Samsung MX JS5000 Service Manual
MINI HI-FI Component Audio System Model Name MX-JS5000 Model Code MX-JS5000/ZA SERVICE MANUAL MINI HI-FI Component
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MINI HI-FI Component Audio System Model Name
MX-JS5000
Model Code
MX-JS5000/ZA
SERVICE
MANUAL
MINI HI-FI Component Audio System
Contents 1. Precaution 2. Product Specification 3. Disassembly and Reassembly 4. Troubleshooting 5. PCB Diagram 6. Schematic Diagram
MX-JS5000
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 − 5 2.4.1.
3.
Disassembly and Reassembly .............................................................................................................. 3 − 1 3.1.
4.
Main Disassembly and Reassembly ............................................................................................. 3 − 1
Troubleshooting ................................................................................................................................ 4 − 1 4.1.
4.2.
Checkpoints by Error Mode ....................................................................................................... 4 − 1 4.1.1.
No Power................................................................................................................... 4 − 1
4.1.2.
No Output .................................................................................................................. 4 − 3
Measures to be taken when the Protection Circuit operates............................................................... 4 − 4 4.2.1.
Operation of Power Block Protection Circuit .................................................................... 4 − 4
4.2.2.
Check AMP in Power Protection .................................................................................... 4 − 5
4.3.
MICOM, MPEG Initialization & Update ...................................................................................... 4 − 6
4.4.
Buyer-Region Code Setting Method ............................................................................................ 4 − 7 4.4.1.
5.
5.1.
Wiring Diagram....................................................................................................................... 5 − 1
5.2.
FRONT PCB Top .................................................................................................................... 5 − 2 Pin Connection ........................................................................................................... 5 − 3
5.3.
FRONT PCB Bottom ............................................................................................................... 5 − 4
5.4.
MAIN PCB Top ...................................................................................................................... 5 − 5 5.4.1.
Pin Connection ........................................................................................................... 5 − 6
5.4.2.
Test Point Wave Form .................................................................................................. 5 − 7
5.5.
MAIN PCB Bottom.................................................................................................................. 5 − 8
5.6.
SMPS PCB Top....................................................................................................................... 5 − 9 5.6.1.
5.7.
i
The inserting method of Region Code after replacing the Main PBA ..................................... 4 − 7
PCB Diagram ................................................................................................................................... 5 − 1
5.2.1.
6.
Supplied Accessories ................................................................................................... 2 − 5
Pin Connection ........................................................................................................... 5 − 10
SMPS PCB Bottom .................................................................................................................. 5 − 11
Schematic Diagram ........................................................................................................................... 6 − 1 6.1.
Overall Block Diagram ............................................................................................................. 6 − 1
6.2.
FRONT-1 ............................................................................................................................... 6 − 2 Copyright© 1995-2013 SAMSUNG. All rights reserved.
Contents
6.3.
FRONT-2 ............................................................................................................................... 6 − 3
6.4.
MAIN-1................................................................................................................................. 6 − 4
6.5.
MAIN-2................................................................................................................................. 6 − 5 6.5.1.
Test Point Wave Form .................................................................................................. 6 − 6
6.6.
MAIN-3................................................................................................................................. 6 − 7
6.7.
MAIN-4................................................................................................................................. 6 − 8
6.8.
MAIN-5................................................................................................................................. 6 − 9
6.9.
MAIN-6................................................................................................................................. 6 − 10
6.10. MAIN-7................................................................................................................................. 6 − 11 6.11. SMPS-1 ................................................................................................................................. 6 − 12 6.12. SMPS-2 ................................................................................................................................. 6 − 13 6.13. SMPS-3 ................................................................................................................................. 6 − 14 6.14. SMPS-4 ................................................................................................................................. 6 − 15
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 contact 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 the unit completely reassembled, plug the AC cord directly into a 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 contact 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 panels, 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 contact 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
• MX-JS5500 4.1 CH : 2150 W Total RMS MAX / 23650 W PMPO ( Front : 500 W/CH , Tweeter : 250 W/CH, Subwoofer : 500 W/CH )
• MX-JS5000 4.0CH : 1600 W Total RMS MAX /17600 W PMPO ( Front: 500 W/CH, Tweeter: 250 W/CH )
■ Specialized Function in 2015
• Samsung Audio Remote (app) • Bluetooth Hi-Fi Codec • Beat Lighting ■ Connectivity
• USB Host (Twin USB) • TV Sound Connect • Bluetooth • BT Power On ■ Disc
• Type : 1 Tray (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
165 W (Mexico only)
Weight General
Main unit
3.43 Kg
Front speaker
5.98 Kg
Subwoofer
8.88 Kg
Main unit
405 (W) x 202 (H) x 266 (D) mm
Dimensions Front speaker Subwoofer
FM Tuner
274 (W) x 414 (H) x 260.2 (D) mm 414 (W) x 414.5 (H) x 308.5 (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% Reading Speed : 4.8 ~ 5.6 m/sec.
CD Disc
CD : 12 cm (Compact Disc) Maximum Play Time : 74 min.
Amplifier
Front speaker output
550 W/CH (4Ω) (MAX)
Tweeter output
250 W/CH (8Ω) (MAX)
Subwoofer output (MX-JS5500)
550 W/CH (4Ω) (MAX)
Frequency range
22 Hz ~ 20 KHz
S/N Ratio
65 dB
Channel separation
50 dB
Input sensitivity
AUX IN1 1.2 V, AUX IN2 2.0 V
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-JS5500
MX-JS5000
MX-HS6500
MX-HS6000
Photo
MAX OUTPUT POWER
2150 W
1600 W
2100 W
1700 W
( PMPO : 23650 W )
( PMPO : 17600 W )
( PMPO : 23100 W )
( PMPO : 187000 W )
SPK CHANNEL
4.1 ch
4.0 ch
2.2 ch
2.1 ch
FRONT DISPLAY
VFD
VFD
VFD
VFD
Beat Lighting
O
O
O
O
GIGA SOUND
O
O
O
O
User EQ BAND
5 band
5 band
3 band
3 band
Demo Music Play
O
O
O
O
Non-Stop Music Relay
O
O
X
O
COMPATIBLE DISC
CD-R / CD-RW / MP3-CD
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
WMA / MP3
USB HOST 2.0
2
2
2
2
CD RIPPING
O
O
O
O
BLUETOOTH
O
O
O
O
AUDIO IN (RCA / 3.5ø)
O
O
O
O
Mic Jack
6.3 pi x 2
6.3 pi x 2
3.5 pi
6.3 pi
HEADPHONE OUT
X
X
X
X
VIDEO OUT
X
X
X
X
FM / AM
O/O
O/O
O/O
O/O
SPK IMPEDANCE
Tweeter : 8 ohm
Front : 4 ohm
Front : 4 ohm
Front : 4 ohm
Tweeter : 8 ohm
Woofer : 4 ohm
Woofer : 4 ohm
Front : 4 ohm Woofer : 4 ohm STBY POWER CONSUMPTION
0.45 W ↓
0.45 W ↓
0.45 W ↓
0.45 W ↓
MAIN SIZE (mm)
405 (W) X 202 (H) X 266 (D)
405 (W) X 202 (H) X 266 (D)
233 (W) X 351 (H) X 300 (D)
450 (W) X 220 (H) X 304 (D)
FRONT : 274 (W) X 414 (H) X 260.2 (D) SPK SIZE (mm)
SUBWOOFER : 414 (W) X 414.5 (H) X 308.5 (D)
Package Weight (kg)
27
FRONT : 274 (W) X 414 (H) X 260.2 (D)
FRONT : 362 (W) X 662 (H) X 331 (D)
18
19.28
Copyright© 1995-2013 SAMSUNG. All rights reserved.
FRONT : 450 (W) X 225 (H) X 307 (D) SUBWOOFER : 450 (W) X 450 (H) X 320 (D) 22.45
2-3
2. Product Specification
TIP O : Feature Included X : Not Included
2-4
Copyright© 1995-2013 SAMSUNG. All rights reserved.
2. Product Specification
2.4. Accessories 2.4.1. Supplied Accessories Accessories
Item
Item code
Batteries (AAA)
4301-000116
Remote Control
AH59-02694B
User’s Manual
AH68-02793F
FM Antenna
AH42-00021A
Copyright© 1995-2013 SAMSUNG. All rights reserved.
2-5
3. Disassembly and Reassembly
3. Disassembly and Reassembly 3.1. Main 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. Description
1.
Description Photo
Unfasten 10 Screws (Highlighted) on each Cover. : BH,+,B,M3,L10,ZPC(BLK) Lift TOP-COVER and Separate from SET. CAUTION Be careful not to make any scratches as you remove them.
Lift Top-Cove r
3-1
Copyright© 1995-2013 SAMSUNG. All rights reserved.
3. Disassembly and Reassembly
Description 2.
Description Photo
Lift 3 hooks of the FRONT-COVER from set bottom.
Lift 3 hook s
3.
Unplug 1 Mono-wire and 1 Flat-cable (Highlighted) and separate FRONT-COVER from SET.
P ull
4.
Unfasten 5 Screws. (Highlighted red) : BH,+,B,M3,L10,ZPC(WHT)
Lift
Disconnect Wire from SMPS to MAIN. (Highlighted blue) Lift the SMPS-PCB to Separated it from BRACKET-MAIN.
Copyright© 1995-2013 SAMSUNG. All rights reserved.
3-2
3. Disassembly and Reassembly
Description 5.
Description Photo
Unplug Fan Wire and Deck Cables. (Highlighted blue) Unfasten 4 Screws. (Highlighted red) : BH,+,B,M3,L10,ZPC(WHT) Lift the Main PCB to Separated it from BRACKET-MAIN. Pull the jack. Lift BT Module.
Lift
P ull BT Mo d u le
3-3
Copyright© 1995-2013 SAMSUNG. All rights reserved.
3. Disassembly and Reassembly
Description 6.
Description Photo
Unfasten 2 Screws (Highlighted) On back of BRACKET-MAIN. : BH,+,B,M3,L10,ZPC(BLK) Lift the FAN to Separated it from BRACKET-MAIN.
Lift
Copyright© 1995-2013 SAMSUNG. All rights reserved.
3-4
3. Disassembly and Reassembly
Description 7.
Description Photo
Unfasten 6 Screws (Highlighted) On BRACKET-MAIN. : BH,+,B,M3,L10,ZPC(WHT) Lift
Lift the BRACKET-MAIN to Separated it from Cover-Bottom.
8.
Unfasten 3 Screws (Highlighted) on DECK. : BH,+,B,M3,L10,ZPC(WHT) Lift the DECK to Separated it from COVER-BOTTOM.
9.
Lift
Separate Knob-Volume from Front-PCB. P ull
3-5
Copyright© 1995-2013 SAMSUNG. All rights reserved.
3. Disassembly and Reassembly
Description
Description Photo
10. Unfasten 17 Screws. (Highlighted red) : BH,+,B,M3,L10,ZPC(WHT) Disconnect 3 pin wire. (Highlighted blue) Separate Three PCB from back of Cover-Front. Pull out MIC JACK PCB.
Copyright© 1995-2013 SAMSUNG. All rights reserved.
3-6
4. Troubleshooting
4. Troubleshooting 4.1. Checkpoints by Error Mode Oscilloscope Setting Values
Normal Voltage
27 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
4.1.1. No Power No P owe r
No
Che ck MICOM UIC1 S T5.3V.
Ye s
Ye s
No
Che ck MICOM Crys ta l UX2. Ye s
Che ck MAIN UCN1 ST5.3V-- ' Pin 15, 16)
No
Che ck or re pla ce S MP S .
Che ck MICOM VCC P a tte rn.
Che ck P a tte rn or Re pla ce it.
* Re fe r to wa ve pa tte rn ima ge of Fig. 4-1.
Check FRONT / VFD PCB. (VFD, Front Cable)
No
Che ck or Re pla ce .
Ye s
Re pla ce MICOM UIC1
4-1
Copyright© 1995-2013 SAMSUNG. All rights reserved.
