y

FR69

330OHM

D5.1V

100OHM 100OHM 100OHM 100OHM

FR45

1/2W

FR44

1/2W

22OHM

FQ10

C

KSA733-Y

FR65

DGND

E

B C

330OHM

KSA733-Y

330OHM

FR64

KSA733-Y

E

B

1221_ FC80 OPEN

1011 _FRO M D5.1V

B4B-PH-K

DGND 0928_TR ANS GND CHANGE

OPEN

VP

VFD-

VFD+

0817_TR CHANGE 0928_D IRECTION REVERSE

VBD4

VR2

DGND_V ST5.1V_V REMO_V

400V

FC1 6

50V

1N4148 50V 1NF

UNDEFINED

UZ9.1BM 9.1

VZD2

VC8

VJ 2

3857ST

33KOHM

F12. 5V

UNDEFINED SMW200-11P

5 4 3 2 1 FC28

100NF

50V

FR43

1/2W

50V 100NF FC27

22OHM

FQ8

FR42

50V 100NF FC26

15OHM

FQ9

DGND

C

1208_ TWISTED WITH RED

50V 1KOHM

C

50V

FGND

1011_ FRO M D5.1V

FR10

E

VQ2

3857S T

ST5. 1V

D5.1V

FC13

KTD863-Y-AT

B

0128_SMALL WIDTH 1019_H EIGHT LIMIT

47UF

TO VFD B'D

D5.1V

1128 _FRO M 150O HM 1128 _CHANGED TO BLUE 0114 _FRO M 100O HM 0114 _CHANGED TO WHITE

100NF

105

100NF

T1 EE1 312V

F1T4

DGND

1 2 3 4

VD3

50V

VC9

50V

VD4

V_STB V_DI V_BLK V_CLK D5.1V VP VFDVFD_GND VFD+ VFD_GND DGND ST5.1V REMOCON

H_LED4 H_LED3 L_LED2 L_LED1 D5.1V_LE

H_LED4 H_LED3 L_LED2 L_LED1 D5.1V

FGND

125 11H R-13(W)

E

B C

SDATA ST5 .1V RESET GND

47UF

5 4 3 2 1

VC7

1 2 3 4 5 6 7 8 9 10 11 12 13

DGND

E B

FR41

VBD3

6 7 8 9 400V F1T4 10

VQ1

COULD NOT AP PLY TO P V2

DGND

330OHM

3857S T

TP TP TP

KTD863-Y-AT

E

1004_WI LL BE CHANGE

DGND

1126_ FOR EMI

FCN2

VC6

105

FCN4

FCZ100E-05RS -K

C B

50V

22UF

TP TP TP TP TP TP TP TP TP

CN1

TO LED B'D

40V 1N5819

1019_H EIGHT LIMIT

1019_ HEIGHT LIMIT

V_STB V_DT V_BLK V_CLK D5.1V_V VP VFDVFD_GND_V VFD+

TP TP TP TP TP

VD2

105

VJ3

RIGHT

40V 1N5819

75

VC5

VD1

VD6

25V 220UF

75

6.8KOHM

1023_H OLE LIMIT

1N4148 50V 1NF

VJ1

DGND DGND

MGND1 FSW22 FR30

EVEKD2F3024M

FR29

10KOHM

6.8KO HM

FR28

4.7KO HM

FR27

3.3KO HM

FR2 6

FR2 5

2.2KOHM

1.8KOHM

FR2 4

1.5KOHM

FR2 3

FR2 2

FR2 1

1KOHM

1.2KOHM

820OHM KEY_AD1

FLANGER

CHORUS

GIGA

WHAWHA

PANNING

VISUAL

EJEC T

FSW11

FSW12

THVV503RAA

THVV503RAA

FSW13

THVV503RAA

FSW14

THVV503RAA

FSW15

THVV503RAA

FSW16

THVV503RAA

FSW17

FSW18

THVV503RAA

THVV503RAA

AUX/TUNER

POWER

THVV503RAA

SKIP

FSW19

FSW20

THVV503RAA

FSW21

1010 _MISSED

THVV503RAA

DGND

PLAY/PAUS E DGND

Copyright© 1995-2013 SAMSUNG. All rights reserved.

6-2

6. Schematic Diagram

6.3. FUNCTION-2 POWER AUDIO

SR4 OPEN 330 OHM

E

MGND1

C

OPEN

KSA733 -Y

SCN1

MGND2 OPEN 47N F 50V SC5

MGND2

B E

330 OHM OP EN OP EN

SQ2

KBD1

USB_GND

KR1

3857ST

15KO HM

385 7ST

1012_C HANGED TO BLACK FROM YELLOW 1128_C HANGED TO ALL BLACK CAUS E OF DES IGN COULD NOT APP LY TO PV2

330PF 50V 330PF

7 6 5 4 3 2 1

50V

KC2

3857ST

KC3

KR2 KBD3

AUX_GND

AUX_L AUX_GND AUX_R MIC_GND MIC_VR MIC_VCC MIC_SEN SE

KD2

2.2KOHM

KC9

KR10

33OHM

KR9

10KOHM

KC8

1NF 50V

E

KR6

KQ1 C B

KSC1008-Y

KR7

KR8

220 OHM

1UF 50V

100KOHM

KC7

1UF 50V

KC6

1N4148 75

75 1N4148

KC5

47NF 50V

TO MAIN B'D

KD1

CF1 4 3 2 1

TP3TP2TP1

AUX_L AUX_GND AUX_R MIC_GND MIC_VR MIC_VCC MIC_SENSE

33KO HM

1UF 50V

KC4

KR4

TO MIC

TP TP TP

KR3

1017_ FRO M 330O HM

TP TP TP TP TP TP TP

47KOHM 47KOHM

0121_ FRO M DISC TYPE

UEJ-CV-075

YBH200-04

KC1

KBD2

5 4 3 6 2 1

KAJ1

22NF 25V

0124_ CHANGE BACK TEMP.2202-002254 0325_ CHANGE TO 2202-002254 FOR BRACKET PROBLEM

TO MAIN B'D

USB2 JTP12 86H A

LTL87HVES

SC10

820OHM

SR12

S W2

1

USB2_LED KEY_AD3

KCN1

2

USB1

US B1_5V US B1_DN US B1_DP US B_GND USB1_LED US B2_5V US B2_DN US B2_DP

1015_ USB1_G ND&USB2_GND MERGED 1017_ USB_G ND&DGND MERGED

47NF 50V OPEN

MGND2

MGND1

2

S W1

1

USB_GND

MGND2

KSA733 -Y JTP12 86H A

MGND1

SR2 OPEN

1017_ HAS TO BE CO NNECT WITH SCREW HOLE

SR5

C

470 UF 10V

150OHM

SOP2

OPEN

US B_GND

SC9

SJA 2

1115 _REDU CE PO WER 1210 _REDU CE MO RE 1212 _CHANGE BACK

SC8

SR9

MGND1

47NF 50V

470OHM

184-0423211

4 3 2 1

USB1_5V USB1_DN USB1_DP USB_GND USB1_LED USB2_5V USB2_DN USB2_DP USB_GND USB2_LED KEY_AD3

TP TP

1 2 3 4 5 6 7 8 9 10 11

SMW200-07P

184-0423211

SQ1

TP TP TP TP TP TP TP TP

JACK

B

1 2 3 4

SMW200-11P

OPEN

50V 47NF

SOP1

470UF 10V

SJA 1

SC3

1017 _SC1,SC7,SC4,SC6 REMOVED CAUSE OF GND MERGE

SC2

SR3 470OHM

SR1

150OHM OPEN

1115_ REDUCE PO WER 1212_ CHANGE BACK

1113_ SAME SPEC

100UF 16V

MIC_GND

50V 1113 _EMI

1113_ EMI

3857ST KC10

3857S T KBD5 MIC_GND

AUX_GND

TO MIC

4 3 2 1

TP TP TP

TP4 TP5 TP6

GCC01-0045

6 5 4 2 3 7 8 9 1

CF2

CN2

MIC_GND

YBH200-04

US B_GND

MIC1_GND

6-3

Copyright© 1995-2013 SAMSUNG. All rights reserved.

6. Schematic Diagram

6.4. VFD

TP

F+

TPTPTPTP TPTPTPTPT TP PT TP PT TP P

VDD2 VSS CLK BLK LAT VDD1 DI

VFD

TP

F-

POWER

UNDEFINED

0925_VF D CHANGED F+ F+

VDD2 VSS CLK BLK LAT VDD1 DI

F-

F-

FVT1 0925_MOVED F ROM F RONT_R PCB

10 11 VC4

50V

VC3 100NF

3857ST

VBD2

3857ST

VBD1

50V

50V 10UF VC2

VC1 100NF

1112_HEIGHT LIMITATION

VC6 OPEN

50V

100NF 3857S T VBD3

OPEN FGND

DGND

NOT APPLIED TO DV BOARD. IT WILL APPLY... VC5 OPEN

FGND

P6KE180A

VZD11

3.5

100NF 50V

50V

100NF 3857S T

ST5.1V

DGND

FGND

VBD4

OPEN

1008_DGN D CHASSIS

DGND

FGND

DGND:AS LARGE AS POSSIBLE.

47O HM VR11

FROM KEY_ R B'D

0925_PIN MAP CHANGED VCN1 12511HR-1 3(W)

VFDVP D5.1V V_CLK V_BLK V_DI V_STB

47O HM

VFD_GND VFDVP D5.1V V_CLK V_BLK V_DI V_STB

VR12

13 12 11 10 9 8 7 6 5 4 3 2 1

VC22

VC21

VZD2 DGND 1114_F ROM 100KOHM 1128_IN TERNAL 30KOHM COULD NOT APPLY T O PV2 0102_REM OVED

50V 10UF

1112_HEIGH T LIMITATION

REMOCON REMO ST5.1V ST5.1V DGND DGND VFD_GND VFD_GND VFD+ VFD+

GND

3

VCC

2

0808_D5 .1V->ST5.1V

1128_U NIFIED WITH 8000 COULD NOT APPLY TO PV2

16V 100UF

1

VOUT

VEYE1

1127_F OR ESD COULD NOT APPLY T O PV2

6.8 GDZJ6.8C

3 4 5 6 7 8 9

1 2

1120_3LIGHT ING NG

1008_D GND-FGND LAYOUT CHANGE

HCA-47M231T

TSO P32238Q J1

TPTPTPTPTP TPTPTPTPTP TP TPTPTPTPTP TPTPTPTP Copyright© 1995-2013 SAMSUNG. All rights reserved.

6-4

6. Schematic Diagram

6.5. LED POWER

LOP 1

LOP 2

LOP 3

TP T PTP TPT TP PT TP PT TP P

5.1V

LOP 4

LCN1 1208_LR2 MOVED 1211_LR1 REMOVED

LOP 5 LR2

0OHM

LOP LOP66

MGND2 5 4 3 2 1 MGND1

H_LED4 H_LED3 L_LED2 L_LED1 D5.1V

1108_LR3 REMOVED LOP LOP77

10003HR-05 A00 LOP LOP13 13

LOP LOP88 LOP14

6-5

LOP LOP99

LOP LOP15 15

LOP 10

LOP LOP16 16

LOP 11

LOP LOP17 17

LOP 12

LOP LOP18 18

Copyright© 1995-2013 SAMSUNG. All rights reserved.

6. Schematic Diagram

6.6. MAIN–1 TP24

M5V_PW

ST5.3V _PW

POWER

M5V_PW

VAA+5V

M5V_PW

USB5.0V_PW

CHANGE FROM 0505-000274 -> 0505-003205_CSC_0904

UNDEFINED 0.01OHM CB2012UA300T

BOTTOM B5V_CTL

10V 22UF PC33

PC52

10V 22UF

22UF 10V

PC51

22UF

PC50

10V

1/10W

PC49

OPEN100NF

PR18

5.6KOHM 1/10W

PR17

1/10W 20KOHM

PC48

OPEN

PC47

33NF 16V

100NF

PR16

50V

PC46

2.2NF

PR15

47KOHM

PR19 PC45 100NF

10V 22UF

10V 22UF

PC31

PC32

22UF 10V

10V PC9

PC8

PC17

PR10

100NF PC16

1/10W

PC42

33NF 16V

PR9

20KOHM

50V

PC641

1/10W

OPEN

DGND

2

DGND

10KOHM PR8

CS1608X7R104K160NRB

10KOHM 1/16W

2.2NF

PC36

PC15

MMBT2222A

OPEN100NF

EN

PR11

SS

COMP

3.3KOHM

FB

LX LX

UNDEFINED 0.01OHM CB2012UA300T

UNDEFINED

3.6KOHM

1/16W

10KOHM

100NF

10V PC35

PQ5

DGND CB2012UA300T UNDEFINED

GND

OPEN

10V 10UF

DGND

TC9

TC3

10V 10V

E

AGND

0923_MANUFACTURER GUIDE

TBD4

3

TC1

10V

TC5

10UF 10UF

10UF 10V

10UF 10V

TU5V

1KOHM 1/16W

VIN

8 7 6 5

MGND1

T3.3V_CTL C

PGND

2.2UH

AOZ3011PI

TOP

B3.3V_CTL PR38

PR39

10UF 10V

PR37

PC94

10UF

1/16W 10KOHM

1UF 16V

B

PC95

10V 22UF

PC93

MP1.35V_PW

AGND

PBD6 PL1

PIC11

1 2 3 4

G

MP1.35V_PW

TC4

PR7

D

S

DGND

BOTTOM

OUT

PC68

PQ4

BD8

1/4W 0OHM

DGND

PR12 1KOHM

AO3415AS

DGND

TIC2

M5V_PW

1/16W

100K OHM 1/16W

IN

PC44

10V PC76

22UF

10V PC75

22UF

PR81 PC74

MP3.3V_PW

PR36

MIC5V

DGND

R8

0.01OHM CB2012UA300T

12.5V_PW

1115_CSC

0923_MANUFACTURER GUIDE

BECAUSE OF MIC PIPI NOISE_1212

KRC106S-R TK

KIA7805AF

EN COMP

DGND

PQ23

E

UNDEFINED 0.01OHM CB2012UA300T

PBD21

KRC106S-R TK VARI_PC_A

FB

2 1/16W 1OHM

1

PC73

16V 1UF

PQ22

C

SS

LX

AGND

ADJ

E

B

VIN

8 7 6 5

LX

1/10W

VOUT VOUT

PGND

1/10W

VIN

10V 22UF

C B

TP PTP36

1/10W 68KO HM

PR72

PR71

PTP31

PQ21

1/10W 51KOHM

E

TP

10UF

PC7

10UF 10V 10UF 10V 10UF 10V 10UF 10V PC41

MIC14 3

AL3.3V_PW

0.01O HM CB2012UA 300T UNDEF INED

AP1117D-33- GZ-13-89

1 2 3 4

PL2

UNDEFINED 4.7UH

MGND1

PC67

PC72

10V 22UF

PC71

10V 22UF

PR80

1/16W 1OHM

1

PC70

16V 1UF

ST5.3V _PW

PBD7

PIC12

AOZ3011PI

1B3<

PR70

1/10W 56KOHM C B

VARI_PC_C

CB2012UA300T UNDEFINED

10V 10UF

1/16W

12.5V_PW

1/16W

2

VOUT VOUT ADJ

330OHM

VIN

10KOHM

3

LED5.0V_PW

PR14 1KOHM

1/10W

MIC15

1004_CHA NGE COIL_BECAUSE OF AMP NOISE 2703-003890 :3225 SIZE

UNDEFINED CB2012UA300T 0.01OHM

PBD20

PC66

UB3.3V_PW

AP1117D- 33-G Z-13-89

PC59

10UF 10V

PC65 PC58

10UF 10V

10UF 10V 10UF 10V

10V

10V PC5710UF

PC64 10UF

10V

10V PC56 10UF

10UF 10V

PC62

10V

10V

10UF 10V

PC61

PC55

10UF

PC5410UF

PC53 10UF 10V

PC60 10UF 10V

P_O N 2A4> 1B5<

PL3 M5V_PW

PC63 10UF

PBD17

AP3.3V_PW

UNDEFINED 47UH

22UF

VARI_SMP S

0.01O HM CB2012UA300T 0.01O HM PBD19 CB2012UA300T

PBD14

UB3.3V_PW

1D3>

KRC106S-R TK

1

CB2012UA300T

DGND

12.5V_PW

0.01O HM CB2012UA300T

VARI_SMP S

TBD5

CB2012UA300T 0.01OHM PBD31

OPEN

PC4

50V 1NF VSS-5V

VARIABLE POWER BLOCK

2C3>

MP3.3V_PW

PBD5 UNDEFINED

UNDEFINED

DGND

VARI_PC_B

10V

RF3.3V_PW

DGND

2C3>

RF5.0V_PW

0812_O PEN_MLCC VE

0.01O HM CB2012UA300T

DGND

2A6>

UNDEFINED

CB2012UA300T PBD18

DGND

TP69

M5V_PW

P_ON2 2A4> 1B2<

PBD16

DGND

TP

PC6 10UF

OPEN

10V 100NF

PC43

DGND

B

ST5.3V _PW

MGND2

B_5.3V_1 B_5.3V_2 B_5.3V_3 B_GND_6 B_GND_7 B_GND_9 B_VPS B_-5V B_12.5V_1 B_12.5V_2 B_GND3 B_P_ON

UNDEFINED

UNDEFINED

0812_O PEN_MLCC VE

0.01O HM

PBD15

PBD2

CB2012UA300T 0.01OHM PBD29

1/10W PR25 10KOHM

CB2012UA300T

MGND1 1 2 3 4 5 6 7 8 9 10 11 12

0.01OHM CB2012UA300T

TOP

E

0.01O HM

20022WS -12A00

CB2012UA300T 0.01OHM PBD11

PBD1

T5V_CTL

C

PQ2

TP22

TP35 TP18 TP21

SRC1203S

PCN1

8 7 6 5

10KOHM 1/10W

PR13

DGND

1 2 3 4

PR73

1/10W 100KOHM

10V 1UF

PC3

220UF

PC1

16V

DMG4435SSS-13 PQ3

DGND

C1

50V 47NF

OPEN R1

OPEN

0OHM 1/10W

DGND GGND

Copyright© 1995-2013 SAMSUNG. All rights reserved.

SGND

6-6

6. Schematic Diagram

6.7. MAIN-2

UR19

10KOHM

UQ10 2SA1979S-Y

UR14 47KOHM

UR2

10KOHM

UD1

40 RB751V-40TE-17

10KOHM 1/16W OPEN

UR63

10KOHM

1/16W P61/SDAA0

P60/SCLA0

EVDD0

VDD

EVSS0

VSS

REGC

P121/X1

P122/X2/EXCLK

P137/INTP0

P123/XT1

P124/XT2/EXCLKS

/RESET

P40/TOOL0

P41

P42/TI04/TO04

P43/SCK01-/SCL01

P44/SI01/SDA01

P45/SO01

P46/INTP1/TI05/TO05

P47/INTP2

P120/ANI19

OPEN

UR56 P87/(INTP9)

EVDD1

P30/INTP3/RTC1HZ/S CK11-/SCL11

P51/SO11

P50/SI11/SDA11

P52/SO31

P53/SI31/SDA31

P56/(INTP1)

P54/SCK31-/SCL31

P57/(INTP3)

P55/(PCLBUZ1)/(SCK00-)

P17/TI02/TO02/(SO00)/(TXD0)

P15/SCK20-/SCL20/(TI02)/(TO02)

P16/TI01/TO01/INTP5/(SI00)/(RXD0)

P14/RxD2/SI20/SDA20/(SCLA0)/(TI03)/(TO03)

P13/TxD2/S O20/(SDAA0)/(TI04)/(TO04)

P11/SI00/RxD0/TOOLRxD/SDA00/(TI06)/(TO06)

P12/SO00/TxD0/TOOLTxD/(INTP5)/(TI05)/(TO05)

P101

P 110/(INTP10)

P10/SCK00-/SCL00/(TI07)/(TO07)

P147/ANI18

P 111/(INTP11)

P100/ANI20

P146/(INTP 4) P140/PCLBUZ0/INT6

P141/PCLBUZ1/INTP7

P142/SCK30-/SCL30

7 5 3 1 UAR8

UR1 7

M_ACK M_RXD

1/16W 100OHM 1/16W 100OHM

UR1 8 DGND

TO MP EG TO MPEG

4F1< M_PWM_RST 3C3< M_RES ET 3F3<> TU_CLK

SUB_RS T

4F1< 4F1<

4F1<

2F4<

TP

TP26 TP29 TP

UR3 7

UAR5

UAR4

100OHM

8 6 4 2 8 6 4 2

1/16W

7 5 +-250P PM/C 3 100OHM 1 7 5 3 1 UR6 6

100OHM 100OHM 1/16W +-250PP M/C

TP43 TP46

UB2130_RS T IR_RSTI IR_SD

7C3<

2A8<

TU_RDS 3F2> 2D3< FL_LED5 FL_LED4 2D3< EQ_C 6E8< EQ_B 6E8< EQ_A 6E8< 2D3< FL_LED6

TP TP

UB2130_SDA UB2130_SCL

7C3<> 7C3<

MC301

1/16W 100OHM 100OHM 1/16W

DGND

UR11

0OHM

UAR24 UAR23

1/10W

UC26

10UF

UC10

MICOM_RST

100NF

UAR2

2D5> 2E4>

FR_LED7

1.0

FR_LED1 FR_LED2 FR_LED3 FR_LED4 FR_LED5 FR_LED6 2A3< 2A3< 2B3< 2B3< 2B3< 2B3<

DGND

AL3.3V_PW

12PF

3 UC39

Q2

32.768HZ UX2

10V 1UF

7 5 3 1 7 5 3 1 8 6 4 2 8 100OHM 6 +-250PPM/C 4 2

FL_LED1 FL_LED2 FL_LED3

TP 1

4

DGND

50V

50V

UC24

UC14

100NF UC28 10UF 10V

0OHM 1/10W UR45

+-250P PM/C

2 4 6 8

TP_OPEN

100NF UC27

3F3<>

TP_CLOSE 3F3<> 3F3<>

TU_CE TU_RST

TU_DA

M_TXD M_STB

UAR11

1 UAR34 3 5 7

100OHM

VARI_PC_C FROM MPEG 4E8> FROM MPEG 4E8>

2.7KOHM

10KOHM 1/16W

UR20

UR22

10KOHM

UR21 10KOHM

UR67 1/16W

CLOSE_SW OUTSW INSW USB1_EN P_ON2

100OHM +-250PPM/C

7 5 3 1 2 4 6 100OHM 8 +-250PPM/C

UAR12

8 6 4 2 1 3 5 7 75 74 73 72 71 70 69 68 67 66 65 64 63 62 61 60 59 58 57 56 55 54 53 52 51 Q3

2C4<

VFD MICOM

2C4>

1

/RESET,RESET VDD

3

UC6

100NF 10V

16V 47UF

UC4

2 6B3<

UC5

4E5>

RT9818C-29P V

UIC3 GND

4E5<

UP DATE ONLY

2C8>

10V 1UF

6B3>

UR50

1/16W 1KOHM 1UF UC22

UR15

B E

C

10KOHM 1/16W

10KOHM 1/10W

UR84

UVT3 UVT4

1/16W

8 6 4 2

VOLTAGE DIVIDER FOR FRONT MICOM_0624

UR83

1/10W 20KOHM

UR82

UR60 UR61 UR62

D1

10KOHM

UR54

UR53

1/16W

10KOHM

12PF 16V 12 12 100NF 100NF LOPIVA16G05 LOPIVA16G05 UC20 UC21

100NF

UD4C

10KOHM

1/16W UR51

10KOHM

UR52

1/16W UR55

10KOHM

OPEN

TP20

0.01OHM

BD4

1/10W 20KOHM

50 49 48 47 46 45 44 43 42 41 40 39 38 37 36 35 34 33 32 31 30 29 28 27 26

1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25

1/16W 1/16W 1/16W 100OHM 100OHM 100OHM

UPIN94

1/16W 2.7KOHM UR70

100NF

GFRC7

GC14

T_ESS_RX T_ESS_TX TP23 TP19 TP17 TP33 TP40 TP41

GC13 TP34 TP25

0.01OHM

BD2

220NF

220NF

220NF

220NF GC11

220NF GC10

UR24

1/16W 47KOHM

E

C B

OPEN

RB751V-40TE-17 UR69

UR68

2.7KOHM

1/16W 2.7KOHM

MGND2

2C8>

0.01OHM

27OHM 1/4W

10V 100NF

UR26

1/16W

UR29

GQ12 GBD9

1/16W 330KOHM

1/4W

MMBT2222A

1/4W

GR34

27OHM

UC29 100NF

2D6>

GQ11

MMBT2222A

GQ10 GR32

39OHM

27OHM 1/4W

MMBT2222A

MMBT2222A

GR28

C

1/4W

GQ9

C

C

C

C

GR26

UC1

B_FA_RXD

T_TX

B_FA_TXD

TP49 LOPIVA16G05 LOPIVA16G05

0.01OHM CB2012UA300T UNDEFINED

GBD8 100NF

GLC1

1/16W

1/4W

27OHM

27OHM

1/4W

OP EN

GQ4

GR35

220NF

GC15

GC16 220NF

GC18

220NF GC17 220NF

GC19

220NF

GQ8

E B

E B

C

27OHM

1/16W 4.7KOHM

GCC02-0096 GQ6

MMBT2222A

GQ5

MMBT2222A

1/4W

1/4W

GR27

27OHM GR31

39OHM

GR33

GQ2

1/4W GR25

27OHM

39OHM

MMBT2222A

GQ3

MMBT2222A

1/4W

MMBT2222A

GQ1

MMBT2222A

GC20

GQ7

E B

E B

B

B

GR36

TP52

E E

BD1

P143/ SI30/RxD3/SDA30

MMBT2222A

P62/ SCLA1

P144/ SO30/ TxD3

1/4W

P63/ SDAA1

39OHM

P00/ TI00 P145/ TI07/TO07

220NF

P01/ TO00

P31/ TI03/TO03/INTP4/(PCLBUZ0)

GC9

P02/ ANI17/S O10/TxD1

P64/ TI10/TO10

0.01OHM

P03/ SI10/RXD1/SDA10

P65/ TI11/TO11

DGND

TOP TP

AL3.3V_PW

DGND

VFD1_RXD

P66/ TI12/TO12

180KO HM 1/10W

VFD1_TXD

P67/ TI13/TO13

MMBT2222A

P130 P102/ TI06/TO06 P04/ SCK10-/SCL10

SUB_RST

REMO_IN

LOG_RXD1 LOG_TXD1

R5F100PGAFB

DGND

DGND

AL3.3V_PW

KRC106S -RTK UQ2

UR81

DGND

IR_RSTI

AL3.3V_PW

ST5. 3V_PW

KEY_AD2 KEY_AD1

1KOHM 1/10W

Q1

UIC1

P77/ KR7/INTP11/(TXD2)

GR24

P20/ ANI0/AVREFP

1/16W 10MOHM

Q0

P76/ KR6/INTP10/(RXD2)

AL3.3V_PW

DGND

P75/ KR5/INTP9

1211_D UPLICATED LED5.0V_PW

P74/ KR4/INTP8

GC1

P23/ ANI3 P22/ ANI2

P21/ ANI1/AVREFM

2

P73/ KR3

1

P72/ KR2/SO21

UR3 9

MC-146(32.768KHZ,20P PM)