4. Troubleshooting
(1)
U IC 1
GCC02-0096
DEBUG_FANET_TXD
4 5
DEBUG_FANET_RXD
DGND
10KOHM
10KOHM
UR90
UAR26
10KOHM
10KOHM 10KOHM
UR3
UR33
UAR56
10KOHM
UAR57
10KOHM
10KOHM
UAR59
UAR63
UAR45
UAR62
UAR58
10KOHM 10KOHM
7 5 3 1100OHM
100OHM
100OHM1/16W 100OHM 1/16W
100OHM
100OHM 1/16W
UR8
48 47 46 45 UAR50 44 UAR49 43 42 41 UAR48 40 39 UAR47 38 UAR46 8 37 6 36 4 35 34 2 33
10KOHM
10KOHM
10KOHM
10KOHM
10KOHM
TP
U3.9V_PW
U3.9V_P W
UAR24 UAR23 UAR20 UAR22 UAR21
TP
TP6
1 3 2
P_ON3 TU_RDS
IR_RSTI U_OUTSW U_INSW DEBUG_FANET_RXD DEBUG_FANET_TXD TU_CLK TU_DA TU_CE TU_RST REMO_IN FAN_ON
10KOHM
10KOHM
10KOHM
UR7
UAR25
CN6
(1)
TP
FANETCN1
VARI_PC_A VARI_PC_B
U3.9V_P W
TP7
TP5
UAR35
1/16W 2.7KOHM
UAR29
1/16W 2.7KOHM
U3.9V_P W
10KOHM
UAR60
P52
P51/INTP2/SO11
P50/INTP1/SI11/SDA11
P53
P54
P55
P17/TI02/TO02
P15/SCK20-/SCL20
P16/TI01/TO01/INTP5
P63
P00/TI00
P62
DGND
U3.9V_P W
1KOHM
UAR38 UAR37 UAR52
100OHM 100OHM 1/16W 100OHM 1/16W 100OHM 1/16W
UC4 UC5 UC6
DGND
DGND
U3.9V_PW
U3.9V_PW
IR_SD 100NF
220PF 50V 220PF 50V
UAR34
UAR39
U3.9V_PW
VDD EVDD0
EVSS0
VSS
REGC
P121/X1
P122/X2/EXCLK
P137/INTP0
P123/XT1
P61/SDAA0 P60/SCLA0
1 2 3 4 5 6 7 1/16W 8 UAR64 9 10 10KOHM 11 UC3 12 1UF 13 25V 14 15 16
P124/XT2/EXCLKS
2
P140/PCLBUZ0/INTP6
/RESET
P141/PCLBUZ1/INTP7
Q11 2SA1979S-Y
P31/TI03/TO03/INTP4
P01/TO00
100OHM
UAR40
UC7
P77/KR7/INTP11
50V
P76/KR6/INTP10
V_LED7 V_LED6 FLED1 FLED2 FLED3 M_ACK M_STB M_TXD M_RXD M_RESET AUX_MIC_SEN USB_M_RST
R83 47KOHM UR19
P73/KR3/SO01
P75/KR5/INTP9/SCK01-/SCL01
1/16W 100OHM 1/16W
10NF
P02/ANI17/SO10/TxD1
P72/KR2/SO21
P74/KR4/INTP8/SI01/SDA01
DGND
UAR55 UAR41
10KOHM
P06/TI06/TO06
UR2
P03/ANI16/SI10/RxD1/SDA10
UAR61
UC141
P04/SCK10-/SCL10
10KOHM
DGND
10KOHM
P13/TxD2/SO20
P14/RxD2/SI20/SDA20
P05/TI05/TO05
P70/KR0/SCK21-/SCL21
UIC1 R5F100LGAFB
P130
32 31 30 29 28 27 26 25 24 23 22 21 20 19 18 17
* 5.4. MAIN P CB Top 10KOHM
16V 100NF 16V 100NF 10V 10UF
UC151 UC161
P12/SO00/TxD0/TOOLTxD
P20/ANI0/AVREFP
100OHM
MGND1 1 2 3 4
P30/INTP3/RTC1HZ/SCK11-/SCL11
P71/KR1/SI21/SDA21
P21/ANI1/AVREFM
VFD_C E P_ON 2 VFD_DO VFD_CLK
CN6
P10/SCK00-/SCL00
P22/ANI2
P11/SI00/RxD0/TOOLRxD/SDA00
P23/ANI3
UAR33
ST5.3V_PW
P146
P24/ANI4
P40/TOOL0
8 6 100OHM 4 2
P25/ANI5
P41/TI07/TO07
UAR32
P26/ANI6
P42/TI04/TO04
100OHM
P27/ANI7
DEBUG_RX_TX RESET
UAR27 UAR28
49 50 51 52 53 100OHM 54 100OHM 55 56 57 58 59 60 7 61 5 62 3 63 1 64
P43
E B
C
IR_RST
IR_RSTI DGND
MGND2
RESE T
UR55
DBR1
150OHM 1/16W
UR56
1/16 W 10MOH M
Q0
Q3
4
2
Q1
Q2
3
(1) 22PF 50V
UC2
22PF 50V
DGND
DEBUG_RX_TX
UX2
1
UC1
UCN1
100OHM
P120/ANI19
UAR31
IR_S D V_LED5 V_LED4 KEY_AD4 VOL_UP FAN_CHECK KEY_AD3 KEY_AD2 M_PWM_RS T P_ON EQ_IN_L EQ_IN_H USB2_E N USB2_FAULT USB1_E N USB1_FAULT
P147/ANI18
10KOHM
U3.9V_P W
DGND
* 6.5. MAIN-2
R80
RESE T 8.2KOH M
CAT853STBI-T 3
UIC3 /RESET,RESE T
VDD
3
100NF
1
Copyright© 1995-2013 SAMSUNG. All rights reserved.
4-2
4. Troubleshooting
4.1.2. No Output No output
Check PVDD +/-63V.
No
Check SMPS.
Ye s
Check GVDD -51V.
No
Check GVDD Circuit. (ASIC1)
Ye s
Check +/-5V.
Ye s
Check AMP IR IC Input.
No
Put Sine wave file into AUX or CD/USB.
No
Ye s
Che ck AMP IR IC Output .
Check SMPS.
Check AIC1S, AFIC1 (S4560) Output.
No
Ye s
No
Check AIC1S, AFIC1 (S4560) Input.
No
Check MIC1 or UIC1.
Ye s
Check S4560.
Check IR IC or replace it.
Ye s
Che ck S P K +, (AMP la st o utput) Ye s Check SPK.
4-3
No
Check COIL. (AL1~4)
No
Replace MAIN PCB Assy.
Ye s Replace it.
Copyright© 1995-2013 SAMSUNG. All rights reserved.
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
MAIN PCB SCN1
Pin No.
Remark Open
Short
+ST5.3 V (13#)
X
O
12 V (9#)
X
X
X
O
X
O
-PVDD (about -63 V) (5/6#) +PVDD (about +63 V) (1/2#)
Copyright© 1995-2013 SAMSUNG. All rights reserved.
X : No Concern O : Concern
4-4
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 the test! Measurement Resistance using Tester F/R CH
3.3 kΩ
SUBWOOFER
3.3 kΩ
TWEETER
3.3 kΩ
If Measured Resistance is very different from above numbers, There is a Problem. → AMP Part Problem
4 .1 CH S P E AK E R O U T
4-5
Copyright© 1995-2013 SAMSUNG. All rights reserved.
4. Troubleshooting
4.3. MICOM, MPEG Initialization & Update ■ MICOM/MPEG Reset 1) During “No Disc” Displayed, push the stop Button 5 seconds. After displayed “INITIALIZE” set will power off automatically.
■ Main MICOM Update 1) Insert USB Memory with Update file. Update file name : HMC-JS5000WWM-XXXX.ssp 2) Insert USB Memory, and play. ‘UPDATE’ will be displayed. Set will be power off when finish.
■ MPEG / MEDIA Update 1) Prepare Rom file at USB Memory. Update file name : HMC-JS5000WWB-XXXX.rom 2) Insert USB Memory, and play. ‘UPDATE’ will be displayed. Set will be power off → on → open.
■ MICOM & MPEG Version Check 1) Power On. 2) CD mode select - NO DISC status 3) Push the
| button for 5 seconds, check the MICOM version.
4) Push the |
button for 5 seconds, check the MPEG version.
Copyright© 1995-2013 SAMSUNG. All rights reserved.
4-6
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) Change to “AUX” function, and then push the ‘ENTER’ button about 10 second.
2) When displayed “TEST”, input 46 to set the buyer.
TES T 3) When displayed “– – –”, input the buyer code, refer to the follow Option Table.
−−− 4) It will show the buyer that you set up. Then the buyer setting is succeed.
4-7
Copyright© 1995-2013 SAMSUNG. All rights reserved.
4. Troubleshooting
Table 4.1
MX-JS5500 Option Table
Region Code
Buyer
00
Latin American
01
Brazil
02
Africa, Indonesia, Asia, Hongkong
03
USA, Canada
04
Iran (HC)
05
Europe
06
Philippines
07
KOR
08
KOR
Table 4.2
MX-JS5000 Option Table
Region Code
Buyer
09
Latin American
11
Brazil
12
Africa, Indonesia, Asia, Hongkong
13
USA, Canada
14
Iran (HC)
15
Europe
16
Philippines
17
KOR
18
KOR
Copyright© 1995-2013 SAMSUNG. All rights reserved.
4-8
5. PCB Diagram
5. PCB Diagram 5.1. Wiring Diagram
Deck
Pin 1 2 3 4 5 6 7 8 9
Signal SP+ SPSLSL+ INSW OUTSW GND D+ D-
Pin 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23
Signal CD_VR CD_MPD CD_LD LD_GND SW FTT+ F+ B C D A NC NC VCC VREF GND DVD_VR PD_GND DVD_LD RF NC
Pin 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18
Signal P_ON VFD+ DGND VFDST5.3V VFD_VH DGND DGND 12V VPS A-5V DGND -PVDD -PVDD SGND SGND +PVDD +PVDD
Function SPINDLE MOTOR+ SPINDLE MOTOR+ SLED_MOTORSLED_MOTOR+ OPEN Switch CLOSE Switch MOTOR GND Not Connect Not Connect
Function CD Circuit Adjust APC Input Signal CD Laser Control GND CD/DVD Option Focus Driver Differential Signal Track Driver Differential Signal Track Driver Differential Signal + Focus Driver Differential Signal + PD IC Output Signal PD IC Output Signal PD IC Output Signal PD IC Output Signal Not Connect Not Connect RF Power 5V
Voltage Reference Digital Ground DVD VR DGND DVD Laser Control RF Signal Not Connect CN901
SMPS
5-1
Function MICOM Control SMPS Signal VFD Power Supply(+) GND VFD Power Supply(-) System Power Supply VFD Driver IC Power Supply GND GND FAN/MIC/LED EQ Power Supply AMP/MPEG Power Supply IR/opm AMP VDD GND AMP GVDD Power(-) AMP GVDD Power(-) AMP GND AMP GND AMP GVDD Power(+) AMP GVDD Power(+)
RFCN2 Function SPINDLE MOTOR+ SPINDLE MOTOR+ SLED_MOTORSLED_MOTOR+ OPEN Switch CLOSE Switch MOTOR GND Not Connect Not Connect RFCN1 Function CD Circuit Adjust APC Input Signal CD Laser control GND CD/DVD Option Focus Driver Differential Signal Track Driver Differential Signal Track Driver Differential Signal + Focus Driver Differential Signal + PD IC Output Signal PD IC Output Signal PD IC Output Signal PD IC Output Signal Not Connect Not Connect RF Power 5V
Voltage Reference Digital Ground DVD VR DGND DVD Laser Control RF Signal Not Connect SCN1 Function AMP GVDD Power(+) AMP GVDD Power(+) AMP GND AMP GND AMP GVDD Power(-) AMP GVDD Power(-) IR/OPM AMP VDD GND FAN/MIC/LED EQ Power Supply AMP/MPEG Power Supply GND GND System Power Supply VFD Driver IC Power Supply GND VFD Power Supply(-) MICOM Control SMPS Signal VFD Power Supply(+)
UCN1 Signal SP+ SPSLSL+ INSW OUTSW GND NC NC
Pin 1 2 3 4 5 6 7 8 9
Signal CD_VR CD_MPD CD_LD LD_GND SW FTT+ F+ B C D A NC NC VCC VREF GND DVD_VR PD_GND DVD_LD RF NC
Pin 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23
Signal
Pin 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18
+63V +63V SGND SGND -63V -63V A-5V DGND 12V VPS DGND DGND ST5.3V VH(B30V) DGND -VFD P_ON +VFD
Main
Pin 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 28 29 30
Signal MIC_SENSE MIC_SIG DGND DAC_LINE 12V_PW EQ_IN_L FLED_1 DGNG V_LED7 VOL UP/DN DGND FLED_3 FLED_2 REMO_IN ST5.3V ST5.3V -VFD VFD_CE VFD_CLK VFD_DO VH +VFD KEY_AD4 V_LED6 V_LED5 V_LED4 KEY_AD3 KEY_AD2 EQ_IN_H DGND
Pin 1 2 3 4 5 6 7 8 9 10
Signal BT_RST BT_3.3V BT_RXD BT_TXD BT1_DGND BT_SPI_CLK BT_SPI_DO BT_DGND NC NC
CN1
Function MIC Sensor Signal MIC Signal GND EQ Signal FAN/MIC/LED EQ Power Supply 12V EQ_IN Low Frequency V_ LED1 Control Signal GND V_ LED4 Control Signal Volume Up/Down Control Signal GND V_ LED3 Control Signal V_ LED2 Control Signal REMOCON Eye Signal System Power Supply System Power Supply VFD Power Supply(-) VFD Enable VFD Working Clock Signal VFD Data VFD Driver IC Power Supply VFD Power Supply(+) Key3 Signal F_ LED3 Control Signal F_ LED2 Control Signal F_ LED1 Control Signal Key2 Signal Key1 Signal EQ_IN Hign Frequency GND
BTCN2 Function BT Reset Signal BT Power Supply BT Communicate Signal (Receive) BT Communicate Signal (Send) GND I2C Working Clock Signal I2C Data GND Not Connect Not Connect
Function GND EQ_IN Hign Frequency Key1 Signal Key2 Signal F_ LED1 Control Signal F_ LED2 Control Signal F_ LED3 Control Signal Key3 Signal VFD Power Supply(+) VFD Driver IC Power Supply VFD Data VFD Working Clock Signal VFD Enable VFD Power Supply(-) System Power Supply System Power Supply REMOCON Eye Signal V_ LED2 Control Signal V_ LED3 Control Signal GND Volume Up/Down Control Signal V_ LED4 Control Signal GND V_ LED1 Control Signal EQ_IN Low Frequency FAN/MIC/LED EQ Power Supply 12V EQ Signal GND MIC Signal MIC Sensor Signal
BT Module Function BT Reset Signal BT Power Supply BT Communicate Signal (Receive) BT Communicate Signal (Send) GND I2C Working Clock Signal I2C Data GND Not Connect Not Connect
VCN2 Signal DGND EQ_IN_H KEY1 KEY2 F_LED1 F_LED2 F_LED3 KEY3 +VFD VP VFD_DO VFD_CLK VFD_CE -VFD ST5V ST5V REMO V_LED2 V_LED3 AGND Volume F_LED4 AGNG V_LED1 EQ_LINE_L 12V DAC_LINE MICGND MIC_SIG MIC_SEN
Pin 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 28 29 30
Signal Pin BT_RST 1 BT_3.3V 2 BT_RXD 3 BT_TXD 4 BT1_DGND 5 BT_SPI_CLK 6 BT_SPI_DO 7 BT_DGND 8 NC 9 NC 10
Function GND Key1 Signal F_ LED1 Control Signal F_ LED2 Control Signal F_ LED3 Control Signal F_ LED4 Control Signal System Power Supply
Front Middle
UCN Signal AGND KEY1 F_LED1 F_LED2 F_LED3 F_LED4 STV5V
Pin 1 2 3 4 5 6 7
Pin 1 2 3 4 5 6 7
Signal AGND KEY3 F_LED1 F_LED2 F_LED3 F_LED4 STV5V
Pin 1 2 3 4 5 6 7
Pin 1 2 3 4 5 6 7
Signal AGND KEY1 F_LED1 F_LED2 F_LED3 F_LED4 STV5V
Function GND Key1 Signal F_ LED1 Control Signal F_ LED2 Control Signal F_ LED3 Control Signal F_ LED4 Control Signal System Power Supply
FRONT RIGHT
ACN Function GND Key3 Signal F_ LED1 Control Signal F_ LED2 Control Signal F_ LED3 Control Signal F_ LED4 Control Signal System Power Supply
Signal DGND3 KEY3 F_LED1 F_LED2 F_LED3 F_LED4 STV5V
Function GND Key3 Signal F_ LED1 Control Signal F_ LED2 Control Signal F_ LED3 Control Signal F_ LED4 Control Signal System Power Supply
FRONT LEFT
MCN Function GND MIC Signal MIC Sensor Signal
Signal Pin MICGND 1 M_SIG 2 M_SEN 3
Pin Signal 1 GND 2 MIC Signal 3 MIC Sensor Signal
Function GND MIC SIGNAL MIC SENSE
MIC PCB
BT ASSY
Copyright© 1995-2013 SAMSUNG. All rights reserved.