UR36

DGND

P25/ ANI5

MICOM_RST

2D5>

TP48

UR38

10KOH M 1/10W

P24/ ANI4

C

DIRECTION CHECK

1/10W 10KOH M

2D3<

2D6<

DGND

UR80

1116_BD REMOVED

2C3<

2E4>

MICOM_RS T

P71/ KR1/SI21/SDA21

2C3<

P70/ KR0/SCK21-/SCL21

B

SCB-2415-M-2

B_DGND_6 B_VFD_RXD B_VFD_TXD B_VFD1_RXD B_VFD1_TXD B_S T5.3V_1

1 2 3 4 5 6 7 8 9 10 11 12 13 14 15

P27/ ANI7

C

UCN1

ST5. 3V_PW

P26/ ANI6

1 2 3 4

P06

1.0

TP_RST_TOP

12. 5V_PW

P150/ ANI8

1.SD ATA 2.AL3.3V 3.R ESET 4.G ND

B_SDTA B_AL3.3V_8 B_RS T_MICOM B_GND_8

AL3.3V_PW

1/16W UBR1 1KOHM

P05

UR1 00

CN2

UNDEFINED

UAR1

FL_LED6

P151/ ANI9

3.3KOHM 1/16W

2C8>

IR_RS T

100OHM +-250PP M/C

EVSS1

UAR33 AL3.3V_PW

DGND

MGND1

P152/ ANI10

2C8>

1KOHM

DGND

TP111

P80/ (SCK10-)/(SCL10)

FL_LED5

TOP TP

P153/ ANI11

1KOHM

DEBUG_FANET_TXD DEBUG_FANET_RXD

E B C

AL3.3V_PW

P81/ (SI10)/(RXD1)/(SDA10)

2C8>

1.0

P154/ ANI12

FL_LED4

2D6>

PIN93

LED5.0V_PW

IR_SD

DGND

P82/ (SO10)/(TXD1)

1KOHM

REMO_IN

2D6<

GGND

6-7

FL_LED3

GR12

1 2 3 4

GCN14

B_12.5V_4 B_GND_5 B_S UB_RST B_KEY_AD2 B_KEY_AD1 B_REMO_IN B_M5V_5

GR11

FL_LED2

1KOHM

3B4< USB2_EN VFD1_RXD VFD1_TXD USB2_FAULT 2F3>

100OHM +-250PPM/C

TP13 TP14 TP15 TP16

1 2 3 4

LM302LD-004- TF1

B_SWL_B B_SWL_G B_S WL_R B_SWL5V_2

KEY_AD2 KEY_AD1 US B_M_RST

SMW200-H04G

LM302LD-004- TF1

TP12

UR4 2

2A4< 6B1<

P155/ ANI13

B

GCN13

TP9 TP10 TP11

GR10

1206_FO R EMI 1D1< VARI_PC _B

1KOHM

EQ_IN

DGND

2F3> 2F3< 3B4<

FL_LED1

81 82 8 7 83 6 5 4 3 +-250PP M/C84 2 1 100OHM 85 86 UAR16 87 1/10W 88 100OHM UR3 3 89 90 100OHM UAR19 100OHM 91 UAR30 92 100OHM 93 UR3 4 1/10W 94 200OHM 95 UR3 5 1/10W 96 97 100OHM UAR31 98 99 100OHM UAR32 100 100OHM

1/16W 33KO HM RES IS TOR DIVIDE_1118

2F3>

GR8

TP

TP44 TP45

8B1>

P83

VARI_PC _A

P156/ ANI14

C

B_FL_B B_FL_G B_FL_R B_FL5V_1

UR2 7 UR2 8 UR3 0 UR3 1 UR4 3

AUX_MIC_S EN KEY_US B

TOP TP

GR9

TP

2C8<

AL3.3V_PW

P84/ (INTP6)

B

E

E

C

C

C

LM302LD-004- TF1

1E1<

6E8>

1/16W 1/16W 1/16W 1/16W 1/16W 76 100OHM 77 100OHM 78 100OHM 79 100OHM 80 100KOHM

10/08

8B5> FAN_CHECK 7C5< UB2130_MUTE 4E8> 3A3< USB1_FAULT

3B3<

SPK L IGHTING_L

ADD DIODE_0618

FAN_ON

GGND

GGND

TOP TP TP

TP42

P85/ (INTP7)

12. 5V_PW

DELETE

1KOHM

UR2 5

AL3.3V_PW

LED5.0V_PW

GR7

1/16W 10KOHM

DGND

DGND

AL3.3V_PW

1 2 3 4

220NF

DGND

2D6>

FR_LED6

B

B

GR23

UR78

MP 3.3V_PW

P86/ (INTP8)

E

E

E B

E

LM302LD-004- TF1

1 2 3 4

DEBUG_FANET_RXD

2D6>

FR_LED5

1KOHM

UQ1

2D6>

FR_LED4

GR2 1KOHM

DEBUG_FANET_TXD

2D6>

FR_LED3

1KOHM

GR6

2D6>

FR_LED2

GR4 1KOHM GR5

2D6>

FR_LED1

GR31KOHM

GCN12

TP5 TP6 TP7 TP8

1/16W 33O HM 1/16W 33O HM

2SA1980S -Y

6B1< 2C5>

1/16W 10KOHM

GCN11

B_S WR_B B_SWR_G B_SWR_R B_S WR5V_1

1KOHM

1B2<

UR79

UVT2

SPK L IGHTING_R

TP4

1B5<

P_O N

MP3.3V_PW

AL3.3V_PW

AL3.3V_PW

4 5

GR1

AL3.3V_P W

AL3.3V_PW

UR23

1 3 2

UVT1

GGND

TP1 TP2 TP3

T_RX

UFANETCN1

B_FR_B B_FR_G B_FR_R B_FR5V_1

AL3.3V_PW

B_FA_GND

POWER

DGND

Copyright© 1995-2013 SAMSUNG. All rights reserved.

6. Schematic Diagram

6.7.1. Test Point Wave Form TP1

Copyright© 1995-2013 SAMSUNG. All rights reserved.

6-8

6. Schematic Diagram

6.8. MAIN-3 USB1_5V

POWER AUDIO S C13 10UF 10V MP3. 3V_PW

MP3. 3V_PW

SR2 SR3

0.01OHM UNDEFINED

US B1 : 0.5A TPS2069C DBVR SIC 3

1 2 3

5

OUT IN GND

4

/FLT EN/EN#

R15

SC16 100NF

S C15 10UF 10V

DGND

USB1_EN

2A6>

USB2_5V

US B1_FAULT

2B4<

DGND SC12

TP31 TP36 4.7KOHM 1/16W 4.7KOHM 1/16W

SC10

DGND

S R12

2B8>

220NF 16V

4F1<

0OHM

OPEN

OPEN

DGND

SR8 SR9

SDCW2012H-2-900TF

SC9

SR6

SR7

50V 18PF

SC8

3C5<> 3C5<>

KEY_USB DGND

AGND

3C3<>

GND

L_CH

R_CH

VCC

SCLK

SDIO

/SEN

/RST

GPIO2/INT

MGND4 MGND3

DGND

MGND2 MGND1

UNDEFINED TAF-6MF-D

TU1

TP57

TP56 B_TU_L B_TU_R

DGND

TU5V

US B2_DN USB2_DP

9 8 7 6 5 4 3 2 1

3C3<>

TUNER_R

4 3

S DCW2012H-2-900TF

B_TU5V TP63

100NF

TC67

TC66

TC60 22PF TC58 22PF

J1

TP 64

TC59 10NF

AGND

3.3KOHM

SHORT(GND) SHORT-GND

1201_AUTO SEARCH

OP EN TR56 100OHM

1211_CDR FLO ATING 1V @STBY

1 3 5 7

TU_RST TU_CE TU_DA TU_CLK

ADD JUMPER FOR ES D_1126 1/4W 0OHM

2 4 6 8

B_TU_RDS B_TU_RST B_TU_CE B_TU_DA B_TU_CLK

AGND

DGND

TC2

CS1608X7R104K160NRB

DGND

OPEN

TR336 100OHM

16V 100NF

2A7> 2A6> 2A6<> 2B8>

AGND TP58 TP59 TP60 TP61 TP62 R7

TR7

3.3KOHM TR6

3.3KOHM TR5

TR4

3.3KOHM

3.3KOHM

TR37

TU_RDS

OPEN

OPEN

TR12

TR53 33KOHM

TR52 33KOHM

OPEN

MP3. 3V_PW

1211_CDR FLO ATING 1V @STBY

1/10W 3.3KOHM

DGND

1211_C HANGED TO 105. TRANSIENT

B_TU_GND

MP3. 3V_PW

2C8<

16V 47UF

TR55 100OHM

SD2

4C8<

1 2

0

TUNER_L

UNDEFINED UNDEFINED SFT2

RCLAMP 0502B.TCT

TR54 100OHM 4C8<

USB1_5V USB1_DN USB1_DP USB1_GND USB1_LED USB2_5V USB2_DN USB2_DP USB2_GND US B2_LED KEY_USB MGND2

0OHM

4 3

0

US B1_DP USB1_DN

1 2 3 4 5 6 7 8 9 10 11

SD1

3D6<> 3D6<>

USB2_DP USB2_DN

UNDEFINED SMW200-H11G

MGND1

1 2

US B1_DN US B1_DP

DIRECTION OUTWARD

SCN1

UNDEFINED UNDEFINED SFT1

DGND 12MHZ DGND

50V 18PF

USB2_5V

DGND

3C3<> 3C3<>

0OHM

USB1_5V

10KOHM

B_USB_GND

M_RESET

B_USB2_5V USB2_5V_2 B_USB1_LED B_USB2_LED B_KEY_USB

1/16W 33OHM

SR19

SC17

USB2_DN USB2_DP

2C4>

1/16W 120OHM

SR11

SR1

16V

16V

1/10W 510OHM

SC6

100NF

SC5 100NF

100NF

USB2_EN

US B2_FAULT

1206_FO R EMI

A411433E12M SX1

SC21

10UF 10V

RCLAMP0502B.TCT

SC4

100NF

16V

1114_USB EYE

SC20

SR10

US B_M_RST

AVDD

DM4

EN/EN#

B_USB2_DN B_USB2_DP

DP4

4

/FLT

2C4<

DGND

DGND

8 9 10 11 12 13 14

X1

RESET#

DP3

MGND1

DP2

TEST/ SCL

DM3

DM2

X2

AVDD

5

IN GND

USB1_5V_1

OVCUR4#

DP1

1UF

DM1

2C4> 2C4<

0OHM 0OHM SC11

OVCUR3#

R28

OUT

B_USB1_5V

21 20 19 18 17 16 15

DVDD

DP0

TPS2 069CDBVR S IC4

1 2 3 DGND

100NF 16V

PSELF

PGANG

SDA

OVCUR2#

OVCUR1#

V5

V33 DM0

4.7KO HM 1/10W

USB5.0V_PW

USB2 : 0.5A

B_USB1_DN B_USB1_DP USB1_DN USB1_DP

100NF 16V

SC7

1 2 3 4 5 6 7

AVDD

1UF DGND

SC19 10UF 10V

DGND

RREF

US B_DM US B_DP

S C18 10UF 10V

MP3.3V_PW

0.8

DGND

GL852G- 31 SIC 2

SR15 10KOHM 1/10W

220N F 16V

28 27 26 25 24 23 22

SC3

6.3V

6.3V

TP TP

10UF 4D3>

4C3>

4.7KO HM 1/10W

DGND

SC2

SBD1

CB2012UA300T

MP3. 3V_PW

USB5.0V_P W

SC14 10UF 10V

DGND

6-9

Copyright© 1995-2013 SAMSUNG. All rights reserved.

6. Schematic Diagram

MC161 10UF

MC153 10UF

MBD6

100NF MC165

100NF

MC162

UNDEFINED

100NF

MC166 220UF

MC164

MC163 10UF

MR261 4.7KOHM

MR257 4.7KOHM

100NF

MC146

MX2 27MHZ

100KOHM MR264

OPEN

1/16W OPEN

4.7KOHM

MR14

MIC6 SPI_CS

6B5> DGND SPI_DI

1 2 3 4

/CS

VCC DO(IO1) /HOLD(IO3) /WP(IO2) CLK GND DI(IO0)

100NF 8 10V MC170 7 MC3 4B2< 10UF 6 S PI_CLK 5 S PI_DO

4B2<

B_SPI_DI T_SPI_DI B_SPI_CS T_SPI_CS T_GND_2

6C3<

B_NOR_GND_2

W25Q32FVS SIG

DGND

BT_RS T #52 BOOTSTRAP HIGH WHEN BOOT

1116_TP ADDED

MR247

SPI _CS 100OHM

1/16W 4.7KOHM

1/16W

0.01OHM

MR248

1104_EMI

MR13

MC145

100NF MR16

VD33P LL

SPDIF_OUT

SPDIF_IN

VDD

SPI_DO

SPI_DI

VSS

SPI_CLK

SPI_CS 3

SPI_CS2

AUX[0]

AUX[1]

AUX[2]

VD33

RESET_B

VS33

AUX[3]

AUX[4]

AUX[5]

VDD

AUX[6]

AUX[7]

VSS

DB[15]

DB[13]

DB[12]

DB[14]

VS33

VD33

DB[11]

DB[10]

DB[8]

DB[9]

VDD

DB[2]

DB[0]

DB[1]

VS33PLL

4.7KOHM

SR[03]

SR[04]

SR[30]

SR[05]

SR[06]

SR[26]

SR[27]

SR[25]

SR[24]

SR[21]

SR[22]

SR[23]

OP[12]

SR[36]

SR[20]

SR[35]

SR[31]

SR[34]

SR[33]

VSS

SR[14]

SR[13]

VD33

BD3

SPI EMULATOR SP I_CS FLASH SPI_CS3 EMULATOR

DGND

B_SPI_DO T_SPI_DO B_SPI_CLK T_SPI_CLK

MC143

MC300

MC270 VD33

SR[15]

VDD

VD33

VS33

SIN

S OUT

SR[32]

AMPSTBY

OPENSW

CLOSESW

CLOS E/VOBS 1

VPB

VGB

OPEN/VOBS

MB

DB

TE

MP DB[3]

VSS

DB[4]

DB[5]

MR266 2.2KOHM 2.2KOHM

MR265

2.2KOHM MR263

100NF

B_I2C_DAT B_I2C_SCL B_I2C_WP B_MP3.3V_3 T_I2C_DAT T_I2C_SCL T_I2C_WP T_MP3.3V_3

1UF

100NF

100NF

T_DVD/CD

MC139

100NF

DRV

MC140

100NF

OPEN 47KOHM 1/16W

OPEN MR339

MR340

CLOSE

MR356

1/16W 100OHM

C152

100OHM 1/16W

MR357 INSW

100OHM 1/16W

1/16W 47KOHM OPEN 5E3<

1/16W 100OHM

1/16W 100OHM

MC133 MC134 MC135

B_TP84 B_TP85 MC132 4.7NF 10UF 1NF 150NF 100NF MC136 DB[6]

DB[7]

VS33

VD33

DQM

VDD

DSCK

VSS

2 4MAR1 6 8

100OHM

MP3.3V_PW

1 3 5 7

MC108

220NF 16V

111 2_ADD MC108 FOR EMI

MC144 10UF

4D2> 4D2>

220NF MC109

OPEN

LOPIVA16G05

DWE_B

DCS0_B

5C7> 5C8> 5C8> 5C8>

MVT5

DCAS_B

MC110 100PF 100NF

10NF

C107 10UF

MP3.3V_PW

MC101

MC102

470NF

C108

MR230 4.7KOHM

1 5E7> CS0# 2 5E7> RAS0# 3 5E7> CAS# 4 5E7> DWE# 5 6 MR376 56OHM 100NF DSCK 7 MC127 CB1608GM600T 8 MR241 DQM 9 MC129 100OHM 10 100NF 11 1 MAR2 2 DB7 12 3 4 DB6 13 5 6 DB5 14 7 8 DB4 15 100OHM 16 1 MAR3 2 DB3 17 3 4 DB2 18 5 6 DB1 19 7 8 DB0 20 MC137 100OHM 21 1 MAR4 2 5C7> 22 3 4 5C7> 23 5 6 100NF 5C7> 24 7 8 5C7> 25 MC138 100OHM 26 27 1 MAR5 2 5C7> DB12 100NF 28 3 4 DB13 29 5 6 5C7> DB14 30 7 8 5C6> DB15 31 100OHM 32 MR378 LOG_RXD1 33 200OHM LOG_TXD1 34 1/16W LOG ANALYZER 35 MC141 /VFD MICOM UPDATE 36 100NF 37 MC142 38 39 100NF 40 41 42 I2C_SCL 43 I2C_DAT 44 45 46 MR244 100OHM SPI_CLK 1/10W 47 48 MR245 100OHM SPI_DI MR246 49 SPI_DO 100OHM 50 100NF 51 52 10KOHM MC152 53 54

B_NOR_GND

B_SPI_DO_2 T_SPI_DO_2 B_SPI_CLK_2 T_SPI_CLK_2

(OPEN)

MR240

DB11 DB10 DB9 DB8

TP81

DRAS0_B

DCS1 _B

DGND

1018_INSERT MC109 BECAUS E OF ESD

OP[0]

10NF

FE

DRAS1 _B

MC99

V165O

DRAS2 _B

OP[1]

MC100

MR242 MC131

VSS

OP[2]

470NF

PI

DMA[10]

OP[3]

MR219

REX

DMA[0]

OP[4]

MP3. 3V_PW

B_ES SRESET

VD33

4.7KOHM

DVDLD

DMA[1]

4.7KOHM

VBO

DMA[2] VS33

B_SPI_DI_2 T_SPI_DI_2 B_SPI_CS_2 T_SPI_CS_2 T_GND

CDLD

VDD OP[5]

MR215

DVDPD

DMA[3] OP[6]

4.7KOHM

10KOHM 22NF

MR239 10KOHM

DMA[11] OP[7]

MR214

AGC2

DMA[9] VDD

4.7KOHM

SPNP

VSS

MR227 4.7KOHM

DMA[8]

MC107

VS33

MCLK

82PF

VD33

VS33

MC106

VID_XO

82PF

MDA[7]

82PF

VSS DMA[6]

VID_XI

TES T MODE

VS33

MC105

VDD SYSCLK

VD33

1

PAD_REF

MC104

PAD_COMP

MR212

DMA[5]

82PF

VD33 DMA[4]

NORMAL MODE

100OHM 1/16W

1/10 W

TP 82

0

PAD_RSET

4D2>

100OHM 100OHM 100OHM

TP OTP

UDAC

P ARALLEL MODE

USB_D P

S ERIAL MODE

1

VDAC

0

DCLK INP UT

USB_D M

CRYSTAL

1

MR280 MR281 MR282

PLL3 P LL2 PLL1

M_TXD

MP3.3V_P W

MP3. 3V_PW

S _P_OPTION

0

USB_AGND

S_L

CLK SOURCE

MP1. 35V_ PW

100OHM

VD33VDAC

PL3

USB_VC CA

148.5

VS33VD AC

162

5.5

ES8396SCD-GSWD

YDAC

6.0

1

CDAC

0

1

100OHM

VDD

1

1

MR223

S_P _OP TION

USB_R REF

1

4D2>

VD33

155.25

VSS

141.75

5.75

USB_VD DA

5.25

1

DAC_O1L

0

0

100OHM 100OHM MR233 MR234

DVCC

0

1

RAS2# RAS1#

DAC_O2L

1

5E7> 5E7>

AVS33

135

MIC1

DAC_O2R

5.0

AVD33

1

VD33ADAC

1

VS33AD AC

0

DAC_O3L

128.25

TRO

121.5

4.75

REFD

4.5

0

DAC_O3R

1

1

SLO

0

0

2 4 6 8

3 5 7

MAR8

CDPD

0

MC122 100NF 1

5E8> MA2 5E8> MA1 5E7> MA0 5E7> MA10

DAC_O1R

N/A

FOO

BY

LINE_OL

0

DQM

DMO

FREP

0

2 4 6 8

LINE_OR

MULTI

0

PLL1

100OHM

1 3 5 7

MAR7

VD33AADC

100NF MC114 5C7> MA8 5C7> MA9 5C7> MA11 5E8> MA3

LINE_IN_L1

MAR6

DGND P LL2

MC121 100NF

100OHM

H

4E3>

MR236

OPOUT

SLV

2 4 6 8

LINE_IN_R1

1 3 5 7

G

S_P_OPTION

MA4 MA5 MA6 MA7

100NF

MIN

5E7> 5C7> 4F4> 4E3> 4E3> 4E3>

MC113

100 OHM

LINE_IN_L2

PLL0 DQM P LL1 P LL2 P LL3

USB_DM USB_DP

F

3B1< 3B1<

LINE_IN_R2

DGND

E

MR237 7.5KOHM

6C6>

108 MP1.35V_PW 107 1211_C HANGED TO 105. TRANS IENT 106 105 104 AGND 103 102 1/10W 101 22OHM MR343 100 10UF 4.7KOHM MC155 99 MR250 6C6> AUX_R 10UF 4.7KOHM MC156 98 MR251 AUX_L 6C6> 4.7KOHM MC157 10UF 97 MR252 TUNER_R 3E3<> 10UF 4.7KOHM MC158 96 MR253 3E3<> TUNER_L 10UF 4.7KOHM MC159 95 MR254 6A6< AUX2_R 10UF 4.7KOHM MC160 94 MR255 6A6< AUX2_L MP3.3V_PW 93 92 CB2012UA300T MR59 91 470OHM 90 ES S_TBCK 7A4> 7B5< 89 820->470OHM_0627 F750 : DAC OUT 88 MC169 87 86 1.2KOHM CB2012UA300T MR64 85 ESS_TSD1 MBD4 220UF 1.2KOHM MR249 84 UNDEFINED ESS _TSD0 1211_C HANGED TO 105. TRANS IENT 1KOHM MR65 83 ESS _TWS 82 2.7K->1K_0627 81 MC174 1120_ADDED FOR EMC 80 100NF 79 MC154 78 100NF 77 76 DGND 390OHM 75 MR256 MC149 100NF 74 MC150 100NF 1120_ADDED FOR EMC 73 100NF 72 10UF MC171 71 MC167 MC147 70 27PF AK27012013 MR262 69 150OHM 68 27PF 1206_FOR EMI 67 MC168 MP1.35V_PW 66 MC148 100NF 65 64 TP72 MOVE TO TOP TP_0709_NOT APPLIED 63 TP75 62 MP3.3V_PW TP76 MC151 61 MP3.3V_PW 60 100NF 59 T_MP3.3V_1 MR324 58 33OHM B_MP3.3V_1 2A6> M_STB 57 4A8> I2C_WP 56 MR325 55 33OHM 2A6<

LINE_IN_L3

MP3. 3V_PW

MC119 100NF MC120 100NF

MP1.35V_PW

D

100NF

MEMORY OPTION

MIC_SIG

LINE_IN_R3

MC112

MP3. 3V_PW

MP3.3V_PW

C

MPD

1120_ADDED FOR EMC

VDDAADC

4A4> 5C3>

6D3<

B

MR229 1KOHM

MR216 4.7KOHM

DGND

6D3< I2C_WP I2C_SCL I2C_DAT

33OHM 33OHM 33OHM

1.0

MIC_L

MR228 1KOHM

MR225 1.2KOHM

MR258 MR259 MR260

A

100NF MC118

MIN

100OHM 1/16W

MIC_R

5E5> SPINDLE 5D4> FOCUS 5E4> SLEGN 5E5> TRACK

PUHRF 5B3> A 5B3> B 5B3> C 5B3> D

SDA

VS33AADC

4A4> MR224 1.2KOHM

MC117

SCL

VSS

VDD

DGND

MC111 680P F

VGA

5B3>

E2

8 7 6 5

S-24CS08AFJ-TB-1GE

DRFP

100NF

W25Q32FVSSIG

163 164 165 166 167 168 169 170 171 172 173 174 175 176 177 178 179 180 181 182 183 184 185 186 187 188 189 190 191 192 193 194 195 196 197 198 199 200 201 202 203 204 205 206 207 208 209 210 211 212 213 214 215 216

/WC

SR[00]

MC212 MC213 4E8< SP I_CLK 4E8< SP I_DO

100NF MC116 VPA

VCC DO(IO1) /HOLD(IO3) /WP(IO2) CLK GND DI(IO0)

BT_TX 6C3> BT_RX 6C3<

VCC

NC

DRFN

8 7 6 5

/CS

T_ROM_GND_1

MR47 MR48

NC

SR[01]

1 2 3 4

SPI_DI

10V 10U F

AGC1

10V 100NF

MIC7

SPNN

1.0

S PI_CS2

DGND

1 2 3 4

162 161 160 159 158 157 156 155 154 153 152 151 150 149 148 147 146 145 144MR349 143 142 141 140MR358 139 138 137 136 135 134 133 132 131 130 129 128 127 126 125 124 123 122 121 120 119 118 117 116 115 114 113 112 111 110 109

B_TP83

MC115 10UF

MC125 MC126

MR238 470KOHM

MP3. 3V_PW

MP1.35V_P W

RF3.3V_PW

1.0

1/16W 100OHM

SR[02]

RF3.3V_PW

B_MP 3.3V_2

T_MP3.3V_2

MP3.3V_PW

4.7KOHM 1/16W

MR290

MIC16

B_ROM_GND_1

VSS

ADD FLASH2_CS2_0814

1NF 100PF

MC124

100NF

MC123 10UF

MC128 10PF

AUDIO

MIN 4C2> DA 5E5>

5B7<

MPD MVREF 5B3< 5A5< CDLD T_DVDLD

1.0

MOCTL

POWER

MR355 OUTSW

6.9. MAIN-4

R35 INSERT

MR244 330O HM

OP EN

0OHM

MP3.3V_PW

2B8>

MR243

10KOHM 1/16W

SPI_CS2

5E7>

M_RESET 5E7> 5E7> 5E7> 5E7>

2B8>

5C7>

3C3<

MR222

M_RXD

M_PWM_ RS T

100OHM

2B8> 2B8>

M_ACK

Copyright© 1995-2013 SAMSUNG. All rights reserved.