5. PCB Diagram
5.2. FRONT PCB Top
VC N 2
(7)
UCN CN1
VC N 3
AC N
(1)
(2)
(6) (5)
VC N1
MC N
(3) (4)
Copyright© 1995-2013 SAMSUNG. All rights reserved.
5-2
5. PCB Diagram
5.2.1. Pin Connection 1) ACN
5) CN1
LED Control
MIC/VOLUME/KEY/LED/VFD Control
LED Control
Pin No.
Signal
Pin No.
Signal
Pin No.
Signal
1
DGND3
1
DGND
1
AGND
2
KEY3
2
EQ_IN_H
2
KEY1
3
F_LED1
3
KEY1
3
F_LED1
4
F_LED2
4
KEY2
4
F_LED2
5
F_LED3
5
F_LED1
5
F_LED3
6
F_LED4
6
F_LED2
6
F_LED4
7
STV5V
7
F_LED3
7
STV5V
8
KEY3
9
+VFD
10
VP
LED Control
2) VCN3 LED Control
7) VCN2
Pin No.
Signal
11
VFD_DO
Pin No.
Signal
1
AGND
12
VFD_CLK
1
AGND
2
KEY3
13
VFD_CE
2
KEY1
3
F_LED1
14
-VFD
3
F_LED1
4
F_LED2
15
ST5V
4
F_LED2
5
F_LED3
16
ST5V
5
F_LED3
6
F_LED4
17
REMO
6
F_LED4
7
STV5V
18
V_LED2
7
STV5V
19
V_LED3
20
AGND
21
Volume
3) VCN1 MIC Control Pin No.
Signal
22
F_LED4
1
MICGND
23
AGNG
2
M_SIG
24
V_LED1
3
M_SEN
25
EQ_LINE_L
26
12V
27
DAC_LINE
4) MCN MIC Control
5-3
6) UCN
28
MICGND
Pin No.
Signal
29
MIC_SIG
1
GND
30
MIC_SEN
2
MIC Signal
3
MIC Sensor Signal
Copyright© 1995-2013 SAMSUNG. All rights reserved.
5. PCB Diagram
UCN CN1
VC N 3
AC N
VC N 2
5.3. FRONT PCB Bottom
VC
MC N
N1
Copyright© 1995-2013 SAMSUNG. All rights reserved.
5-4
5. PCB Diagram
5.4. MAIN PCB Top
S CN1
T IC 1
AIC 3
AIC 4
AIC 1
(1) AF IC 1
RFCN1
AF IC 1
R F IC 2
B TC N 2
MIC 1
R F IC 2
RFCN2
(2) (3)
U S IC
CN6
MIC 1
MC N 2
U IC 1
AS IC 1
5-5
(5)
UCN1
TP 1 (4)
Copyright© 1995-2013 SAMSUNG. All rights reserved.
5. PCB Diagram
5.4.1. Pin Connection 1) SCN1
2) RFCN1
VFD / CD / AMP Voltage Supply
4) UCN1
Deck Control (Focus / Data)
5) BTCN2
FRONT Panel Control
BT Control
Pin No.
Signal
Pin No.
Signal
Pin No.
Signal
Pin No.
Signal
1
+63V
1
CD_VR
1
MIC_SENSE
1
BT_RST
2
+63V
2
CD_MPD
2
MIC_SIG
2
BT_3.3V
3
SGND
3
CD_LD
3
DGND
3
BT_RXD
4
SGND
4
LD_GND
4
DAC_LINE
4
BT_TXD
5
-63V
5
SW
5
12V_PW
5
BT1_DGND
6
-63V
6
F-
6
EQ_IN_L
6
BT_SPI_CLK
7
A-5V
7
T-
7
FLED_1
7
BT_SPI_DO
8
DGND
8
T+
8
DGNG
8
BT_DGND
9
12V
9
F+
9
V_LED7
9
NC
10
VPS
10
B
10
VOL UP/DN
10
NC
11
DGND
11
C
11
DGND
12
DGND
12
D
12
FLED_3
13
ST5.3V
13
A
13
FLED_2
14
VH(B30V)
14
NC
14
REMO_IN
15
DGND
15
NC
15
ST5.3V
16
-VFD
16
VCC
16
ST5.3V
17
P_ON
17
VREF
17
-VFD
18
+VFD
18
GND
18
VFD_CE
19
DVD_VR
19
VFD_CLK
20
PD_GND
20
VFD_DO
21
DVD_LD
21
VH
22
RF
22
+VFD
23
NC
23
KEY_AD4
24
V_LED6
25
V_LED5
26
V_LED4
3) RFCN2 Deck Open/Close Control
Copyright© 1995-2013 SAMSUNG. All rights reserved.
Pin No.
Signal
27
KEY_AD3
1
SP+
28
KEY_AD2
2
SP-
29
EQ_IN_H
3
SL-
30
DGND
4
SL+
5
INSW
6
OUTSW
7
GND
8
NC
9
NC
5-6
5. PCB Diagram
5.4.2. Test Point Wave Form TP1
5-7
Copyright© 1995-2013 SAMSUNG. All rights reserved.
5. PCB Diagram
5.5. MAIN PCB Bottom
Copyright© 1995-2013 SAMSUNG. All rights reserved.
5-8
5. PCB Diagram
CN9 0 1
5.6. SMPS PCB Top
CN9 0 2
(1)
5-9
Copyright© 1995-2013 SAMSUNG. All rights reserved.
5. PCB Diagram
5.6.1. Pin Connection 1) CN901 VFD / CD / AMP Voltage Supply Pin No.
Signal
1
P_ON
2
VFD+
3
DGND
4
VFD-
5
ST5.3V
6
VFD_VH
7
DGND
8
DGND
9
12V
10
VPS
11
A-5V
12
DGND
13
-PVDD
14
-PVDD
15
SGND
16
SGND
17
+PVDD
18
+PVDD
Copyright© 1995-2013 SAMSUNG. All rights reserved.
5-10
5. PCB Diagram
5.7. SMPS PCB Bottom
5-11
Copyright© 1995-2013 SAMSUNG. All rights reserved.
6. Schematic Diagram
6. Schematic Diagram 6.1. Overall Block Diagram • Main MICOM IC : R5F100LGAFB (NEC 64P) • MPEG IC : ES8396SCD-GSWD
VFD(driver IC in side)
0
0 0
• Main MICOM IC controls the set.
F ront u Com
• Audio signal comes from CD DECK, USB, TUNER, AUX, MIC , Bluetooth and so on, decoded by MPEG IC and then transfer to AMP IC.
0
F ro nt E nd
• IR FET IC : IRF6775MTRPBF
TACT Ke y
0
R 5 F100LGAFB F ront Micom R E NES AS
AM5766 Mo to r Drive
0
TRAY Me cha
• IR AMP IC : IRS2092STRPBF
0
C D E n gi gine ine
8 K- EEPROM
T u ne r C o ntrol
Mic om Up da te
0
4 M F la sh 1 2 8M DR AM
E S S _P3C
• The signal is sent to the Crystal amplificatory circuit through MPEG IC. This Crystal amplificatory circuit is Low Pass Filtered.
Vid e o 4 - Da c
Sound will be heard when Connecting the Speaker system.
0
P O WE R
G S WD)MPEG
US B HUB
S MP S
U S B H OST
0 0
0
USB 2
0
(ES 8396S CD-
USB 1
FL C o n tro l FR
0
F M/AM BT
F u nction In put ADC
Au dio De c ode r DAC
IR S 2092STRPBF+ IR F6775MTRPBF
TR
Mic AMP TR O N LY J S 5500
Copyright© 1995-2013 SAMSUNG. All rights reserved.
TL
SW
6-1
6. Schematic Diagram
6.2. FRONT-1
MX-JS5500/5000 FRONT PCB
POWER
VP1 VP2 VP3 VP4 VP5 VP6 VP7 VP8 VP9 VP10 VP11 VP12 VP13 VP14 VP15 VP16 VP17 VP18 VP19 VP20 VP21 VP22 VP23 VP24 VP25 VP26 VP27 VP28 VP29 VP30
+VFD
GND VH OSC VDD DIN CLK STB
-VFD
MGND2
F+ F+
11 12
1/8W 1/8W
VR_UP ST5V_PW
MGND1
FJOG2
VOC1
VC3
100NF 50V
1NF 50V
22UF 16V
VOR1
VC4
10KOHM
VR2
2 3 1
KEY3 +VFD VF_VP_PW VFD_DO VFD_CLK VFD_CE -VFD
UNDEFINED VBD3
REMO_IN V_LED2 V_LED3
VGND
VGND
EQ_IN_L
12V_PW
VC5
VR1
ER1
VR_UP V_LED1
10OHM 1/2W
1/8W 47O HM
VGND
VOLUME CONT ROL
VBD2
VBD1
ST5V_PW
100NF 50V
EZD2
DAC_LINE_L
MIC_SIGNAL VR3
10OHM 1/2W
VD3
2.2KOHM
470UF
6.8
MR7
MZD1
MC6
VD1
10V
VD2
100KOHM
MR5
+VFD
AC21
100NF
AC20.