6-10

6. Schematic Diagram

6.10. MAIN-5 RF3.3V_PW

A 4B2< D 4B2< C 4B2< B 4B2< FOCUS + 5F4> TRACK+ 5F5> 5E5> TRACKFOCUS- 5E4> 5C5> SW_CD_DVD

MR294

4.7KOHM

5D3<

MR300 680OHM

5E5>

MR298 3.3KOHM

10V

5D3<

MR301 10KOHM

DGND

MR38

5E7>

4D3> 4D3> 4D3> 4D2> 4D2> 4D2> 4D2> MA11 MA9 MA8 MA7 MA6 MA5 MA4 10P F

DB8

OPEN

54 53 52 51 50 MC201 49 48 47 46 45 44 MC204 43 42 41 40 39 38 37 36 MR291 35 4.7KOHM 34 33 32 31 30 29 28 NC

A11

A9

A8

A7

A6

A5

A4

VSS

/CS

A13

A12

A10/AP

A0

A1

A2

A3

VDD

CKE

NC

CLK

UDQM

VSS

DQ8

DQ9

VDDQ

DQ10

VSSQ

DQ11

DQ12

VDDQ

DQ13

DQ14

VSSQ

VSS

0709_CHANGE TO 1105-002494 BY P URCHAS E

DGND

DQ15

MC203 16V

MC211

DGND

2203-005393 : 5PF

0729_OP EN_BECAUSE OF DRAM CHANGE

T_OUTS W T_INSW

5E4> 5E4> 5B7> 5E5> 5B7> 5F6>

MC130

4A5< OUTS W 2A6< 4A5< INSW 2A6<

100NF

100NF

1/16 W 100OHM

100OHM 1/16 W

100NF

16V 100NF

SLED + SLED DCMODCMO+

DB12 DB11

5E4> 5E4>

MR351 MR350

111 6_GN D ENFORCED FOR EMI

DB14 DB13

DB15

OPEN 47KOHM 1/16W

OPEN

1/16W DCLOAD_N DCLOAD_P

MR359

MR360 47KOHM

RF3.3V_PW

4F5>

DB10 4F5> DB9 4F5>

4F5>

4F5> 4F5>

1116_GND ENFORCED FOR EMI

DGND

4F5> 4F5>

B_FOCUS+ B_B B_C B_D B_A B_E B_F

B_TRACK+

DGND

4F4> DQM 4D2> DSCK 4F4>

MR32A

1/4W 0OHM

RF5. 0V_PW

MR211 10KOHM

CDVR

SW_CD_DVD

5C3>

22OHM

5C3<

DGND

CDLDO 5B4> 4C3< MPD 4A4> CDVR 5C4<

CN15

10022HS -10C00

DCMO+ 5F6> MR299 10KOHM

100NF

MR274 47KOHM

4A4>

1130_BEFORE : E,F

MR293 18KOHM

LOPIVA16G05

100NF MC184

MVREF

MOCTL 4A4>

DCMO-

1130_BEFORE : NC

DGND

10 9 8 7 6 5 4 3 2 1

IN2+

MR297 1KOHM

MC173

B_CDVR B_MP D B_CDLDO B_GND B_SW_CD_DVD B_FOCUSB_TRACKB_GND2

DIRECTION_OUTWARD

IN2-

8 7 6 5

4B2<

DVDVR 10V 4.7UF

VCC OUT2

22KOHM MC207

PUHRF

10V

MC172 330UF 16V

DGND

MCN8 10022HS-23C02

GND

MD3

23 22 21 20 19 18 17 16 15 14 13 12 11 10 9 8 7 6 5 4 3 2 1

IN1+

SN358

113 0_BEFOR E : 5V

VCC_5V RF DVD_LD P D_GND DVD_VR GND VREF P DIC F E A D C B F+ T+ TFSW LD_GND CD_LD CD_MPD CD_VR

IN1-

MR292

MC183 1NF

CDLDO

OUT1

MR296

5C3>

MC189 1NF

B_RF5V_1

MIC17

1 2 3 4

MR295 1MOHM

CDLD 4A4>

10V

2.2KOHM

MC186 10UF

MR272 10OHM C182 10UF

MR270 10OHM B_RF5V_2

DGND

MQ39 KST2907A

B_PUHRF B_DVDLDO B_DVDVR B_MVREF

1NF 50V

MR275 220OHM

C

MC257

RF5.0V_PW

E

100NF 10V 100NF 10V 10NF 16V

RF5. 0V_PW

100NF MC206

B

MC259 MC255 MC256

MR276 10KOHM

POWER

MIC9 REV

GND

Vcc1

VCTL

VOTR-

OPI N

VOTR+

Vcc2

VOSL+

VOLD-

VOSL-

VOLD+

VOFC-

VOTK-

VOFC+

VOTK+

MR313 S PINDLE 1KOHM

DCMOTRACKTRACK+ MR315 2.2OHM

MGND2 AM5766 MR316 2.2OHM

MR352

MC269

47KOHM 1/16W

CLOS E_SW

16V 100NF

2A6>

/RAS

/CAS

/WE

LDQM

VDD

DQ7

VSSQ

DQ6

DQ5

VDDQ

DQ4

DQ3

VSSQ

DQ2

DQ1

DQ0

VDD

TRACK

OPOUT

4C1> MR323 1.2KOHM

MR320 10KOHM MR319 3.3KOHM 5C3<

4D3>

100NF

100NF

100NF

1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 MC208

MR312 39KOHM

5B7> DGND

DGND 5D3<

5C3< 5B7> DCMO+

220UF 16V

5D3<

DQM 4F4> DWE# 4F4> CAS# 4F4> RAS0# 4F4> CS0# 4E3> RAS1# 4E3> RAS2# 4E3> MA10 MA0 4D3> MA1 4D3> MA2 4D3> MA3 4D3>

VINLD

MC205

OPOUT

DB7

TRB_ 2

4F4>

FWD

4C1>

MC202

REGO1

ADD CAPACITOR FOR ESD_1126

MC271 MR321 1KOHM

DB5 DB6

VINSL+

VINTK

4F4> 4F4>

REGO2

28 27 26 25 24 23 22 21 20 19 18 17 16 15

DB3 DB4

16V

SLEDSLED+ FOCUSFOCUS+

BIAS

4F4> 4F4>

DGND

MC268

MC267

DCLOAD_N DCLOAD_P MD43

16V

5D3< 5D3<

75 1N4148WS

220 UF

100NF

1211 _CHANGED TO 105. TRANSIENT

MUTE

TRB_ 1

DB1 DB2

CLOSE TO IC

VINFC

4F5> 4F5>

DGND

RF5.0V_PW

1 2 3 4 5 6 7 8 9 10 11 12 13 14

4A5> DRV

DB0

1/16 W 100KOHM

RF5. 0V_PW

MR311 1KOHM

4F5>

MR354

MIC10

MC200

OP EN

MD40

MR310 3.3KOHM

MR353

1/16 W

4A4> DA

10V

MP3.3V_PW

75

100NF

MR329 27KOHM

OP EN 100KOHM

1N4148WS 4A5< CLOS E 4A5> OPE N

MR314 33OHM

MC210

MR303

MR317 22KOHM

6.8KOHM SLEGN

MR318 1MOHM

FOCUS

4C1>

MGND1

4C1>

M12L128168A-6TG2N

MR302

VDDQ

22KOHM

100NF

T_DCLOAD_N T_DCLOAD_P T_SLED+ T_SLEDT_DCMOT_DCMO+

B_OUTSW B_INSW B_DGND B_DCLOAD_N B_DCLOAD_P B_SLED+ B_SLEDB_DCMOB_DCMO+

DIRECTION OUTWARD

DGND

DGND

6-11

Copyright© 1995-2013 SAMSUNG. All rights reserved.

6. Schematic Diagram

SHORT(GND) SHORT-GND

ADD JUMP ER FOR ES D_1126

TP51 TP105 B_AUX2_R B_AUX2_L

POWER

B_AUX_GND

6.11. MAIN-6 J2

AUDIO

CN14 DGND

1 3 2 4

XR308

220OHM 4C8< 4C8<

AUX2_R AUX2_L XR327

XR309

47KOHM

DGND

XVT12

XVT13

LOPIVA16G05

47KOHM

220PF AGND

AGND

B_MIC_SIG B_AUX_MIC_SEN B_AUX_MIC_GND

12. 5V_PW

B_AUX_L B_AUX_R

MCN13

0.01OHM

1/10W 1/10W 0OHM 0OHM

DGND

EMULATOR OPTION

MICOM LOG DEBUG

ESS_LOG_ OPT ION

TCN2

BD7

DGND

1 2 3 4 5 6

XAUC5R XR328

XAUC5L

TP65 B_12.5V_7 TP74 TP66 TP67 TP68 TP73

OPEN 10022HS-05C

MCN18

OPEN 0OHM OPEN 0OHM 1/10W OP EN 1/10W OPEN

R3 R2 R4 R5

SPI_CS SP I_CLK SPI_DI SP I_DO

UCN19

10KOHM

DON`T S MAP BANK2/3

10KOHM MR278

10KOHM 1/16W

SMAP BANK2/3

1

MP3.3V_PW

5 4 3 2 1

DGND

0

MR63 1/16W

B_LOG_GND

UART1_D3.3V MR15

OPEN

B_LOG_TXD1

B_LOG_RXD1

B_FA_GND2

B_LOG_D3.3V

B_DEBUG_TXD

MP3. 3V_PW

STRAP OP TION

20010WS-06A00

OPTION

5 4 3 2 1

10022HS-05C

DEBUG_FANET_TXD

MP3. 3V_PW

LOPIVA16G05 UVT17 OPTION LOPIVA16G05 12

2C5> 2A4<

12 UVT16

DEBUG_FANET_RXD

220P F S PI_CS3

LOPIVA16G05

B_DEBUG_RXD

220OHM

2A4> 2C5<

JB020024AZ

AGND

4.7KOHM 1/16W

DGND

4C8<

AUX_L

100 OHM 1/16 W 100 OHM 1/16 W

12PF 12PF 100NF 10PF 10PF

I2C_SC L I2C_DAT

MGND2

LOPIVA16G05

XVT16

OPEN

4F6> 4A8> 4A8> 4F6>

XVT15 LOPIVA16G05

4A6< 4A6>

OPEN

4E7>

BT_RX BT_TX

XVT14 LOPIVA16G05

BT_RS T

33OH M 1/16 W 33OH M 1/16 W

AUX_MIC_SENSE MIC_VCC MIC_SIG MIC_GND AUX_R AUX_GND AUX_L

DGND

DIRECTION OUTWARD

50V 50V 16V

DGND

BTC4 BTC5 BTC6 BTC7

MGND2 125 07H S -H10M

AUX_R

OPEN

33OH M 1/16 W

BTR2 BTR3 BTR4 BTR5

4C8<

BVT6 BVT7 BVT8 BVT9 BVT10

BTR7

4.7KOHM

DGND BTR1

50V BTC3 50V

1 2 3 4 5 6 7 8 9 10

TP TP TP TP TP TP TP TP TP TP

MIC_S IG

DGND

MGND1 TP_BT_RST TP _3.3V_P W TP_BT_RXD TP_BT_TXD TP_GND_2 TP_S CL TP_S DA TP _GND_3 TP _PIN1 TP _PIN2

4B8<

CB2012UA300T

BTR6 1/16W

10UF 6.3V

BTCN1

TOP TP BT_RST 3.3V_P W BT_RXD BT_TXD GND2 SCL SDA GND3 PIN1 PIN2

16V 100NF

BTC1 BTC2

BTBD1

1 2 3 4 5 6 7

AUX_MIC_SEN

2C4<

MP3. 3V_PW

UNDEFINED

BLUETOOTH CONNECTOR : CSR 8810 0.01 OHM

20022WS-07A00

MGND1

DGND

EQ LIGHTING

1/1 0W 18KO HM AR2033

10V 10UF 7D8>

PWM_1 -

1/10 W 8.2KO HM

AC2011

AR2028

1/10W 4.7KOHM

AR2029

AR2034

M5V_PW

50V 470PF

AC2018

6F7<

LINE_L

GC356

OUT1

IN1-

IN1+

VEE

4 3 2 1

AC2017

CS1608X7R104K160NRB

DGND

DGND

DGND

AR2042

100KOHM 1/16W GC357

10OHM GR437

16V

AC2019

VCC

IN2-

IN2+

OUT2

AIC2002

50V 470PF

1/10W 18KOHM AR2032

AC2013

50V 1NF

47KOHM

AR2025

5 6 7 8

CS1608X7R104K160NRB

100NF

AR2035

10KOHM

DGND

BA3835F

1/16W 10KOHM

GC354

AR2043

DGND 6E6>

10OHM

LINE_L

GR435

GIC21

16V 100NF

GR438

AC2020 16V

AR2030

50V 100PF

50V 1NF

AR2027

16V 100NF

VAA+5V

BA4560F

AC2012

1/1 0W 4.7 KOHM

100NF

PWM_1 +

GC355

AC2015

7D8>

1/10 W 8.2KO HM

AC2014

10V 10UF

47KOHM

AR2026

10KOHM

GC358

16V 100NF

100NF 16V 16V 100NF

1 2 3 4 5 6 7 8 9

DGND

BIASC GND VREFC AOUT RREF TEST N.C. N.C DIFOUT SEL N.C. N.C. CIN C AIN B VCC A

18 17 16 15 14 13 12 11 10

EQ_IN GR439 OP EN

0OHM 1/10W

EQ_C 2C8> EQ_B 2C8> EQ_A 2C8>

1/16W 56KOHM

VSS -5V

DGND

Copyright© 1995-2013 SAMSUNG. All rights reserved.

6-12

6. Schematic Diagram

6.12. MAIN-7 AC1113

AR1048 TP70 AP3.3V_P W

100NF

100NF

AC1110 10UF

AC1111

P WM_SP3_P

SDA

P WM_SP3_N

9E3<

64 63 62 61 60 59 58 57 56 55 54 53 52 51 50 49

100NF DGND

AC5 AC28

1UF 10V

1210_TO IMP ROVE SN

AR1066 AR1067 AR1068 AR1069

220OHM 220OHM 220OHM 220OHM

PWM_6+ PWM_6PWM_5+ PWM_5-

AR1070 AR1071 AR1072 AR1073

220OHM 220OHM 220OHM 220OHM

PWM_4+ 10D1<

9D1< 9D1< 9C1< 9C1<

PWM_4PWM_3+ 10E1< PWM_31210_TO IMP ROVE S N

IO_VDD

L_S W L_HIGH R_SW

10D1<

R_HIGH

33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48

10KOHM

100NF

100NF

TP1007 TP 71

1UF

100NF

AR19

2.2KOHM

2.2KOHM

AR18

10KOHM

AR17

AR16

PWM_8+

7A3<

16 15 14 13 12 11 10 9 8 7 6 5 4 3 2 1 P WM_SP4_N

SCL

AC1106

AC1103

100NF

AC1101

AC1099

100NF AC1096

100NF

100NF

AC1095

AC1093

100NF AC1088

P WM_SP4_P

RESETB

EXT_MUTE

100NF

100NF

IO_VDD

10/08

AC1085

AC1084

10UF

100NF AC1079

AC1074

IO_VDD

DGND

PWM_SP2_P

AC1067

P WM_SP5_N

MCLK

PWM_SP2_N

10V 10UF

CVDD

PWM_SP1_P

10V 10UF

P WM_SP5_P

CVDD

AC8

TMODE1

IO_VDD

PWM_SP7_N

VSS33_C ORE

IO_VDD

OFF

P WM_SP6_N

PWM_SP1_N

ON

PWM_SP7_P

ON

PWM_SP8_N

63V

DGND

VDD33_CORE

IO_VDD

ON

IO_VDD P WM_SP6_P

VSS33_CORE

ON

CVDD

MGND1

PWM_HPL_P

ON

SDI4

VDD33_CORE

66V

SDI3

PWM_HPL_N

VPS C

VSS33_C ORE

UB2130

SDI2

PWM_HPR_P

VPS B

VDD33_CORE

APWMIC1

SDI1

IO_VDD

VPS A

BCK

TMODE2

DGND

PVDD VOLTAGE

PWRSTG_ENA

PWM_HPR_N

ABD1004

UB2130_MUTE CB2012UA300T

1/16W 1KOHM

DGND

PWRSTG_ERR

LRCK

I2C_ADDR1

4E8> 2B4> AP3. 3V_PW

2 +-200P PM/C 4 33OHM 6 8

PWM_SP8_P

2D8<>

1 3 5 7

IO_VDD

4A8>

UB2130_RST UB2130_SCL UB2130_S DA

IO_VDD

2C8> 4F6>

10UF

OS C_IN

TOP _TP TP80 UB2130_MCLK

OS C_OUT

DGND

AR1033

DGND

TP 1004 TP1005 TP1006

CVDD

AC6

IO_VDD

VSS33_CORE

CHANGE TO 2.2KOHM TO REDUCE NOISE

TP32 TP 30

17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32

VDD33_CORE

TOP TP TOP TP

2 4 6 8

PLL_AVDD

AR1032

1 3 5 7

VSS33_P LL

33OHM +-200PP M/C ESS_ TWS ESS_ TBCK ESS_ TSD 0 ESS_ TSD 1

27P F

AR1062

VDD33_PLL

DGND

7A4> 4C7> 7A4> 4C7> 7A4> 4C7> 7A4> 4C7>

AC1114

DGND

100NF

100NF

AC1108

16V AC1104

100NF

AC1100

100NF AC1102

AC1097

10UF

AP3. 3V_PW

10UF

AC1094

4.7OHM

27P F 12.288MHZ

16V

DGND

AR1024

AC1109

CB2012UA300T ABD1006

AP3.3V_PW

1210 _TO IMPRO VE SN (MP3.3V_PW) 0717_ CHANGE TO AP3.3V_PW TO REDUCE NOISE

AC1107 10UF

AC1098

22OHM

10UF

AC1027

470UF

16V

TOP TP

CB2012UA300T ABD1005 AR1035

120 6_T O IMP ROVE SN

4C7> 7B5< 4C7> 7B5< 4C7> 7B5< 4C7> 7C5<

ESS_TWS ESS_TBC K ESS_TSD 0 ESS_TSD 1

TP28 TP37 TP38 TP39

120OHM

AX1001

PWM_8 +

AUDIO

100NF

7B8>

DGND

AC11

DGND

AR1076 AR1077

AC7

9E3<

AR1047 1MOHM

POWER

220OHM 220OHM

PWM_2+ PWM_2-

PWM_1+ PWM_1-

EQ OUT

1210_TO IMP ROVE SN

DGND +PVDD+66V

100NF

16V AC2010

470UF

10KOHM

10KOHM 91KOHM

MAX5033DUS A

AR2021

AC2009

ON/OFF#

AR2022

GND

47NF

VIN

SGN D

GVDD-51V

680UH CMI-S PC7L32F-681M

AR2023

VSS-5V

LX

VD

FB

UNDEFINED AL2001

MBRS1100T3

1203_EMI

100NF

AC2004

100NF

AC1056

100NF

AC1048

100NF

0OHM OP EN

BST

SGND 1211_C HANGED TO 105. TRANS IENT

8 7 6 5

-PVDD-66V

-PVDD-66V

SGND

400V S1G

100NF

AC1055

100NF

AC1047

100NF

AC1043

80V

SGND AR1045

AC1044

4.7MF

AC1038

100NF 100NF

AC1032 AC1033

100NF

AC1025 AC1026

100NF

100NF 100NF

100NF

AC1019 AC1020

100NF

80V

AC1015 AC1016

4.7MF

AC1012

100NF 100NF

AC1009 AC1010

22KOHM

AR1005 AR1006

1 2 3 4

AC2008

100NF

AD2007

AC2005

AMP_GND

10UF 100V

DGND

GVDD

AC2007

AR1054

SGND

10NF 100V

100NF

AC1054

100NF

AMP_GND

0OHM 1/16W 0OHM 1/16W 0OHM 1/16W

AC2006

100NF

AC1053

100NF

AC1045 AC1046

100NF

4.7MF

100NF

AC1041

80V

AR1053

AC1042

100NF

AC1037

100NF

AC1030 AC1031

100NF

AC1023 AC1024

100NF

AC1017

100NF

100NF 100NF

AC1018

100NF

AC1013

80V 4.7MF

AC1014

100NF

AC1011

100NF

AC1007 AC1008

22KOHM

AR1003 AR1004

22KOHM

1203_EMI 0OHM AR1052

AMP_GND

6-13

OP EN

AD1001

GRM188R72A103KA01D GRM188R71H224K GRM188R71H224K

AR1050

AIC2001

22KOHM

AC1003 AC1004

220NF 1.5OHM 1.5OHM 220NF 220NF

AR1001 AR1002 AC1005 AC1006

ACN1002

10NF 100V

B_+P VDD1 B_+P VDD2 B_+P VDD3 B_+P VDD4 B_SGND1 B_SGND2 B_SGND3 B_SGND4 B_SGND5 B_SGND6 B_SGND7 B_SGND8 B_-PVDD4 B_-PVDD3 B_-PVDD2 B_-PVDD1

AC1002

1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16

AC1001

SMW20 0-16C

10NF 100V

GRM188R72A103KA01D

220NF

GRM188R71H224K GRM188R71H224K

-PVDD-66V

Copyright© 1995-2013 SAMSUNG. All rights reserved.

6. Schematic Diagram

6.13. MAIN-8

FAN CONTROL

10D5>

10G5>

9C5<

50V 1NF

2B4<

AC2001

GGND

2B4>

10UF 10V

50V NC1 9

B

NC2 3 ND5 1N4148WS

MMBT2222A 10UF

1126_CHANGED FROM PULL DN

10KOHM 0620_CHANGE TO MP 3.3V

47KOHM NR6 7

SPK_ FL

2.2UF

10KOHM NR5 1

E

MP3.3V_PW

100NF

NC14

NC13 10UF 10V NC15

NC17 10UF 10V NC16

NR64

3.3KOHM NR55

ND2

FAN_ON

1N4148WS

C

NQ8

10UF 10V

C

E B

2.2UF 50V NC30

E

C

B

47KOHM 4.7KOHM

FAN_CHECK

AMP SIDE

NQ9 S RC1203S

E

GGND

9F5<

C B

NR66

AMP_SD

10KOHM

NR65

NCN1

NR5 0

25V

25V

MGND2

SMW2 00-H03G

GGND

NR6 8

2.2UF 50V

SPK_ FR 47KOHM

NC12

25V

AMP_GND

100KOHM

NR52

E

12. 5V_PW

50V

10UF

10UF

NR49

1/10 W 220 OHM

15OHM 1/4W 1229_RIPP LE

NC11

AR2001

B

2SA1979S-Y NQ7

NR4 1

NR74

C

AR2003

AQ2001

1 2 3

1/10W 100KOHM

C

SRC1203S

100OHM 1/4W NR4 0

NC10

E

AQ2002

IR_S D

B

2A7>

TP107

1/10W 47KOHM 2SA19 80S- Y

NQ10 2SA1979S-Y

1229_FAN NOISE NG

MGND1

AR2002

MICOM S IDE

2C8<

B_GGND TP27 TP106 B_FAN

VAA+5V

B_FANCHECK

POWER

47KOHM

47KOHM

GGND

PRO TECTION DC-PROTECTION VAA+5V

SGND

GVDD-51V

B

AQ3

B

1/10W 100KOHM

C

1/10W 12KOHM

1/10W 10KOHM AR30

AC18

2SA19 80S- Y

10KOHM

E

9.1

AD2003

36

AD2006

AD2005

36

AD2004

AR39

AR2018

C

10KO HM

B E

VSS-5V

8D3>

9C5>

9G5>

10D5>

10G5>

C

B

AQ2005

MMBT2222 A

27KOHM 1N4148WS

9C5> 9G5> 10G5>

AR2016

1/10W 22KOHM 1/10W 22KOHM

AD2002 8D5> 10D5>

EXT_S D

E

AQ2006

KST4 2

AQ2007

KST4 2

-PVDD-66V

AR27

16V 220 UF

S GND

AR31

D

E

AR33

1/10 W 100 KOHM

AR2010

AR25

AC2003

1/16W 47KOHM

AR42

47NF

E

EXT_SD

AR2020

C

5.1

OPEN AR35

1/10 W 10KO HM

VSS-5V

47KOHM

AQ2

1/10 W 0OH M

AR2019

KTC387 5S- Y

10KO HM

47KOHM

C B

AR32

AR29

1/16W 47KOHM

AOP2001

0109_OP TION REMOVED

AR2015

2SA19 80S- Y

AR2014

AR26

1/10W 22KOHM

C

OPEN

AR28

AQ4

B

10KOHM

VAA+5V

E

10KOHM 19-217/R6C-AL1M2VY/3T

1/10W 10KOHM

AR2017

OVER/UND ER VOLTAGE P ROTECTION

VSS-5V

AR34

1/10 W 12KOH M

SGND VAA+5V

8F3>

8F2>

S D_THERM 16V

3.3KOHM

AR2007

47NF

AP2001

AC2002

AQ1

22KOHM 1/10W

1/10 W 0OH M

2SA19 80S- Y 1/10 W 0OHM 8F2>

SD_THERM AR45

S D_THERM

AR43 AR44

1/10 W 6.8KO HM

SGND

8E2<

KST92

AR54

C

AR2004

E

E

VSS-5V

AD4

AC20

AQ6

B

1/10 W 22O HM

47U F

AMP _RESET THERMAL PROTECTION

C

IR_RST

AR53

B

PRF21BB471QB5RA

VAA+5V

75 1N4148WS

8F3>

8E2<

1/10 W 0OH M

Copyright© 1995-2013 SAMSUNG. All rights reserved.