100NF
MD2
VGND
MR6
33OHM
MD1
47NF 50V
VF_VP_PW
MQ1 E
MC8
50V
VC7
100NF -VFD
VFD_CE VFD_CLK VFD_DO
REMO_IN
C B
MIC_S
12V_PW
EQR7L
1/8W 1KOHM VQR7
MICGND
B
330OHM
1/8W
V_LED1
EQC7L
1/8W 220O HM
EQR12L
75 1N4148
EQD1L
EQ_IN_L
EQC9L
75 1N4148
16V 10NF
1/8W 220O HM
EQC8L
REQR6L
68OHM 1/8W
VQR2
1/8W 5.6KOHM
1/8W 4.7KOHM
KSC1008-Y
E
220O HM 1/8W
EQR10L
Q6
EQR11L
EQC6L
16V 100UF
B
DAC_LINE_L
EQR9L
C
VQR4
100O HM 1/8W
1/8W 1KOHM
KEY IN MIDDLE BOARD
VGND
100O HM 1/8W
EQC6R
10UF 50V
E C
VQR6
VQR9 330OHM 1/8W
V_LED3
UR25
100O HM 1/8W
1KOHM
VGND
VSR1
VSR2
VSR3
820O HM
VSW10
KEY_L
KEY3
KEY_R
820O HM
1KOHM
VSW12
100O HM 1/8W
B
VSW13
VQ3
VSW11
VQR15
TUNER
OPEN/CLOSE
PLAY
NEXT
RED LED AROUND VOLUME VGND
TO THE LEFT KEY (MIC JACK)
EQR11R
EQD1R
EQ_IN_H C B E
220O HM 1/8W
EQR6R
VQR14
EQR12R
Q5
EQC7
1UF 50V
EQC9R
100O HM 1/8W
50V 10UF
EQC7R
EQR9R
AUX 1/2
1/8W 5.6KOHM
STOP
EQR7R
VSW1
VSW2
12V_PW
EQC8R
SKIP BACK
KEY2
16V 100UF
CD
820O 820OHM HM
EQR10R
DELECT DELECT
VGND
VSR13
1/8W 4.7KOHM
FOLDER-
VSR12
68OHM 1/8W KSC1008-Y
FOLDER+
VSR11
EQR5R
SELECT
VSR10
1.5KO 1.5KOHM HM 1.2KOHM 1.2KOHM 1KOHM
1/8W 100KOHM
ENTER
VSR9
1.8KO 1.8KOHM HM
VSW3
VQR5
VSR8
2.2KO HM
VSW4
VSR7
4.7KO HM 3.3KO 3.3KOHM HM
V_LED2
VSW5
100O HM 1/8W
VQR8 330OHM 1/8W
VSW8
100O HM 1/8W
VQP5
B C
VSW9
VQP10
VSR6
E
VQ2
VQR13
VSW6
100O HM 1/8W
VSW7
VQR12
VQR3
6-2
50V 100NF
EQR5L
E C
1/8W 100KOHM
VQ1
4.7UF 50V
VQP6
VCNP1
100O HM 1/8W
VQP12
VCNP3
100O HM 1/8W
VQP4
VQP11
VCNP2
MC7
VQR10
100O HM 1/8W
VQP3
VCNP4
ST5V_PW
TO RIGHT
AGND KEY3 F_LED1 F_LED2 F_LED3 F_LED4 ST5V
VQR1
VQP8
VQP9
VCN3
1UF 50V
100O HM 1/8W
VQR11
VQP2
VCN3P2
VQP7
VCN3P1
MICGND
VCN3P5
KEY_L
TO LEFT
AGND KEY1 F_LED1 F_LED2 F_LED3 F_LED4 ST5V
1 2 3 4 5 6 7
MICGND
MIC_SIGNAL
ST5V_PW
VCN3P3
NEW CODE
MR8
470O HM
MICGND M_SIG M_SEN
VCN3P4
MIC_S
VCN3P7
12V_PW
ST5V_PW
VQP1
VCNP6
VCNP7
VCN1 1 2 3
VCN2
1 2 3 4 5 6 7
KEY_R
VCN3P6
VGND
VCNP5
ER2
47O HM 1/8W
TO MAIN PCB
AGND EQ-IN-H KEY1 KEY2 F_LED1 F_LED2 F_LED3 KEY3 +VFD VP VFD_DO VFD_CLK VFD_CE -VFD ST5V ST5V REMO V_LED2 V_LED3 AGND VR_UP F_LED4 AGND V_LED1 EQ_LINE_L 12V DAC_LINE_L MICGND M_SIG M_SEN
16V 10NF
50V
EC2
EZD1
100NF
KEY1 KEY2
MGND2
47KOHM
100NF 50V
22UF 16V
EC1
STB CLK DIN VDD OSC VH PGND LGND
VC2
VC1
22UF 16V
3 4 5 6 7 8 9 10
F-
F-
1 2 3
2
1
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 28 29 30
EQ_IN_H
EYE1
GND
VCC
OUT
MGND1
CN1
VFD
KEY1 VGND
EQ
VGND
TO THE RIGHT KEY (USB JACK)
Copyright© 1995-2013 SAMSUNG. All rights reserved.
6. Schematic Diagram
6.3. FRONT-2
MX-JS5 500/ 5000 FRONT PCB
POWER
ST5VL_PW
ST5VR _PW
ACN NEW CODE
UOP 10
UC7
UC11
100NF
100NF
UC13
100NF
B C
UQR2 330OHM 1/8W
F_LED2R
RSW5
RSW4
RSW3
RSW6 DISPLAY DEMO
FSW4
USW2
USW1 BT
POWER ON/OFF
UR21
UR2 2
1.5KOHM 1.5KOHM 1.2KOHM 1.2KOHM
USB REC
USB 1/2
KEY1R
MY LIST
DGND1 E
UQ3 DGND3
KEY IN THE LEFT BOARD
UOP 16
UR16 100O HM
UOP 17
UR17
100O HM
F_LED3R
B C
UQR3 330OHM 1/8W
KEY IN THE RIGHT BOARD
100NF
AQR3 330OHM 1/8W
TV SOUND
UR9 100O HM
UR2 0
1.8KOHM 1.8KOHM
FSW1
UR23
2.2KOHM 2.2KOHM
UC3
AC3
AUTO CHANGE
F_LED3L
B C
100NF
AC4
100NF
100NF
AC9
100NF
AC16
AC17
100NF
FOOTBALL FOOTBALL
UC4
AR17 100O HM
USER USEREQ EQ
UR4 100O HM
100NF
AOP17
E
AQ3
UOP 4
UC9
100O HM
KEY3L
UOP 9 PRESET EQ
UR3 100O HM
100NF
AR16
UOP 3
UC16
AOP16
GIGA
RR14
100NF
100O HM
RR133 RR1
1.8KO 1.8KOHM HM 1.5KO 1.5KOHM HM 1.2KO 1.2KO HM HM
UC17
AR9
RSW2
100O HM
AR4
RR12
RR11
2.2KO 2.2KOHM HM
DGND1
FSW2
UR15 100O HM
UC5
UR14 UR1 4 100O HM
UOP 15
AC5
AC6
UC12
TO THE MIDDLE BOARD
100NF
AOP9
DGND3
RSW1
AOP4
RR100 RR1
3.3KO HM
NEW CODE
E
UOP 14
UR24
AR3 100O HM
UCN
DGND1
3.3KOHM AOP3
AGND KEY1 F_LED1 F_LED2 F_LED3 F_LED4 ST5V
100NF
AQR2 330OHM 1/8W
1 2 3 4 5 6 7
KEY1R F_LED1R F_LED2R F_LED3R F_LED4R
UR100 100O HM UR1
UC6
C
UQR1 330OHM 1/8W
100O HM
100NF
100NF
AC10
100NF
100NF
AC14
UR6
UQ2
F_LED2L
B
AQ2
AC15
100O HM 100O HM
100NF
AR14 AR15
ST5VR _PW
F_LED1R
B C
DGND1
TO THE MIDDLE BOARD
E
AOP15
UR5 100O HM
UOP 6
100O HM
AOP14
UOP 5
100NF
AR10 100O HM
UR13 100O HM
100NF
AOP10
UOP 13
UC10
AR6
UQ1
UR12 100O HM
FSW3
DGND3 DGND3
AOP6
DGND3 KEY3 F_LED1 F_LED2 F_LED3 F_LED4 ST5V
UC14
AC7
100O HM
KEY3L F_LED1L F_LED2L F_LED3L F_LED4L
AQR1 330OHM 1/8W
100NF
100NF
AC12
AC11
AR5
100NF
AOP5
AC13
AR13 100O HM
100NF
AOP13
UOP 12
1 2 3 4 5 6 7
F_LED1L
B C
UR11 100O HM E
E
AQ1
UOP 11 ST5VL_PW
UP1 UP2 UP3 UP4 UP5 UP6 UP7
100O HM
100NF
AR11 100O HM AR12 100O HM
UR7
100NF
AOP12
UOP 7
UC15
AOP11
RP1 RP2 RP3 RP4 RP5 RP6 RP7
AR7 100O HM
100NF
AOP7
UOP 1 AOP1
AR1 100O HM
AOP2
AR2
AOP8
AR8
DGND1
UR1 100O HM
DGND3
UOP 2
UR2 100O HM
UOP 8
UR8
100O HM
UOP 18
UR18
100O HM
100O HM 100O HM
E
AOP18
AR18 100O HM
UQ4
UC1
UQR4 330OHM 1/8W
100NF
UC2
100NF
UC8
100NF
UR19 100O HM
UC19
AQR4 330OHM 1/8W
UC18
UOP 19
100NF
F_LED4L
B C
100NF
100NF
100NF
AC2
AC8
100NF
100NF
100NF
AC18
AR19 100O HM
AC1
AQ4
AC19
AOP19
F_LED4R
B C
E
DGND1
DGND3
WHITE LED IN THE RIGHT BOARD (USB SIDE)
WHITE LED IN THE LEFT BOARD (MIC SIDE)
MBD1
6 5 4 2 3 7 8 9 1
1UF 50V
MR4
MC3
1NF 50V
MICJK1
MP2
MP3
MIC_GND2
MIC_SIG NAL1 MIC_SENSE 1
MIC_GND2
6 5 4 2 3 7 8 9 1
MP1
MCN
220O HM
MR3
10KOHM
MC4
47NF 50V
MR9
680O HM 1/8W
MC5
MIC_SENSE1
1 2 3
M_GND M_SIGNAL M_SEN
MIC_GND2 MIC_GND2
MR1
10KOHM
1NF
MC1
50V
MR10
680O HM 1/8W
MIC_SIG NAL1 MC2
1UF 50V
MR2
220O HM
MICJK2 MIC_GND2
MIC_GND2
MIC PCB
Copyright© 1995-2013 SAMSUNG. All rights reserved.
6-3
6-4 ASC13 ASC14
DGND SGND
FB ON/OFF#
VIN
GND GND
8 7 6 5
-63V
ASR7 10KOHM
ASD1 100 100
-63V
680UH L4
DGND
VARI_PC_B
VARI_PC_A
APC21 100NF 50V
-51V
PVDD 63.5V
1 IN
-51V
B C
E
OUT OUT
GND
3
B C
MPC17 6.3V
MPQ2
47UF
M5V_PW
47UF
MPC18 6.3V
MPC3A
10V 100NF
3
MPR13
E
KST2222A-TF
100OHM
1/16W
1KOHM
OUT
MPC131/4W MPR12
GND
1/16W MPR5 1OHM
OUT
6.3V
IN
1/10W 1OHM
DGND
10V 10UF
C
MPC3
AP1117E33GZ-13-89
MIC5
MGND1
M5V_PW
22UF
B
2
AO3415AS
AP1117E33GZ-13-89
MGND1
MPR3
MPC2
MPQ1
2
P_ON2
1
10UF
D
S
MPL1
1/16W
G
ST5.3V_PW
MPR2 10KOHM
1UF 25V
MPC16
10V 100NF
MPC1A
MPR1100KOHM 1/16W
10V 100NF
MP1.35V_PW
110UF 0 UF 110V 0V
MPC14
10KOHM
MPR4
6.3V MPC9A
22UF
MPC9
MPC8
22UF 6.3V
4.7UH
10UF 25V
22UF 35V ASC24
MAX5033DUSA ASIC1
ASC23
DGND
ASR8
3.6KOHM
ASR9
R7
3.3KOHM
R2
82KOHM
1/10W
22KOHM
AOZ1051PI 1/10W
IC3
50V ASC22 47NF
33NF 16V
COMP
8 7 6 5
ASR11
EN
1/10W
SS
MPC7
MPR9
AGND
8.2KOHM
FB
NC
ASR10 12KOHM
VD
LX LX
LX
MBRS1100T3
BST
MGND1
0OHM
1 2 3 4 VIN
50V
0.01O HM
PGND
ASC20
SCN1 1 2 3 4
MPC6
RF3.3V_PW
2.2NF
1/16W
10KOHM
ST5.3V_PW
1/10W
MPR8
MPR7
1/16W
1/4W
U3.9V_PW
10KOHM
110UF 0 UF 110V 0V
MPC5
FBD1
50V 220NF
PBD6
MPC4
PBD5
110UF 0 UF 110V 0V
P_ON
ASC21
50V 220NF
R11
47KOHM
D4
1N4148WS
ASC19 100NF 50V
ASC11
D3
1N4148WS
ASR4 22KOHM
ASC12
50V 220NF
ST5.3V _PW
ASR3 ASR3 22KOHM
80V 1MF 50V 220NF
MP3.3V_PW
ASR6 ASR5 ASR5 22KOHM 22KOHM 22KOHM
50V 220NF
A5V_PW
50V 220NF
ASC10A
F12V_PW
PR2
ASC9A
80V 8 0 V 1MF 1 MF
ASC10
ASC2
M5V_PW
ASC9
80V 1MF
ASC3
50V 220NF
C3
RB551V-30 20
80V 1MF
ST5.3V _PW
ASC5 ASC5
VARI_SMP S
ASC6
12V_PW
ASR2 ASR1 50V 1.5OHM 1.5OHM 220NF
A-5V_PW
50V 50V 220NF 220NF
ASC4
ASC1
0.01O HM
1/10W 30KOHM
-VFD P_O N3 +VFD 100V 10NF
VH 10NF 10NF 100V
12V_PW
PR1
1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 100V
POWER
1/10W 82KOHM
A-5V DGND 12V VPS DGND DGND ST5.3V VH(B30V) DGND -VFD P_O N +VFD SGND4 ST5.3VT VH1T -VFD1T P_ONT +VFD1T
+63V3 +63V1 GNDV2 GNDV1 -63V4 -63V3 A-5VT SGND1 12VT VPSB
FROM SMPS
P_ONB +VFD1B
+63V +63V SGND SGND -63V -63V
GNDV3 GNDV4 -63V1 -63V2 A-5VB SGND2 12VB VPST SGNDT ST5.3VB VH1B -VFD1B
+63V2 +63V4
6. Schematic Diagram
6.4. MAIN-1 R3 1KOHM
MP3.3V_PW
DGND DGND
MPA3.3V_PW
MIC9
+63V
DGND
ASL2
DGND
VARI_SMPS
KRC106S-RTK PQ1
E
PQ2
KRC106S-RTK
DGND
Copyright© 1995-2013 SAMSUNG. All rights reserved.
6. Schematic Diagram
6.5. MAIN-2 U3.9V_PW
GCC02-0096
1 3 2
TP
DEBUG_FANET_TXD
4 5
P_ON3 TU_RDS
IR_RSTI U_OUTSW U_INSW DEBUG_FANET_RXD DEBUG_FANET_TXD TU_CLK TU_DA TU_CE TU_RST REMO_IN FAN_ON
10KOHM
DEBUG_FANET_RXD
DGND
10KOHM
48 47 46 45 UAR50 44 UAR49 43 42 41 UAR48 40 39 UAR47 38 UAR46 8 37 6 36 4 35 34 2 33
10KOHM
UR90
UAR26
10KOHM
10KOHM 10KOHM
UR3
UR33
UAR56
10KOHM
UAR57
10KOHM
10KOHM
UAR59
UAR63
UAR45
UAR62
UAR58
10KOHM 10KOHM
7 5 3 1100OHM
100OHM
100OHM1/16W 100OHM 1/16W
100OHM
100OHM 1/16W
10KOHM
UR8
10KOHM
UR7
UAR25 10KOHM
10KOHM
10KOHM
10KOHM
10KOHM
TP
TP6
U3.9V_PW
U3.9V_PW
UAR24 UAR23 UAR20 UAR22 UAR21
TP
FANETCN1
VARI_PC_A VARI_PC_B
U3.9V_PW
TP7
TP5
UAR35
1/16W 2.7KOHM
AUDIO
UAR29
1/16W 2.7KOHM
POWER
10KOHM
UAR60
50V
UC7
100O HM 100O HM 1/16W 100O HM 1/16W 100O HM 1/16W
DGND
100NF
IR_SD
Q11 2SA1979S-Y
U3.9V_PW
U3.9V_PW
R83 47KOHM UR19
EVSS0
VDD EVDD0
VSS
REGC
P121/X1
UAR38 UAR37 UAR52
10KOHM
P52
P51/INTP2/SO11
P50/INTP1/SI11/SDA11
P53
P54
P55
P17/TI02/TO02
P16/TI01/TO01/INTP5 P137/INTP0
P122/X2/EXCLK
P123/XT1
P124/XT2/EXCLKS
P41/TI07/TO07
/RESET
UAR39
UC4 UC5 UC6 DGND
V_LED7 V_LED6 FLED1 FLED2 FLED3 M_ACK M_STB M_TXD M_RXD M_RESET AUX_MIC_SEN USB_M_RST
100OHM
UAR40
U3.9V_PW
16V 100NF 16V 100NF 10V 10UF
220PF 50V 220PF 50V 1KOHM
1/16W 100O HM 1/16W
E B
C
IR_RST
IR_RSTI DGND
RESET
UR55
DBR1 UR56
1/16W 10MOHM
Q0
Q3
4
2
Q1
Q2
3
TP 1 22PF 50V
1
UC1
UC2
22PF 50V
DGND
DEBUG_RX_TX
UX2
REMOT SENSET UGND1T MIC_SIGT KGND2T VOL_UPT VOL_DNT KGND1T FLED1T FLED2T FLED3T M5V1T 6 4 2
+VFDT VHT VFD_DOT VFD_CLKT VFD_CET -VFDT ST5.3V1T
VLED5T VLED6T KEY_AD4T
KEY_AD2T
KEY_AD3T VLED4T
P61/SDAA0 P60/SCLA0
1 2 3 4 5 6 7 1/16W 8 UAR64 9 10 10KOHM 11 UC3 12 1UF 13 25V 14 15 16
P40/TOOL0
2
P140/PCLBUZ0/INTP6
U3.9V_PW
DGND
KGNDT KEY_AD1T
P15/SCK20-/SCL20
P62
P141/PCLBUZ1/INTP7
150OHM 1/16W
DAC_LINE
P14/RxD2/SI20/SDA20
P63
P00/TI00
DGND
MIC_SIG AUX_MIC_SEN
P31/TI03/TO03/INTP4
P01/TO00
F12V_PW
MGND1 1 2 3 4
P77/KR7/INTP11
DGND
UAR55 UAR41
10NF
P02/ANI17/SO10/TxD1
P76/KR6/INTP10
10KOHM
UR2
P03/ANI16/SI10/RxD1/SDA10
P73/KR3/SO01
P75/KR5/INTP9/SCK01-/SCL01
10KOHM
UAR61
10KOHM
P04/SCK10-/SCL10
32 31 30 29 28 27 26 25 24 23 22 21 20 19 18 17
DGND
UC141
P130
P72/KR2/SO21
P74/KR4/INTP8/SI01/SDA01
UAR34
VOL_UP V_LED7
CN6
P13/TxD2/SO20
P20/ANI0/AVREFP
100OHM
FLED1 EQ_IN_L
P06/TI06/TO06
P71/KR1/SI21/SDA21
P21/ANI1/AVREFM
VFD_CE P_ON2 VFD_DO VFD_CLK
REMO_IN FLED2 FLED3
P05/TI05/TO05
P70/KR0/SCK21-/SCL21
UIC1 R5F100LGAFB
P22/ANI2
P12/SO00/TxD0/TOOLTxD
P23/ANI3
P11/SI00/RxD0/TOOLRxD/SDA00
P24/ANI4
UAR33
ST5.3V_PW
P146
P147/ANI18
P25/ANI5
P30/INTP3/RTC1HZ/SCK11-/SCL11
DEBUG_RX_TX RESET
8 6 100OHM 4 2
P26/ANI6
P42/TI04/TO04
UAR32
UC151 UC161
EQ_IN_H KEY_AD2 KEY_AD3 V_LED4 V_LED5 V_LED6 KEY_AD4 +VFD VH VFD_DO VFD_CLK VFD_CE -VFD
100OHM
P27/ANI7
MGND2
SCB-1130-00-2
DGND EQ_IN_H KEY_AD2 KEY_AD3 V_LED4 V_LED5 V_LED6 KEY_AD4 +VFD VH VFD_DO VFD_CLK VFD_CE -VFD ST5.3V ST5.3V REMO_IN FLED_2 FLED_3 DGND VOL UP/DN V_LED7 DGND FLED_1 EQ_IN_L DAC_LINE_L DAC_LINE_R DGND MIC_SIG MIC_SENSE
30 29 28 27 26 25 24 23 22 21 20 19 18 17 16 15 14 13 12 11 10 9 8 7 6 5 4 3 2 1
UAR27 UAR28
49 50 51 52 100O53HM 100O54HM 55 56 57 58 59 60 7 61 5 62 3 63 1 64
P43
UCN1
100OHM
P120/ANI19
VFD_DOB VFD_CLKB VFD_CEB -VFDB ST5.3V1B REMOB SENSEB UGND1B MIC_SIGB KGND2B VOL_UPB VOL_DNB KGND1B FLED1B FLED2B FLED3B M5V1B 5 3 1
VLED6B KEY_AD4B +VFDB VHB
KEY_AD3B VLED4B VLED5B
KGNDB KEY_AD1B KEY_AD2B
IR_SD V_LED5 V_LED4 KEY_AD4 VOL_UP FAN_CHECK KEY_AD3 KEY_AD2 M_PWM_RST P_ON EQ_IN_L EQ_IN_H USB2_EN USB2_FAULT USB1_EN USB1_FAULT
P10/SCK00-/SCL00
10KOHM
UAR31
U3.9V_PW
DGND
R80
RESET 8.2KOHM
CAT853STBI-T3
3
100NF
VDD
C163
2
100NF
C6
GND
10UF
/RESET,RESET
C165
UIC3 1
DGND
Copyright© 1995-2013 SAMSUNG. All rights reserved.
6-5
6. Schematic Diagram
6.5.1. Test Point Wave Form TP1
6-6
Copyright© 1995-2013 SAMSUNG. All rights reserved.
6. Schematic Diagram
6.6. MAIN-3 FAQ2 2SA1979S-Y
E B
C B
FAR6 47KOHM
FAC1 100NF 50V
25V
FAR17
10UF FAC2
FAR15 FAQ3 2SA197 9S-Y C
1/4W 27O HM
FAR8 4.7KOHM
25V
FAC6
10UF
FAN CIRCUIT
FAQ1 SRC1203S
E
FAR7 10KOHM
C
2.2UF
FAD12
1N4148WS 75 FAR4 47KOHM
FAR9 100KOHM
10UF FAC5
FAR12 18OHM
25V
FAQ4 KST2222A-TF
E
SPK_FL 50V
FAC4
B
FAR13 47KOHM
FAR2 47KOHM
75
FAD11 1N4148WS FAC3
FAN_ON FAN_CHECK
12V_PW
FAR16
SPK_FR
2.2UF 50V 50V
FAR14 47KOHM
2 1
FA3 FA1
5267-02A-X
FACN1
1/4W 27O HM
FAR1 10KOHM
AUDIO
1/4W 27O HM
E
C
FA2
B
FA4
FAR5 3.3KOHM
POWER
FAR3 47KOHM
DGND
AR4FL 43KOHM
S/W_L
FRONT_ R AR2FL 2.7KOHM
AR1FR 8.2KOHM
AC1FR 10UF 6.3 V
AR2FR 2.7KOHM AR4FR 43KOHM
DAC_FL
AR5F AR5F 10OHM
FILTER
AC5F AC5F 100NF
AFIC1
BA4560F
5 6 7 8 IN2+ VEE IN2IN1+ OUT2 IN1VCC OUT1
AR3FR 1.2KOHM
AC6F 100NF
DGND
4 3 2 1
AR6S 10OHM
1.5NF
DGND
DGND
AC4FR
1.5NF
BA4560F AC6S 100NF
A-5V_PW
4 3 2 1
AIC1S
IN2+ VEE IN2IN1+ OUT2 IN1VCC OUT1
5 6 7 8
AC5S 100NF
AC2FL 50V
AR3FL 1.2KOHM
AC4FL
DAC_FR
A5V_PW
DGND
AR6F 10OHM
AR1FL 8.2KOHM
50V 120PF
AR5S 10OHM
4.7NF 50V
AC4SL
AC3SL 1.5NF 50V
AC2SL 1.5NF 50V
AR3SL 1.2KOHM
AC1FL 10U 10UFF 6.3V
A5V_PW
50V 120PF
AR4SL 43KOHM
AC3FL 1.5NF 50V
AR2SL 2.7KOHM 2.7KOHM
AC3FR 1.5NF 50V
AR1SL 8.2KOHM
AC2FR 50V
AC1SL 10UF 6.3V DAC_SWL
A-5V_PW
TU_RDS
FRONT_ L
SPEC 4702
TUR9 0 O HM
1204-003347
AM
4730 O MIT
1204-003345
RDS
4705
Copyright© 1995-2013 SAMSUNG. All rights reserved.