6-14

6. Schematic Diagram

6.14. MAIN-9 CHANGE FROM 120KOHM TO 150KOHM_0617

FEED BACK R HAVE TO BE PLACED NEAR P WM IC

VAA+5V

AR3043

6.8KOHM

AC3004

AR3002

VSS-5V

10C10>

AC3108

10NF 100V

AC3109

SPK_ FL

10NF 100V

1.2KOHM 1/4W

AR3144 AR3145

1.2KOHM 1/4W

AC3104

100NF 250V 10OHM 1W

470NF 250V

AR3139

400V S1G

10F10>

8D1<

47KOHM

AR3143

400V S1G

AD3017 AD3018

OPEN 10NF 100V

AC3203

AR3131

39KOHM

AC3100

OPEN

AC3204

10NF 100V

100NF 250V

AC3092

220NF 50V

AC3077

220NF

AC3076

50V

AR3132

3

27OHM IRF6775MTRPBF

39KOHM

AR3120

D 9F10>

UNDEFINED

DBF-2022A

1OHM 1/4W

7 6 5 4

1 2

AC3078

AQ3002

AL1

1130_EMI OPTION

220NF AR3127 50V

3

27OHM IRF6775MTRP BF

AC3079

7 6 5 4

220NF

10UF 25V

AC3072

AR3079

AR3095

10KOHM

4.7KOHM

AR3119

10OHM 1/4W

AR3107

DT

ES1 D-13-F

25V

COM

OCSET

AR3112

1 2

10OHM

AC3068

VREF

AD3013

AQ3001

GVDD-51V

AR3099

8.2KOHM

LO

IRS2092STRP BF

220O HM

AD3002

1N4148WS

VSS

27KOHM

10KOHM AOT-0603P-B01AZ

1N4148WS

VCC

27KOHM

AOP3001

EXT_SD

CSD

AR3111

10UF

8D3>

8D5>

VS

AR3072

9G5>

HO

COMP

AR3103

9E10<

8B8<

S GND

50V

10OHM AR3035

10D5>

IN-

16 15 14 13 12 11 10 9

3.9KOHM

AMP_SD

AMP _GND 10G5>

AR3067

AD3001

10D5>

25V

10G5>

AC3064

8B3<

VB

10UF

10UF 10V

9F5<

CSH

GND

BAV20WS -V

AD3009

3.3KOHM

AMP_GND

VAA

AR3080

3.9KOHM 1NF AR3071

6.8KOHM

1NF

AC3060

AR3055

0107_CHANG ED PWM FREQ. FROM 330OHM

10UF 10V

100NF AC3212

1NF

AR3041

AC3028

AM_FL

1.8KO HM

1206_ENFO RCED SN

100NF AC3211

VCC

OUT2

AC3021 AC3022

OUT1

IN1+

IN1-

10U F

AC3034

1/10W 12KO HM

470OHM

390PF

IN2-

5 6 7 8

AC3013

4 3 2 1

9D4>

AC3056

AC3052

1 2 3 4 5 6 7 8

AR3081

AC3044

100NF

AC3045

AIC3004 AR3051

LPF_FL

50V 100PF

10OHM

390PF

AC3014

12KOHM

680OHM

L_HIGH+

VAA+5V

CS1608X7R104K160NRB AR3033

CS1608X7R104K160NRB

AR3018

AC3003

2.2NF

AMP_GND

1208_FROM 2%,PART CERTI

7C8> PWM_6-

9C3>

IN2+

AIC3001

BA4560F

680OHM

AR3028

2.2KOHM

1208_FROM 2%,PART CERTI

L_SW

3.3NF AC3010

6.8KOHM

47KO HM

1211_CHANGED TO 105. TRANSIENT

VSS-5V

AR3027

2.2KOHM

AR3011

+PVDD+66V

AR3060

4.7O HM

AR3010

2.2NF

7C8> PWM_6+

AR3001

AMP_GND AR3044

VEE

6.8KOHM

L_HIGH

390PF

680OHM

12KOHM

2.2NF

AC3001 AR3006

AC3002

7C8> PWM_5+

2.2NF

AMP_GND 1208_FROM 2%,PART CERTI

9C5<

LPF_FL

AR3059

100NF

2.2KOHM

1208_FROM 2%,PART CERTI

L_HIGH

AR3021

AR3009

6.8KOHM

AR3017

AR3005

3.3NF AC3009

7C8> PWM_5-

AC3032

10KOHM AC3017

150KO HM

10UF

AR3031

4.7O HM

10UF

1210_TO IMPRO VE SN

AC3033

AUDIO

AR3082

POWER

-PVDD-66V

VSS-5V

AR3023

AR3015 2.2KOHM

680OHMAC3018

390P F

L_S W

10KOHM

9C4<

1210_TO IMPRO VE SN

9F4<

B_SGND_3

9F5<

LPF_SWL

B_SPK_FL B_SPK_SWL

AR3024

ACN3001

14 13 12 11 10 9 8

100NF

AC3025

A4

Y4 GND

Y3

A5

Y6

Y5 A3

Y2

A6 Y1

A2

VCC A1

ST0290731P

MGND1

4 2 1 3

TP 1

CS1608X7R104K160NRB

SGND

CHANGE FROM 120KOHM TO 150KOHM_0617

FEED BACK R HAVE TO BE PLACED NEAR P WM IC

VAA+5V

AR3047

9C5>

8D5>

8D3>

AD3006

EXT_SD

1N4148WS

8D1<

47KOHM

10F10>

AC3112

9E10<

10NF 100V

SPK_ L_S W+

10NF 100V

AR3151

AC3113

100NF

AR3150

1W 10OHM

250V AC3106

470NF

AC3102

400V S1G

AD3022

OPEN 10NF 100V

10C10>

250V

AR3149

400V S1G

AD3021

10NF 100V

OPEN

100NF 250V

AC3096

220NF 50V 220NF 50V

AC3084 AC3085

AC3074

10UF 25V

AC3200 25V

10UF

AR3097

3.9KOHM

10KOHM

AC3202 AC3201

3

27OHM IRF6775MTRPBF

7 6 5 4

AR3135

1 2 AR3124

AR3141

IRS 2092S TRPBF

UNDEFINED DBF-2022A

39KOHM

DT

AR3136

COM

OCSET

1OHM 1/4W

VREF

AQ3006

10OHM

D 9B10>

AL2

1130_EMI OPTION

0109_DI SCO NTINUOUS SOUND

AR3101

AC3086

LO

3

27OHM IRF6775MTRP BF

AR3109

VCC

VSS

10OHM 1/4W

AR3123

1.2KOHM 1.2KOHM 1/4W 1/4W

220O HM

CSD

1130_SAMEX NG

25V

1NF

AR3075

AR3069

VS

AD3015

7 6 5 4

1 2

39KOHM

1N4148WS

HO

COMP

GVDD-51V

AR3116

220NF 220NF 50V AR3129 50V

AD3005

AMP_SD

IN-

16 15 14 13 12 11 10 9

AQ3005

27KOHM

AC3087

10D5>

VB

27KOHM ES1 D-13-F

10KOHM AOT-0603P-B01AZ

10D5>

10G5>

CSH

GND

AR3115

AR3105

AOP3003

10G5>

8B3<

VAA

BAV20WS -V

10UF

9C5<

AMP_GND

6.8KOHM

AR3042 0107_CHANG ED PWM FREQ. FROM 240OHM

25V

AC3029

AR3076

1217_CHANGED PWM FREQ

AM_WL

1NF

3.9KOHM

1NF

AC3062

1.8KO HM

AC3066

9D4>

1/10W 12KO HM

10UF

10U F 50V 100PF

1 2 3 4 5 6 7 8

AD3011

AC3070

LPF_SWL

L_SW

AC3058

AC3054

AR3057

9D3>

AR3053

8.2KOHM

AC3040

3.3KOHM

1211_CHANGED TO 105. TRANSIENT

4.7KOHM

AR3087

4.7O HM

390OHM

VSS-5V

AR3088

AC3048

100NF

AIC3006

AR3089

AR3048

AC3049

AC3039

AMP_GND

+PVDD+66V

47KO HM

AR3064

100NF

AC3038

AR3063 150KO HM

10UF

10D4<

10E4<

4.7O HM

AR3090

AMP _GND

10UF

AM_WR

AM_FR

MM74HCU04MTCX

9C10> 8B8<

1 2 3 4 5 6 7

AIC3003

PWM_8+

UNDEFINED

AM_FL

SPK_ L_SW+ SPK_ FL

-

9F10>

VAA+5V

+

7B8>

-

7A3<

+

AM_WL

LEFT HOLE FROM OUTSIDE

SGND -PVDD-66V

VSS-5V

6-15

Copyright© 1995-2013 SAMSUNG. All rights reserved.

6. Schematic Diagram

6.14.1. Test Point Wave Form TP1

Copyright© 1995-2013 SAMSUNG. All rights reserved.

6-16

6. Schematic Diagram

6.15. MAIN-10 CHANGE FROM 120KOHM TO 150KOHM_0617

FEED BACK R HAVE TO BE PLACED NEAR P WM IC

VAA+5V

+PVDD+66V

47KOHM

AD4011

AC4015 390PF

AR4149

47KOHM

AR4150

1.2KOHM 1/4W

AC4111

1.2KOHM 1/4W

AC4112

AD4021

400V S1G

OPEN AC3206

100NF 250V

10NF 100V 10NF 100V

AR4151

100NF 250V

AC4105 AR4141

10OHM 1W

AC4101

470NF 250V

AD4022

400V S1G

OPEN 10NF 100V

39KOHM 39KOHM

AC3205

AR4135

1OHM 1/4W

AR4136

SGND -PVDD-66V

VSS-5V

ACN4001

10UF 10V

10OHM

AMP_GND AR4036

8B8<

10F10> 10D10>

4 2 1 3

SPK_ FR SPK_ R_S W+

VSS-5V

UNDEFINED

MGND1

RIGHT HOLE FROM OUTSIDE

10UF 10V

AC4023

VCC

100NF AC3214 100NF AC3213

AC4024

OUT1

IN1-

OUT2

5 6 7 8 IN2+

IN2-

IN1+

VEE

BA4560F

10E11<

SPK_ R_SW+

1206 _ENFORCED SN

AC4016 390PF

12KOHM

680OHM

10NF 100V

50V AC4095

AC4083

220NF

220NF 50V

AC4084 AC4085 AC4086

AR4109

10KOHM AOT-0603P-B01AZ

AOP4003

3

27OHM IRF6775MTRPBF

220NF 220NF 50V AR4129 50V

25V AC4073

10UF 25V

AC3210

10UF

AR4097

3.9KOHM

10KOHM 25V

AC4069

1NF AR4075

IRS 2092S TRPBF

7 6 5 4

1 2 AR4124

DBF-2022A

1127_CROSS ED P HAS E

AR4020

2.2NF

DT

10OHM

2.2KOHM

SGND 1203 _CHANGED PWM FREQ

CHANGE FROM 120KOHM TO 150KOHM_0617

AC4026

FEED BACK R HAVE TO BE P LACED NEAR PWM IC

VAA+5V

AR4066

47KO HM

+PVDD+66V

AD4008

1N4148WS

10C10>

8D1<

47KOHM

AR4152

400V S1G

AD4023

OPEN AC3208

100NF 250V

AC4097

220NF 50V

AC4087 AC4088

10UF 25V

10KOHM

10NF 100V

AC4113

10NF 100V 10NF 100V

1.2KOHM 1/4W

SPK_ FR

AC4114

1.2KOHM 1/4W

100NF 250V

AR4153 AR4154

10OHM 1W

AC4106

470NF 250V

AC4102

400V S1G

AD4024

3

27OHM IRF6775MTRPBF

7 6 5 4

AR4142

IRS2092STRP BF

1 2 AR4126

OPEN 10NF 100V

DT

AC3207

COM

OCSET

AR4137

VREF

DBF-2022A

39KOHM

LO

AR4130

VSS

AQ4008

10OHM

9F10>

AL4

UNDEFINED AR4102

AR4110

AR4077

220 OHM

VCC

D 9B10>

1130_EMI OPTION

AR4138

1N4148WS

CSD

3

27OHM IRF6775MTRPBF

39KOHM

EXT_S D

VS

AR4125

1OHM 1/4W

8D3>

HO

COMP

10OHM 1/4W

C4089

8D5>

IN-

16 15 14 13 12 11 10 9

7 6 5 4

220NF 50V

9C5>

VB

AR4118

1 2

AC4090

9G5>

AR4070

CSH

GND

AD4016

AQ4007

GVDD-51V

220NF 50V

AMP_SD

VAA

27KOHM

10KOHM AOT-0603P-B01AZ

10D5>

1 2 3 4 5 6 7 8

27KOHM

AOP4004

8B3<

AR4078

9C5<

3.9KOHM

10D5>

AD4007

9F5<

AMP_GND

AC4066

AR4058

0107 _CHANGED PWM FREQ . FROM 300OHM

6.8KOHM

1NF

1NF

1NF

1.8KO HM

AC4062

10U F

AC4058

430OHM

LPF _FR

AC4054

25V 10UF

10E3>

AR4054

AR4117

ES1D- 13- F

AC4074

1211_ CHANGED TO 105. TRANS IENT

AC4042

AR4106

25V

AIC4006

4.7O HM VSS-5V

0313_STR ESS NG(1608->2012)

BAV20WS-V

220NF 50V

AD4012

AC4070

100NF

AC4049 AC4050

150 KOHM

10UF

AR4050

AR4065

100NF

AC4041

AMP_GND

10UF

4.7O HM

10UF

1210_ TO IMPROVE SN

AC4040

10KOHM

3.9KOHM

AR4049

AR4098

AR4038

4.7KOHM

AM_FR

10F5<

8.2KOHM

9E4>

LPF _FR

3.3KOHM

AC4020 390P F

AR4026

AR4091

680OHM

1/10 W 12KO HM

AR4092

2.2KOHM

50V 100 PF

AR4025

AR4093

AR4016

PWM_3 6.8KOHM

1N4148WS

VAA+5V

4 3 2 1

AR4030

220 OHM

AD4006

EXT_S D

COM

OCSET

AR4094

AR4004

3.3NF AC4012

AIC4002 AMP_GND 1208_ FROM 2%,P ART CERTI

AC4008

6.8KOHM

AC4007

PWM_3 + 1208 _FROM 2%,PART CERTI

7C8>

AR4014

2.2NF

7C8>

AR4003

8D3>

1N4148WS

VREF

UNDEFINED

AQ4006

10OHM

8D1<

AL3

AR4034

680OHM

AR4013 2.2KOHM

8D5>

AMP_SD

LO

AR4101

10F10>

ST0290732P

12KOHM AR4029

9C5>

AR4069

AD4005

10G5>

AC4065

3.3NF AR4019

AC4011

2.2NF

AC4005 6.8KOHM

AC4006

PWM_4 +

9G5>

8B3<

VCC

VSS

1130_EMI OPTION

0109_D ISCONTINUOUS SOUND

1130_SAMEX NG

9F10>

B_SGND_4

7C8>

AR4008

10G5>

9C5<

CSD

3

27OHM IRF6775MTRPBF

D 9B10>

B_SPK_FR B_SPK_SWR

AMP_GND 1208 _FROM 2%,PART CERTI

2.2NF

9F5<

VS

10UF

680OHM

2.2KOHM

1208_ FROM 2%,P ART CERTI

HO

COMP

AR4123

10OHM 1/4W

10UF

6.8KOHM

0107 _CHANGED PWM FREQ. FROM 240OHM

390PF

IN-

16 15 14 13 12 11 10 9

7 6 5 4

1 2

AR4116

-

AR4012

VB

AQ4005

GVDD-51V

AD4015

+

PWM_4 -

AR4007

AMP_GND

CSH

GND

AR4115

27KOHM

-

7C8>

AR4042

6.8KOHM

AC4028

AR4076

9E4> AM_WR

AC4061

10D5<

1NF

25V

LPF _SWR

1NF

AR4057

10KOHM AC4019

AR4022

1.8KO HM

1/10 W 12KO HM

50V 100 P F

VAA

AR4105

27KOHM ES1 D-13-F

+

AR4032

10U F

AC4057

360OHM

1210 _TO IMPRO VE SN

LPF _SWR

AC4053

3.9KOHM

AR4053

AC4039 10D3>

1 2 3 4 5 6 7 8

1211_ CHANGED TO 105. TRANS IENT

AR4090

4.7O HM VSS-5V

AR4089

AIC4005

AR4088

AR4087

BAV20WS -V

4.7KOHM

AR4064

8.2KOHM

10UF

100NF

AR4048

100NF

AC4037 AC4038

AMP _GND

AC4047

4.7O HM

10UF

AUDIO

AR4063 150 KOHM

AC4048

AR4047

3.3KOHM

POWER

8B8<

10E11<

SGND -PVDD-66V

VSS-5V

6-17

Copyright© 1995-2013 SAMSUNG. All rights reserved.