OMIT
O MIT 0 O HM
NR01 FMJ1 0 O HM USE OMIT OMIT OMIT
USE
TUC10
TUR2
TUNER_L TUNER_R 10UF 10V
TUR4
33KOHM
33KOHM
22PF
22PF
TGND
TUC2
100OHM
TUC3
TUC12
100 OHM
MPA3.3V_PW
3 5 7
TUC20
TUC21
ADJ15
0.01O HM
TGND
ADJ14 ADJ13
47UF
0 UF 110V 0V 6.3V 110UF
47UF
TUC13
TUC14
TGND 1
6.3V
TBD1 10UF 10V
3 5 7
TUR17 100OHM 1
3
Q2
TUR1
TUC9
10UF 10V
TUR3
DFS
TU3.3V_PW
2 4 6 8
TUR18 0 O HM
Q1
4
Q3
222PF 0V 2 P F 550V
TGND
TGND
OPTION FM
VDD
VIO
RCLK
SDIO
6 7 8 9 10
SCLK
TGND
ADJ12 ADJ11
2 4 6 8
ADJ1 ADJ2
TUR16 10KOHM
TGND
TU_RST TU_CE TU_CLK TU_DA
4730 US E
2 TUC18
FMRF
Q0
22PF 50V
FM_RDS 0OHM
12
TUR18
AM_G 470NF 25V
AM
TVT2
3711-000898
1
AM
TIC1
100OHM
GND
/RST
TUC19
AM
TUC15
1204-002700
GPO3/DCLK
ROUT
LPI
MC-146(32.768K HZ,20P PM) TUX1 32.768HZ
AM ONLY
AM_S
3 2 1
LOUT
RFGND
TGND
ANT1
TUR9
15 0OHM 14 13 FM 12 11
DOUT
10UF 10V
FMI
/SEN
TL1
TUC17 2PF 50V
NC
GPO2/INT-
NC
SI4705-D60-ZM0R
MGND1GPO1
1 2 3 4 5
100NH
12
TVT1
MGND2MGND1 MGND2 MGND1
TUC16 68P F
NR01 0OHM FM
TUR7
10KOHM 1/16W
TIC1 FMRF
1
MGND3
20 19 18 17 16
AM
TUR6
FM_S
FMJ1
TUNER
TU3.3V_PW
OPEN
DGND
TGND
6-7
6. Schematic Diagram
6.7. MAIN-4 RF3.3V_PW
POWER RFR3 10KOHM
MP3.3V_PW
RFR16
4.7KOHM 100NF MC77
TP1
TP2 R19 10KOHM
FWD
220PF
MVD6
MVD5
AUC5L
47KOHM
AUC5R
AUR7L
GCC02-0096
TP8
MVD3
MVD4
AUC4L
CDVR
220PF
47KOHM
AUC4R
AUR5L
220PF
AUR5R
BIAS
TRB_2 OPOUT VINLD
REV
GND
Vcc1
VCTL
VOTR-
OPIN
VOSL+
VOLD-
VOSL-
VOLD+
VOFC-
VOTK-
VOFC+
VOTK+
MGND2 VOTR+
Vcc2
28 27 26 25 24 23 22 21 20 19 18 17 16 15
SW(CD/DVD)
RFR30 10KOHM
22OHM
RFR32A TRACK
RFR42 1KOHM
RFR4 5 39KOHM SPINDLE RFR4 4 1KOHM
OPOUT RFR39 1.2KOHM
RFR38 10KOHM
DCMO-
DGND RFR37 3.3KOHM
TRACKTRACK+
DCMO+
RFR36 2.2OHM
10UF
USL1
REGO1
M5V_PW
RFR3 5 2.2OHM
220UF RFC20
RREF
6.3V 6.3V
10V
10V
C130
USC22 USC21
100NF
47UF 47UF
USB2_EN
VINSL+
MUTE
VINTK
DGND
C129
4
REGO2
DGND
1/10W
ST5.3V_PW
5
TRB_1
RFR4 6 1KOHM
RFR41 27KOHM
100NF MC76
DQM DWE# CAS# RAS0# CS0# RAS1# RAS2# MA10 MA0 MA1 MA2 MA3
DB7
V33
V5
SDA
14 13 12 11 10 9 8
AVDD
DP2
USB_DM USB_DP
SLEDSLED+ FOCUS FOCUS +
VINFC
M5V_PW
DRV
RFIC1
1 2 3 4 5 RFR3 4 6.8KOHM 6 7 8 9 10 11 12 13 14
RFR4 7 3.3KOHM
RFR43 22KOHM
100NF MC75 DB5 DB6
DB3 DB4
DB1 DB2 OVCUR1#
PGANG
OVCUR2#
MGND1
DM2
10V 100NF C128
EN/EN#
AVDD
DGND
USR2A620OHM
/FLT
DM4
C124 15PF C127 15PF
GND
IN
DP4
R22 10KOHM
OUT
RESET#
USX1
TPS2069CDBVR USIC3
1 2 3
DP1
1 2 3 4 5 6 7
A411433E12M 12MHZ
USR910KOHM
10V
USCC6 50V USC13 1NF
4.7UF
16V 10NF USCC7
DGND
DM1
TEST/SCL
0
USB5V2_PW
USB2_DP
USC20
MGND2
100NF 10V
USB2_DN
100NF 10V
4
1 2 3 4
USD2
3
10V 4.7UF USC19
2
USB5V2 DN2 DP2 DGND1X
1
MGND3
DP0
OVCUR4#
X1
MGND1
DM0
OVCUR3#
X2
C118
DVDD
DM3
USC16
USB5V1_PW
21 20 19 18 17 16 15
AM5766
RFR3 3 22KOHM
RFC18
USBJK1
0
USB5V1 USB5V3 DN1 DN4 DP1 DP4 GNDX DGND4X
MGND2
10V 1UF
USB1_DP
DA
100NF 10V
CLOSE OPEN
MP3.3V_PW
USIC
DP3
4
PSELF
3
GL852G-31
USB1_DN
AVDD
2
1 2 3 4
USD1
MGND3
DGND
RFR4 8 33OHM
RFC2 1
SLEGN
22 23 24 25 26 27 28
MGND1
M5V_PW
DGND
DGND JB020024AZ
R18 10KOHM
USB5V2_PW
100NF 10V
USB1_FAULT
C126
USR4
USBJK2
1
USR3
33OHM
4 2 3 1
AUX2_LI AUX2_RI
FOCUS
4.7KOHM
USB_M_RST
4 5
RFR40 1MOHM
100NF DB0 10KOHM
USR1
USR2
USR8 10KOHM
10KOHM
USB1_EN
1/16W
4
4.7KOHM 1/16W
USB5V4 USC17 DN3 10UF DP3 10V USC18 DGND3X 100NF USR7 10V
5
EN/EN#
AJK1 1 3 2
AJK
M12L128168A-6TG2N
100NF
USC12
USCC4
1NF 50V
10V 4.7UF
USCC5
10NF 16V
RFGNDT OUTSWT INSWT SLED_PT SLED_NT DCMONT DCMOPT
/FLT
47KOHM
54 53 52 51 50 49 MC79 48 47 46 45 44 43 MC78 42 41 40 39 38 37 36 MR54 35 4.7KOHM 34 33 32 31 30 29 28
AUR4L
220O HM
DGND
IN
220PF
TP4
220O HM
ST5.3V_PW
GND
AUR7R
MA11 MA9 MA8 MA7 MA6 MA5 MA4
DQM DSCK
DB8
DB10 DB9
DB12 DB11
100NF
AUX_L
TPS2069CDBVR USIC2 OUT
DGND
AUR4R
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
MP3.3V_PW
OUTSW R9
1 2 3
47KOHM
RFR18
RFR20 1MOHM 100NF 10V
RFR22 3.3KOHM
AUR6L
AUX2_LI
DGND
MIC2
DGND
EMULATOR OPTION
100O HM C5
C4
AUX2_L
VSS DQ15 VSSQ DQ14 DQ13 VDDQ DQ12 DQ11 VSSQ DQ10 DQ9 VDDQ DQ8 VSS NC UDQM CLK CKE NC A11 A9 A8 A7 A6 A5 A4 VSS
6 5 4 3 2 1
SPI_CS3 SPI_CLK SPI_DI SPI_DO
INSW 16V 100NF
AUX2_RI 220O HM
VDD DQ0 VDDQ DQ1 DQ2 VSSQ DQ3 DQ4 VDDQ DQ5 DQ6 VSSQ DQ7 VDD LDQM /WE /CAS /RAS /CS A13 A12 A10/AP A0 A1 A2 A3 VDD
RFGNDB
AUR6R AUX2_R
AUX_R
CN2
DGND
6-8
DCMO-
RFR2 5 10KOHM
MGND1
DON`T S MAP BANK2/3 MP3.3V_PW
50V 100PF 50V 100PF 50V 100PF 50V 100PF 50V 100PF 50V 100PF 50V 100PF
U_O UTSW
USB5V1_PW
DB14 DB13
DB15
1
100NF 16V
GND D+ D-
SMAP BANK2/3
U_INSW DGND
DCMO+ DCMOSLEDSLED+
RFR2 4 680OHM
STRAP OPTION
0
3.3VV5
RFT8T RFT9T RFT10T RFT11T RFT12T RFT13T
OPEN SPI_CS3
100O HM
1 2 3 4 5 6 7 8 9
DCMO+ RFR2 3 10KOHM
220O HM
R8
SP+ SPSLSL+ INSW
MOCTL
DGND
100NF
CDLDO MPD 50V CDVR 100PF EMC4 EMC5 EMC6 EMC7 EMC8 EMC9 EMC10 EMC11
RFR1 7 1KOHM
RFR19 18KOHM
MVREF
RFR5 47KOHM
10V
50V 100PF
DGND
MR66 10KOHM
RFT1 RFT2 RFT3 RFT4 RFT5 RFT6 RFT7
DGND
RFC6 1NF
RFT16T
PUHRF
EMC1
A D C B FOCUS + TRACK+ TRACKFOCUS SW(CD/DVD)
RFT1T RFT2T RFT3T RFT4T RFT5T RFT6T RFT7T
DCMOP DCMON SLED_N SLED_P INSW OUTSW
RFCN2
SN358
50V 33PF
EMC3 10V 4.7UF
8 7 6 5
OUT1 VCC IN1OUT2 IN1+ IN2GND IN2+
MC74
RFC2
CDLDO
LOG_TXD
RFIC2
1 2 3 4
RFD2
RFCN1
RFT16 RFT19T
RFT19 RFC1 330U F 16V 330UF
LOG_RXD
1N4148WS 75
23 22 21 RFR26 20 19 18 17 16 15 14 13 12 11 10 9 8 7 6 5 4 3 2 1
VCC_5V RF DVD_LD DVD_MPD DVD_VR GND VREF VCC F E A D C B F+ T+ TFSW LD_GND CD_LD CD_MPD CD_VR
5 4 3 2 1
CDLD
100NF RFC7
DGND
1/10W 0OHM
MMBT2907ALT1
RFT8 RFT9 RFT10 RFT11 RFT12 RFT13
RFCC3 RFCC2 RFCC1
RFT20
100N F 10V 100NF 10NF 16V 11NF NF 550V 0V
RFC5 1NF
RFT20T
B C
22KOHM RFC17
RFR4 220OHM
E
10022HS-05C
RFQ1 M5V_PW
M5V_PW
2.2KOHM
RFC1 6 100NF 10V
MCN2
RFR21
RFC4
10UF
RFR2 10OHM RFC3 10UF
RFR1 10OHM
AUDIO
DGND USB2_FAULT
Copyright© 1995-2013 SAMSUNG. All rights reserved.
6. Schematic Diagram
6.8. MAIN-5
DAC_O1R
REFD
DAC_O3R
AVD33
DAC_O3L
AVS33
VS33ADAC
DVCC
VD33ADAC DAC_O2R
VSS
DAC_O2L
VDD USB_ VDDA
DAC_O1L
ES8396SCD-GSWD
USB_ RREF USB_ VCCA
VD33 CDAC
MIC1
USB_ DM
YDAC
USB_ DP
VS33VDAC
USB_ AGND
VD33VDAC VDAC
VD33 DMA[4]
UDAC
DMA[5]
PAD_RSET
VDD
PAD_COMP PAD_REF
SYSCL K
VD33
VSS
VS33
DMA[6] MDA[7]
VID_XI
VD33
VID_XO
VS3 3
VS33
DMA[8]
MCLK VSS
DMA[9]
VDD
DMA[11]
OP[7]
DMA[3]
OP[6]
VDD
OP[5]
DMA[2]
VS33
DMA[1]
VD33
DMA[0]
33OHM MR67 33OHM 3 3OHM
MR29 MC21 MC20
5.25
141.75
1
0
1
5.75
155.25
1
1
0
6.0
162
1
1
1
5.5
148.5
CLK SOURCE
S_L
CRYSTAL
0
NORMAL MODE
1
DCLK INPUT
1
TEST MODE
M_RXD
OTP
M_PWM_RST
0
NORMAL MODE
1
TEST MODE
M_RESET
DGND
S_P_OPTION
0
MR61 2.2KOHM
MR60 2.2KOHM
MC89 220UF
MC18 27PF
10UF MP1.35V_PW
MC16 100NF
MC15 100NF
MR27 33OHM
MC17 27PF
MP3.3V_PW
MR14 1KOHM
MR12 1KOHM
M_STB I2C_WP
MR11 1KOHM
M_ACK 30 BAT54C
MP3.3V_PW
MD4
3.3V4
123
M_TXD
MP3.3V_PW
MR37
MIC4
MP3.3V_PW
SPI_CS SPI_DI
1 2 3 4
/CS VCC DO /HOLD /WP CLK GND DI
1/16W 820O HM
8 MC81 7 100NF 6 5
BT_RST
MP3.3V_PW
MR22 33OHM
CS3
DO CLK
0
0.75 MBD1
DI CS DGND4
0
100NF
390OHM 100NF 100NF
MC19
100NF
135
1
100NF
MC22
W25Q64FVSSIG
MC14
128.25
5.0
10UF
4.75
1
DAC_SWL
MC28
MR30
MR23
0
1
PWM_AM
CB2012UA300T ML3 UNDEFINED
SPI_CLK SPI_DO
2.2KOHM 1/16W DGND
DGND
SPI EMULATOR SPI_CS SPI_CS3
SPI_CS FLASH SPI_CS3 EMULATOR
MP3.3V_PW
MR16
1KOHM
MR18
1KOHM 1KOHM
MR20
MR80 10KOHM
1
0
1 2 3 4 5 MR9 33OHM 100NF 6 DSCK 7 MR10 33OHM MC6 8 DQM MC7 9 MC5 10 15PF 1 2 11 DB7 100NF 4 3 12 DB6 5 6 13 DB5 1/16W 7 8 14 DB4 33OHM 15 MARR2 1 2 16 DB3 4 3 3 17 DB2 6 5 5 18 DB1 7 8 19 DB0 MC8 20 33OHM MARR3 1/16W 2 1 1 21 3 4 22 6 5 100NF 23 8 7 24 MC9 25 33OHM MARR4 1/16W 26 1/16W 1 133OHM 2 27 DB12 100NF 3 4 28 DB13 6 5 29 DB14 8 7 30 DB15 31 MARR5 32 LOG_RXD 100NF 33 LOG_TXD 34 35 MC10 36 37 MC11 38 39 40 100NF 41 42 I2C_SCL 43 I2C_DAT 44 45 MR24 46 SPI_CLK 390OHM 47 MR25 33OHM 48 SPI_DI 49 MR26 SPI_DO 33OHM 50 51 52 53 10KOHM 54 MC13
0
MC35100NF
PWM_AM1
2 4 6 8
121.5
MC3410UF
DAC_FR
MR82
1 3 5 7
4.5
CS0# RAS0# CAS# DWE#
1
MARR1
0
33OHM 1/16W
0
PLL3 PLL2 PLL1 PLL0
DB11
N/A
DB9
BYPASS
MR36 4.7KOHMMC36A10UF
DAC_FL
ML1
DB8
FRE P
0
PL3
PLL0
MR78 4.7KOHM MC3610UF
MC37
0OHM
VS33PLL
VD33PLL
SPDIF_OUT
VDD
SPDIF_IN
SPI_DO
SPI_DI
VSS
SPI_CLK
SPI_CS3
SPI_CS2
AUX[0]
AUX[1]
AUX[2]
RESET_B
VS33
VD33
AUX[3]
AUX[4]
AUX[5]
VDD
AUX[6]
AUX[7]
MP1.35V_PW
VSS
OP[0]
DB[15]
DCS1 _B DB[14]
OP[1]
DB[12]
DRAS1 _B
VS33
DRAS2 _B
OP[2]
DB[13]
OP[3]
VD33
OP[4]
VSS
DB[11]
DMA[10]
DAC_LINE MR83
100NF
CDPD
MPA3.3V_PW
1/10W
100NF
LINE_OL
AUX_R AUX_L TUNER_R TUNER_L AUX2_R AUX2_L
MC26
LINE_OR
TRO
10UF 10UF 10UF 10UF 10UF 10UF
MC24
VD33AADC
SLO
MC33 MC32 MC31 MC30 MC87 MC88
DGND
1/10W 22OHM ML8
MX1 27MHZ
LINE_IN_L1
FOO
4.7KOHM 4.7KOHM 4.7KOHM 4.7KOHM 4.7KOHM 4.7KOHM
MP1.35V_PW
MR28 100KOHM
LINE_IN_R1
DMO
100NF
VD33
SR[03]
SR[04]
SR[05]
SR[06]
SR[30]
SR[27]
SR[26]
SR[25]
SR[24]
SR[21]
SR[23]
SR[20]
SR[22]
OP[12]
SR[36]
SR[35]
SR[34]
SR[33]
SR[31]
VSS
SR[13]
VD33
SR[14]
SR[15]
VDD
SIN
VD33
VS33
SOUT
SR[32]
SLV
DB10
MULTI
0
MD1
PLL1
0
100NF
100NF
MC39
MC41
MR39 AMPSTBY
CLOSESW
CLOSE/VOBS1
OPENSW
OPEN/VOBS
MP
VPB
VGB
DB
MB
TE
FE
PI
REX
V165O
DVDLD
VBO
CDLD
DVDPD
AGC2
AGC1
LINE_IN_L2
MR35 MR34 MR33 MR32 MR68 MR69
MP3.3V_PW
PLL2
MC80
MR81
2.2KOHM
100NF 100NF
100OHM
MC40
100NF
33OHM
1 1/16W MR70 2 3 4 5 6 7 8
MR42 MC49
MC45 MC44 MC43
4.7NF 1NF 150NF
MC42
10UF
MC48 10KOHM 22NF
100NF
1NF 100PF MC52 MC51
MIN
DB[10]
MR53 33OHM
LINE_IN_R2
DB[9]
S_P_OPTION OTP
H
DB[8]
RAS2# RAS1#
LINE_IN_L3
VDD
MR52 33OHM
LINE_IN_R3
G
DB[0]
MC73 100NF
VDDAADC
F
DB[1]
MA2 MA1 MA0 MA10
MC72 100NF
E
DB[3]
100OHM
MIC_L
DB[2]
MC71 100NF
MA6 MA7 MA8 MA9 MA11 MA3
DGND
MR51
OPOUT
D
VSS
MA4 MA5
MIC_R
DB[4]
PLL0 PLL1 PLL2 PLL3 OTP S_P_OPTION
MC70 100NF
VDD
C
DB[5]
MR8 4.7KOHM
4.7KOHM
MR4
USB_DM USB_DP
MR6 4.7KOHM
MC4 15PF
MR3
4.7KOHM
MC3 15PF
MR2
4.7KOHM
4.7KOHM
MC1 15PF
MC2 15PF
MR1
DGND
SR[00]
DB[6]
MP3.3V_PW
108 107 106 105 104 103 102 101 100 99 98 97 96 95 94 93 92 91 90 89 88 87 86 85 84 83 82 81 80 79 78 77 76 75 74 73 72 71 70 69 68 67 66 65 64 63 62 61 60 59 58 57 56 55
VSS SR[02]
VS33AADC
DB[7]
MC68 MC67 100NF 100NF MC69 100NF MR50 7.5KOHM
I2C_WP I2C_SCL I2C_DAT
MIC_SIG
B
VS33
MP3.3V_PW
33OHM 33OHM 33OHM
MP1.35V_PW
A
VD33
MPD
MP3.3V_PW
DRFP
DQM
MR46 1KOHM MR48 1KOHM
MC66 100NF
10UF MC65
MP3.3V_PW
10NF
MC64
MC63 470NF
MC61
MC62 10NF
470NF
MR45 1.2KOHM MR47 1.2KOHM MR49 4.7KOHM
DGND
SR[01]
VDD
100NF MC60
MIN SPINDLE FOCUS SLEGN TRACK
8 7 6 5
VCC /WC SCL SCL SDA
NC NC E2 VSS
MR58 MR57 MR56
DRFN
DSCK
EMC2
VGA
VSS
50V 100PF
VPA
DWE_B
BTC8 BTC9 BTC10
BTC3
BTC4 BTC5 BTC6 BTC7
PUHRF
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
DCAS_B
100NF MC57
MC58 680P F A B C D
MR43 10KOHM
MC50 10PF
BT_TXD BT_RXD
1 2 3 4
MR59 2.2KOHM
MIC3
162 161 160 159 158 157 156 155 154 153 152 151 150 149 148 147 146 145 144 143 142 141 140 139 138 137 136 135 134 133 132 131 130 129 128 127 126 125 124 123 122 121 120 119 118 117 116 115 114 113 112 111 110 109
100NF MC56
SPNN
BT_RST
12PF 12PF 100NF 10PF 10PF 10UF 100NF 47UF
DGND
MC5510UF
SPNP
BT_TXD BT_RXD
DRAS0_B
33O HM 1/16W 33O HM 1/16W
DCS0_B
BTR3 BTR4
MC59 100PF
I2C_DAT I2C_S CL
50V 16V 50V 50V 10V 16V 6.3V
33O HM 1/16W 33O HM 1/16W
33O HM 1/16W
MC53
RF3.3V_PW
BTR1 BTR2
BTR5
MR44 470KOHM
10UF MC54 MP3.3V_PW
50V
12507HS-H10M1
10 9 8 7 6 5 4 3 2 1 MGND1
BTBD1
MGND2
BT
BTCN2 BT1_DGND1 BT_SPI_CLK1 BT_SPI_DO1 BT_DGND1 BT_DGND BT_SPI_DO BT_SPI_CLK BT1_DGND BT_TXD BT_RXD BT_3.3V BT_RST BT_TXD1 BT_RXD1 BT_3.3V1 BT_RST1
MP3.3V_PW
MP1.35V_PW
DRV
RF3.3V_PW
CLOSE OUTSW
MIN DA
MPD MVREF CDLD
MOCTL
AUDIO
OPEN INSW
MP3.3V_PW
POWER
SPI_CS2
MR79 33OHM
Copyright© 1995-2013 SAMSUNG. All rights reserved.
6-9
6. Schematic Diagram
6.9. MAIN-6 POWER AFT05 IRF677 5MTRPBF
AUDIO
1
100K OHM
+63V
UNDEFINED
AD15L
AFT06 IRF6775M TRPBF IRF67 75MTRPBF
250V
250V
FR
250V 250V
AR107L
1/4W 1.2KOHM
+
-
-
-
MGND1 +
AC75L2A AC75L3A 100NF 100NF 100NF 100NF
AR108L
1.2KOHM 1/4W
AC75L AC75L1A
10OHM
10NF
1W
AC76L 100NF 250V
10NF
AC16A
AD18L
C1AL
AR103L
+
10NF 100V
10NF 100V
10NF 100V
2
AC101A
10NF 100V
AC102
100V 10NF
DGND
AC103
100V 10NF
AC102A
1
AR93
AC103A
ALL USE
7 6 5 4
3
+
1
1 2
10OHM 1/10W
+
-
SPKJ 1
AC101
8.2K/3.3K: 65NS 5.6K/4.7K:40NS
SPK_TWR SPK_FR
SPK_FR SPK_SW
+
-
GCD01-0133
47KOHM
AR109L
20KOHM
D2L
50V 220NF
AC73CL
AR105L
1SR154-400TE25
50V 220NF
AC73BL
AEMC5L
100V 10NF
100NF
AC73L AR75L
-63V
UR101
AC17A
3 ALD2L
C1L
AR94L
7 6 5 4
+
-
2
220OHM
10KOHM
AR90L 8.2KOHM
AR87L
AD14L
1 2
AR93L
AR106L
1N4148WS
CSD 1N4148WS
AR97L
AR95L
10OHM
220NF 50V
IR_SD2
12 8 4 3 7 11 10 6 2 1 5 9
SPK_FL SPK_TWL
SPK_FL
SPK_FL
AFT10 IRF6775M TRPBF
10OHM 1/10W
AR92L
UNDEFINED
SPEAKER
AL4
82KOHM 50V 1/10W 220NF
DT
DCP
DBF-2022A
AR104L
COM COM
OCSET
1/10W 10OHM AR102L
56KOHM 1/10W
VREF
3
AEMC6L
LO
ES1D-13-F
7 6 5 4
10NF
VSS
1 2
100V
VCC
AFT09 IRF6775M TRPBF
AR101L 3.3OHM
1OHM
VS VS
CSD
AD16L
AC72LB AC72LA AC72L
COMP
4.7KOHM
HO
AR91L 3.3KOHM
AD10L
VB
IN-
1/10W 3.9KOHM AR89L
4.7OHM
AC69L 100NF
AC67L
DGND
AR86L
10UF 10V
A-5V_PW
CSH
GND
AR88L
AR85L
4.7OHM
VAA
-51V
AR100L 3.3OHM
10UF 25V 10UF 25V 10UF 25V
1NF
16 15 14 13 12 11 10 9
6.8KOHM
220O HM 1/10W
1 2 3 4 5 6 7 8 10UF 25V AC70L
1NF
AC65L
AC68L 100NF
AR84LA
AC66L
A5V_PW
AC63L
AC71L
AC64L
10KOHM
3.9KOHM 1/10W
AIC4 IRS2092STRPBF
1NF
1/10W
AR83L
47KOHM
ALL USE
10UF 25V
AR81L