6. Schematic Diagram

6.16. SMPS–1 (PFC BLOCK) DP 818 1N5408-G6 1 2

DP 803 1N5408-G6 1 2

832 680pF 1KV 1 2 TP A801

RP 803 4.7J 2W

824 220pF 1KV 1

7T

2 1

2 DP 805 BAV70

RP 826 10KF 1608

QP 802 FCA22N60N

825 0.22nF 1000V

100

RP 808 2MF 3216

RP 842 2.2MF 3216

HS 8 0 2

2

RP 820 20F 2012

RP 824 51F 3216

RP 825 51F 3216

1

2 1

1

1

RP 840 2MF 3216

RP 839 20KF 1608

RP 872 0.015m 2W

RP 838 20KF 1608

1E B 2 3C

QP 807 MMBT2907A 2

813 47pF 1608

1

1

2

RP 873 0.015m 2W

1

1

80

100

RP 865 1.5MF 3216

RP 844 2MF 3216

2

802 180uF 450V

801 180uF 450V

803 180uF 450V

QP 803 3 FCA22N60N

3

RP 848 2.7F 2012

RP 864 1.5MF 3216

RP 883 4.7J 2W

2

LP 802 2150ohm 1

2

3

1

RP 828 10KF 1608

2

DP 806 BAV70

1

QP 806 MMBT2222A

RP 871 0.015m 2W

2

1

1

3C QP 805 MMBT2907A

3

1

1

3

RP 849 2.7F 2012

200

RP 837 2MF 3216

2

RP 831 2.2MF 3216

1

1E B 2

160

2 1

RP 818 20F 2012

2

200

RP 863 1.5MF 3216 2

2

RP 882 4.7J 2W

LP 801 150ohm

RP 834 2.2MF 3216

2

8

2

300

1

7

1

2 1

280

1

9

1

P FC-OUT

2

6

RP 822 51F 3216

RP 823 51F 3216

3

RP 830 2.2MF 3216

400

RP 862 1.5MF 3216

1

10

HS 8 0 2

RP 833 2.2MF 3216

826 0.22nF 1000V VCC2-ON

RP 851 100KF 1608

814 47pF 1608

2

11

5

QP 804 MMBT2222A 2

1

4

VCC

7T

2

12

2

13

300

2

833 680pF 1KV

1

2 3

RP 817 4.7F 2012

RP 829 2.2MF 3216

RP 836 130KF 1608

1

2 1 2

14

AP 122-4P FC 150uF, EER4245

2

RP 804 4.7J 2W 1

1

5 4 .5 T

RP 806 2MF 3216

2

822 220pF 1KV

TP B801 RP 805 2MF 3216

1

1

AP 122-4P FC 150uF, EER4245

2

8

DP 802 S F1608P T TO-247AD

1

7

1 3

2

9

1

6

2

2

10

1

11

5

2

4

5 4 .5 T

1

VAC-A

2

HS 8 0 2

1

12

2

13

1

14

2 3

2

1

811 1nF 1608

RP 867 56KF 1608

RP 802 0.015m 2W

VAC-B AC_P

RP 810 0.015m 2W RP 807 0.015m 2W

GND_P

VINAC

CS

ZCDB

ZCDA

GDA

GDB

GND_P

HVS EN

RP 809 10KF 1608

VS ENS E

RP 814 220F 1608

I 801 UCC28063 ZC DB

ZC DA 1

16

2

15

3

14

4

13

VS E NS E

VR E F

TS E T

G DA

P HB

RP 884 22F 3216

P G ND

C O MP

VC C 5

12

6

11

7

10

AG ND

VCC

VCC

1

2

G DB

VINAC

CS

HVS E N

P WMC NTL

2

9

819 2.2uF 2012

810 220nF 1608

1

8

RP 816 10KF 1608

816 22uF 50V

RP 813 133KF 1608

807 1nF 1608

805 2.7nF 1608

806 2.2uF 2012

817 2.2uF 2012

818 N.C

820 2.2uF 2012 804 100nF 1608

RP 812 200KF 2012

808 10nF 1608

815 220nF 1608

809 100nF 1608 ZDP 8 0 1 Z0 2 W2 2 VY

RP 811 18KF 1608

GND_P GND_P

Copyright© 1995-2013 SAMSUNG. All rights reserved.

6-18

6. Schematic Diagram

6.17. SMPS–2 (PVDD(+, –) BLOCK) [HO T]

[C O LD] LS 801 3.8uH 1

2

+P VDD

P FC-OUT

HS 8 0 3

2

2 1 FS 801S T8AH 250V

1

2

2

3

1

2

DS 824 MBRF20200CT

LS 805 150ohm

13

4

14

10

11

12

13

14

15

16

8

10

12

14

3

1

2

1

1

1.+P VDD 3.+P VDD 5.GND 7.GND 9.GND 11.GND 13.-P VDD 15.-P VDD

2

2

3T 14

DA825 MBRF20200CTR

CA801 820uF 100V

CA802 820uF 100V

RS 847 10KF 3216

2

2.+P VDD 4.+P VDD 6.GND 8.GND 10.GND 12.GND 14.-P VDD 16.-P VDD

1

DS 800 UF4007

2

2

CS 804 0.22nF 1KV

16

2

RS 846 10KF 3216

1

1

LB801 3.8uH 1 2

1

QS 802

DS 805 BAT54C

CS 808 33nF 1250V

CS 809 33nF 1250V

2

FDA24N50F

CS 811 22uF 50V

QS 814 MMBT2222A

OUT_B

QS 817 MMBT2907A

GD2

4 2

CS 810 100nF 1608

RS 814 2.7KF 1608

3

DS 830 BAV70 RS 821 1.2KF 1608

CS 827 1uF 2012

DS 822 BAV70

RS 855 18KF 1608

RS 854 6.2KF 1608

CS 840 10nF 1608

CS 838 1uF 1608

DS 807 BAV70 3

CS 836 220nF 1608

CS 828 1uF 2012

2

3

P CS 802S LTV817BS TA-B

1

CS 835 220nF 1608

2

RS 830 10KF 1608

RS 843 15KF 2012

1

1 OC

CS 820 1uF 2012

RS 817 51KF 2012 CS 847 22uF 50V

RS 838 200KF 2012

GND

RT

CS 813 1uF 2012

2012

1

RS 864 10F 1608

VCC

CS 812 1uF 2012

2

QS 816 MMBT2907A

2

GD2

1

GD1

2 1 1

RS 842 18KF RS 837 200KF 2012 OUT-B

QS 815 MMBT2222A

2

4 S S GD2 5

RS 813 2.4KF 1608

OUT-A

OUT_A

3 OC GND 6

RS 860 470F 1608

RS 839 56KF 2012

RS 863 10F 1608

1

2 RT VCC 7

VCC-S

RS 836 200KF 2012

GD1

ICS 801 UCC25600D 1 DT GD1 8

GND_S

1

RS 835 300KF 2012

RS 867 4.7F 2012

2

2

50

VCC

RS 820 1.2MF 1608

CE809S 1nF 250V

RS 803 7.5KF 2012

2

110 RS 834 300KF 2012

1

RS 833 300KF 2012

1

RS 858 3KF 1608

9

6

S TW200-H16CBF

1

13

2

2

12T

1

11 12

12T

3

10

1

3

9

1

5

6

7

8 1

2

8

4

CS 823 1nF 1000V

RS 871 22F 3216

CS 805 QS 820 1uF MMBT2222A 1608

8

GND_S

DA824 MBRF20200CT

8 7 6

3

RS 809 10KF 1608

GND_P

CS 850 100nF 1608

7

4

11

P VDD-IS ENS E

AP 122-3LM 150uH, EER3540

GND_P

RS 870 330KF 1608

6

13

1

3

DS 804 BAT54C

1

CS 819 1nF 1000V

2

GB_OUT

RS 812 51F 3216

5

15

LS 806 150ohm

DS 821 BAV70

4

9

TS 802S

RS 801 20F 3216 RS 811 51F 3216

3T

HS 8 0 3

TS 803S P T-7

OUT_B

2

3 5

AP 122-3LM 150uH, EER3540

19T

RS 810 22F 3216

12T

14

7

RS 861 20F 3216

2 1

3

14

RS 808 10KF 1608

RS 807 51F 3216

1

2

2

1

OUT_A

OUT-B

12

5

OUT-A

11

1

FDA24N50F

RS 805 51F 3216

CN801 DS 825 MBRF20200CTR

7

QS 801

GA_OUT

10

3216

12T

3

DS 820 BAV70

9

2

RS 802 22F 3216

400

19T

CS 822 1nF 1000V

3

6

4

1

8

3

CS 818 1nF 1000V

2

RS 845 10KF

8 7

5

7

CS 801 820uF 100V

CS 802 820uF 100V

TS 801S

1

HS 8 0 1

1

1

2

RS 844 10KF 3216

1 1 2 3 ICS 802 KIA431AM S OT-23

2

RS 818 51KF 2012

A5.3V

RS 815 20KF 1608 VP S

CS 817 470nF 2012 RS 819 7.5KF 3216

GND_P

RS 822 510KF 3216

RS 823 8.2KF 1608

3

QS 818 2N7002BK 2 RS 824 150KF 1608

RS 825 10F 1608

RS 826 100KF 1608 CVCC_P WM

CS 821 N.C

GND_S

6-19

Copyright© 1995-2013 SAMSUNG. All rights reserved.

6. Schematic Diagram

6.18. SMPS–3 (EMI & MULTI – BLOCK) [C O LD] QM851 MDD3752RH

2

P FC-OUT 2

3

1

2

3

DM852 MBRF10150CT

RM846 100KF 1608 RM841 1KF 1608

TB801S

2 2

1

FB801S T3.15AL 250V

DB809 1N4007 DO-41

1

1

CB801 2.2nF 800V

RB804 47KJ 2W

1

12

2

11

3

10

23T

4T

2

3 1

BD801S GBJ 1506

2

BD802S GBJ 1506

8 3 0 1000nF 500V

2

3

1

1

1

4

2

1

3

1

3

2

B

21

5

RM874 20KF 1608

CM868 1000nF 1608

CM867 820uF 25V CM846 1000nF 1608

QQ8 5 5 MMBT2 2 2 2 A

33

2

2 RM873 5.1KF 3216

DB802 UF4007-0021

CM866 100nF 1608

2

3

2 4

RM840 470J 2W

RM875 47KF 1608

UM852 KIA431AM S OT-23

2

2

7

Dra in

Vcc

6

S /O

FB

GND

DH5 8 0 0 8 0 S F A 8 mH

2

2

CM840 CM841 100nF 100nF 1608 1608

UM801S S QT6010K

4

2

RM872 10F 1608 RM880 100KF 1608

1

VAC-B

1

7

RM858 4.7KF 1608

RM842 8.2KF 1608

HS 8 0 1

2

2

2

6

CM858 470uF 25V NXB

AP P 122-3VM 520uH, EER3224

8 0 0 1000nF 500V

B/OUT

1

4T

CM859 470uF 25V NXB

2

LE8 0 4 S

1

8

1

3

7T

9

5

1

4

4

RM881 2KF 1608

CM872 220nF 1608

1

9T

DB801 1N4007G-03

3

4

B12V

QM8 5 4 MMBT2 9 0 7 A

1

VAC-A

4

1

2

2

3T

400

1

ZM853 Z02W15VY

CM860 CM861 CM862 1nF 1nF 1nF 1608 1608 1608

1

23T

HS 8 0 4 2

1

RM813 47F 2012

RM811 10J 2012

1E

2

RM812 47F 2012

1 LM802 25MHz 30ohm

CM870 1000nF 1608

3

DB808 1N4007 DO-41

3C

1

2

[HO T]

P VDD_ O N

RM877 1KF 1608

11

RM876 150KF 3216

400

RQ867 2KF 1608

1

CB803 47uF 50V

2

2 1

CN802

KTD1624 QQ810 1

2 1

DM851 MBRF2080CTR

2

2

CX820 1500uF 10V

2

1 LM801 25MHz 30ohm

1

3

CE807S 680pF 250V

CE806S 680pF 250V

1 3

1

DM854 UF4007-0021

HS 803

2

CB804 220nF 1608

B

2

UM805 S N7905D

2 1

RB807 0.4J 2W

RM843 100F 1608

RM844 220F 1608

2

CM842 CM843 1nF 1nF 1608 1608

1

1

2

1

GND_S

2

2 1

CB806 100nF 1608

1

1

Re la y_B

RM822 47F 2012

2

CM857 470uF 25V

2

1

QQ8 1 1 MMBT2 9 0 7 A

CM856 47uF 50V

1

2

1

DB804 BAT54C

2 NT8 0 2 S 5ohm 5 D- 1 5 MS OC

1

RM823 10J 2012

E1

C 3

2

CM855 47uF 50V

2

RM821 47F 2012

CB802 220nF 1608

1

NT8 0 1 S 5ohm 5 D- 1 5 MS OC

RQ868 1KF 1608

3

CB816 22uF 450V

Re la y_A

RM863 1F 3216

1

CE805S 470nF 275V

2

Re la y_C

RM810 22F 3216

2

2

2

G ND_ S

1

3

CX821 1500uF 10V

CB810 1000nF 1608

4 1

A5.3V

5 6 7

VP S

8 LE8 0 3 S 2

1

2

ZDB802 S MFZ18V

1

1

1

2 1

2

2

4

2

2 1

P HO_H

S A801 N.C 2

2

9 10 11

S A802 N.C 1

S -GND

1

3

1

RB801 20F 2012

GND_P

DH5 8 0 0 8 0 S F A 8 mH

4

CB807 1nF 1608

A5.3V_HEAD

1 P C801S LTV817BS TA-B

2

RQ869 3.3J 3216

1.A5.3V 3.A5.3V 5.GND 7.VP S 9.B12V 11.GND

RM871 1KF 1608

RM867 10KF 1608

2.A5.3V 4.GND 6.GND 8.B-5V 10.B12V 12.P S _ON

1

RX803S 330KF 3216

DB803 UF4007-0021

CM865 33pF 1608

RQ866 100KF 1608

2

RQ811 1KF 1608

CM853 N.C 1608

QQ803 KTD1624-C S OT-89

IDM852 KIA431AM GND_S

RM870 8.2KF 3216

P S _ON

2

2

QQ8 0 2 P BS S 5 3 5 0 X

B

1

2C

VCC_A

CM864 100nF 1608

3

1

VCC

CE8 0 1 S 1uF 275V

3E

RX802S 330KF 3216

20010WS -12

RM869 910F 1608

RM854 1KF 1608

P HO_L

RX801S 330KF 3216

RM868 8.2KF 1608

RM852 1KF 1608

2

3

12

A5.3V

GND_S 3 1

1

2

2

DQ813 BAV99LT1G S OT-23

1

1

VCC2-ON

4

1

2 2

3 ICQ804 KIA431AM S OT-23

ZDQ914 Z02W7.5VY S OT-23 1

CQ806 1uF 2012

CQ815 220uF 50V

2

3 P CQ802S LTV817BS TA-B

3 1

RQ823 100KF 1608

3

1

2 1

FP 801S T12AH 250V

ZDQ915 Z02W7.5VY S OT-23

2

1

2

VX801S TVR14751

2

CQ807 47uF 50V

3

RQ808 10KF 2012

CE803S 0. 22nF 250V

1

CE802S 0. 22nF 250V

RQ819 470F 2012

1

2

2

1

1

2

Re la y_on 3

QQ852 2N7002BK 2 RQ861 150KF 1608

DQ812 N.C

RQ863 20KF 1608 CQ813 10nF 1608

3

QQ808 2N7002BK 2 RQ865 150KF 1608

RQ864 1KF 1608 S HUTDOWN CQ816 10nF 1608

S -GND

1

2

3

4

5

GND_P

L

N

S -GND

CN800S DAC-14S 2 GND_S

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