AR98L
BAV20WS-V
AR96L
AR99L
12KOHM
AC62L
3
AR102A
AR80L
100P F
PWM_AM1
AR82L
1/10W 1.8KO HM
AC61L
1 0 UF 110V 0V 10UF
FRONT_L
7 6 5 4
2
10OHM 1/10W
220OHM: 384KHZ
27KOHM 27KOHM
10UF 10V
DGND
PROTECTION
10OHM 1/10W
1 2 3
7 6 5 4
APD2
5.1
47UF
47NF
APR15
1/10W 75KOHM
APC3
250V 250V
250V
A5V_PW
APR25
APC5
APR20
PRF21BB471QB5RA APR17A
250V
1N4148WS SBT42
-63V
3.3KOHM
SPK_FR
27KOHM
APR14
APD5
36
APD3 APD4 APR13
E
47KOHM
SBT42
OVER/UNDER VOL TAGE PROTECTION
E
B C
22OHM
APD10
APQ5
MMBTA92
DGND
APQ7 APR26
E B C
6.8KOHM
2SA1980S-Y
CSD
ALL USE A-5V_PW
DGND
IR_RST
APR24A
C B
10KOHM
APQ6
E
MMBT2222A
AR22A A-5V_PW
6-10
36
22KOHM 1/10W 22KOHM 1/10W
5.1
APRR10
10KOHM 47KOHM
APRR7
APRR9
APRR7A
APQ4
C B
E
12KOHM 1/10W A-5V_PW
AR30
1.2KOHM
47KOHM
CSD
10KOHM C
B
APRR6
12KOHM 1/10W
APRR4
APQ3
DGND
2SA1980S-Y
DGND
AR31
100NF 1/4W
AC25
1/4W 1.2KOHM
10OHM
AC16
10NF
APRR10A
APRR2 C
10KOHM 1/10W
APRR1
1/10W
8.2KOHM
APC1
6.3V 22UF
E
B
AR29
20KOHM
1/10W 47KOHM
APQ2
10KOHM
8.2K/3.3K: 65NS 5.6K/4.7K:40NS
A-5V_PW
APRR11
APR24
2203-007598 AFT04 IRF6775MTRPBF
220OHM
AR28
-63V
AC17
3 AOP1
UR101
APRR8 APD1
APRR3 1SR154-400TE25
AR27
AC12
220NF
D6
AC21
220NF
AC20
7 6 5 4
10NF
AR23
10KOHM
10UF
AR11
8.2KOHM
AC11
10UF
1 2
47KOHM
KTC3875SS-BL
47NF
AR8
AR22
APRR5
APC4
UNDEFINED
DCP
AC242A AC243A 100NF 100NF 100NF 100NF
AD2 1N4148WS
DCP
AC24 AC241A
1N4148WS
AR9
IR_SD2
6.8KOHM
UNDEFINED
AR10
D5
1/10W 3.9KOHM
4.7OHM
AC10
100NF
10UF
AC9
AC7
DGND
AR7
AFT02 IRF6775MTRPBF
2SA1980S-Y
APR27
AR16 10OHM 1/10W
C
10KOHM
E
AL1
1SR154-400TE25
DT
C B
B
A5V_PW
AD4
OCSET
APQ1
1/10W 100K OHM
DBF-2022A
220NF
COM COM
1/10W 10OHM AR21
AC22220NF
VREF
3
ES1D-13-F
AC23
LO
AR26
VS VS VCC
VSS
7 6 5 4
82KOHM
HO
CSD
1 2
3.3OHM AR20
1/10W
COMP
D13
AR110
IN-
16 15 14 13 12 11 10 9
1OHMAEMC1100NF 1 00NF
VB
10OHM
A-5V_PW
CSD
CSH
GND
AEMC2
100NF
10UF
4.7OHM
AC8
AC6
AR6
VAA
AFT01 IRF6775MTRPBF
1/10W 10NF 56KOHM
1 2 3 4 5 6 7 8
1NF
10UF 10UF 10UF
AC5
1NF
AR12
A5V_PW
AR5
220O HM 1/10W
-51V
3.3OHM AR19
AC26B AC26A AC26
AC3 1NF
4.7KOHM
AIC1 IRS2092STRPBF
AC4
ALL USE
BAV20WS-V
AR24
AR14
47KOHM
AR13
12KOHM
3.3KOHM
100P F
27KOHM 1/10W
PWM_AM
D12
10NF
1/10W 3.9KO HM
27KOHM
AR4
AR17
AR2
+63V
AR18
100K OHM
AC2
AR21A
AR3
AR1
1.8KO HM 1/10W
10KOHM
10UF
AR15
AC1
FRO NT_R
DC-PROTECTION
7 6 5 4
3
APRR12 E
AQ7
1N4148WS
1 2
10OHM 1/10W
DGND
-51V
22KOHM 10KOHM 1/10W
AFT03 IRF6775MTRPBF
220OHM: 384KHZ
A5V_PW
THERMAL PROTECTION AMP_RESET
Copyright© 1995-2013 SAMSUNG. All rights reserved.
6. Schematic Diagram
6.10. MAIN-7
JS5500 OPTION
POWER AUDIO
1/10W
SWR105
47KOHM
SWR109L
20KOHM
SWD2L
1SR154-400TE25
SWC1L
50V 220NF
SWC2L
50V 220NF
100V 10NF
SWEMC3L
AC73A
1OHM
SWR107L
100NF 100NF 100NF 250V 250V
SWC79L
1/4W 1.2KOHM
SWR108L
1.2KOHM
SWC76L 100NF 250V
SWC16A
10NF 10NF
SWC17A
1/4W 100NF SWC75L SWC77L 250V 250V SWC78L
-63V
SWR106L
UR101
SWD18L
3 ALD2
50V 50V 220NF 220NF SWC1LA SWC1AL
7 6 5 4
SWEMC4L
1 2
100V 10NF
AR94
AR93A
AFT08 IRF6775MTRPBF
82KOHM 1/10W
AR98
AR99
10KOHM
AR97
AR95
250V 100NF AR75
AL3
SPK_SW 10OHM 1/10W
10KOHM
AC71
AR90 8.2KOHM
DBF-2022A
56KOHM 1/10W
DT
AC72B AC72A AC72
LO COM COM
AR103
OCS ET
1/10W 10OHM AR102
DCP
25V
VREF
7 6 5 4
1 2 3
25V
VSS
VS VS VCC
25V
CSD
ES1D-13-F
10UF 10UF 10UF
COMP
16 15 14 13 12 11 10 9
AFT07 IRF6775MTRPBF
10OHM 1W
1N4148WS
HO
10UF 25V
UNDEFINED
VB
IN-
AR101 3.3OHM
AR104
AC770
DGND
AD10
AD20
1NF
220OHM
MBRS1100T3 100
B E
AR65
C
DGND
AR86
4.7OH M 100KOHM
2SA1980S-Y
AQ2
C
CSH
GND
AD16
AR92
AR89
B
AR66
AC67
E
SRC1203S
VAA
-51V
AR100 3.3OHM
10OHM
AR88
A-5V_PW
6.8KOHM
4.7OH M
1/10W 3.9KOHM
AR85
ALL USE
1 2 3 4 5 6 7 8
1NF
AC66
AR64
47KOHM
AQ3
AC65
270O HM
1NF
AC70
A5V_PW
AR91 3.3KOHM
AR84
4.7KOHM
1/10W
AC63
IR_SD
AIC3 IRS2092STRP BF
1NF
ALL USE
BAV20WS-V
1/10W
47KOHM AC64
+63V
AD15
27KOHM 27KOHM
AR83
12KOHM
10UF 25V
100P F
3.9KOHM AR96
AR81
AC68 100NF
PWM_AM2
AR80
110UF 0 UF 110V 0V
AC62
270OHM: 400KHZ
100K OHM
AC69 100NF
AC61
AR82
1.8KO HM 1/10W
110UF 0 UF 110V 0V
10V 10UF
S/W_L
CSD
AD14
1N4148WS
AR87
220OHM
8.2K/3.3K: 65NS 5.6K/4.7K:40NS
2203-007598
ALL USE
DGND
IR_SD2
Copyright© 1995-2013 SAMSUNG. All rights reserved.
6-11
6. Schematic Diagram
6.11. SMPS-1 DS94 2
DS941C SB2100
8
L1N4148WT1G RS949
QS 941 S TC403L
RS943 NC
RS944 1KRF B+12V
RS948
±VFD(2V) Block 7
+VFD
10KRF 3216 B31V(VH)
RS947 10KRF 3216
+
430RF 3216
+
RS945 CS941 25V 470uF RD
CS944 0.22uF 25V
ZDS 941 LMSZ5221B(2.4V)
0RF 321 6
CS943 10V 470uF MK CS945 0.22uF 25V
ZDS 942 SDZ 3V0G(3V)
-VFD
S-GND
TS 801CS EE2525W 3324110241ND L : 300uH ± 7%
FS 801S T2AL_250V
5
RS804 2W 100KR(R-TYP E)
B30V Block
CS806 630V 10nF (BOX TYPE ]
QS 932 L2N7002K
RS932 100KRF
+
CS931 100V 33uF MK
7
B-5V Block
2
8
DS803 US1M
QS 922 KTN2907AS RS927 100KRF
RS922 2KRF
RS924 5.1KRF
1
CS 807 50V 22uF WL
ICS 911 S N278R12P I CS 914 1KV 470pF(R)
N.C
CS 805 0.22uF 50V
IN GND
Ma in VCC Block
RS 914 10KRF
4
CS 916 0.22uF 25V OUTP UT_ON
+ CS 913 50V 47uF WL CS 917 0.22uF 25V
RS 913 100KRF
VFD S pe cifica tions LS 901 BAS 3550TO
RS 901 1KRF 2012
11
RS 904 20KRF
13 3
CS 901 16V 1000uF MK
CS 859 50V 47uF WL +
+
CS 908 0.1uF 50V
+VFD: +2V_+4.4V -VFD: GND_+2.4V B+30V: 30V CS 906 2.2uF 10V
1 P CS 901S A TLP 385 GRH
2
MAIN_VCC
1
CS 902 1KV 220pF(R)
S T5.3V
RS 908 1KRF 2012
P CM902S A TLP 385 GRH
RS 905 2.7KRF
B+30V
RS 909 N.C
2
DS 855 UF4007G
4
ICQ801 AS 431ANTR-G1
GND
EN
DS 901C S DB20200P I
RS 853 470RF 3216
ZDS 854 LMS Z5237B(8.2V) P FC-OK_1
P CM902S B TLP 385 GRH
DM856 LBAV99
RQ802 10KRF
B12V
S-GND
QS 852 KTD1624
RQ801 1KRF
CS925 0.22uF 25V
2
OUT
3
+
4.7KRF
P FC-OK_2
CS922 16V 220uF MK
B12V Block
CS 803 1nF 50V
QQ801 KTB1124
CS924 0.22uF 25V
RS923 3.3KRF
CS 911 35V 680uF MK
P -GND
P FC-VCC
ICS921 SN7905D
12
+
DS 858 UF4007G
B-5V
3
DS 911C S F26G
RS 902
ZDS 801 MBR140S FT1G
VOUT
B+12V CS923 0.1uF 50V
CS 915 0.1uF 50V
CS 801 1nF 50V
VIN
S-GND
CS 804 0.22uF 50V
N.C
ZDS 803
CS921 25V220uF NXB
1
ZDS 802
4 3
S-GND
2
5
CS 802 1nF 50V
CS935 0.22uF 25V
QS 921 S TC403L
DS921C S F24G
CS934 0.22uF 25V
L1N4148W T1G
MAIN_VCC
PCS901 S B TLP385 GRH
RS936 47KRF
RS935 3.3KRF
9
3 4
RS801 22RF 3216
+ CS932 50V 100uF MK
1
4
DS 802 NC
GND
DS92 2
2
2W 0.4RF
VCC
BS801 BRD3550TO (DUAL)
RS 802
DRAIN
B+12V
CS933 0.1uF 50V CS809 N.C
+
CS N.C
1
RS934 4.7KRF
RS933 30KRF 2012
RS937 3KRF
DS801 UF4007G
ICS801CS ICE3RB R1765JZ
FB
B30V(VH)
QS 931 KTA1274
DS931C UF4007G
3
BA
L1N4148WT1G
+
P FC-OUT
DS93 2
6
30V + CS 905 16V 1000uF MK
CS 907 2.2uF 10V
4.4V
2V
+VFD -VFD
2.4V
+ CS 858 50V 47uF WL
S T5.3V Block
RS 854 100KRF
ZDS 853 LMS Z5237B(8.2V)
QS 901 L2N7002K CS 903 0.1uF 50V
CS 904 10nF 50V
GND
RS 911 20KRF
RS 903 5.1KRF
ICS 901 AS 431ANTR-G1
P S -ON RS 906 20KRF 3216
RS 910 150KRF
S-GND P -GND
CY806S 250V 471K
P -GND
6-12
S -GND
Copyright© 1995-2013 SAMSUNG. All rights reserved.
6. Schematic Diagram
6.12. SMPS-2 DP801 S3M
AC & P FC Block
DP802 S3M
DP803 VS-8S 2TH06I-M
HS 802S 2,3
10,11
LP801CS EER4042 200uH 3324110238ND
1
RP827 2W 4.7RJ (R- TYPE)
QP 801CS SIHA22N60E
+
2
-
4
RP801S 0.05RJ 5W LX801S CV940120SE
P-GND
RP82 9 2.2RF 3216(Surge)
CX802S 275V 0. 47uF
QP 803 KTN2222AS
NT801S 15D025
RP822 1.5MRF 3216
RP810 1.2MRF 3216
RP816 1.2MRF 3216
RP823 1.5MRF 3216
RP811 1.2MRF 3216
RP817 910KF 3216
RP824 1.5MRF 3216
RP81 2 1.2MRF 3216
RP81 8 910 KF 3216
RP82 5 1.5MRF 3216
S-GND
CP817 2.2uF 25V 2012 QP 804 KTN2907AS
RX806S 390KRF 3216
QP 806 KTN2907AS RP830 10RF 3216
CP818 2.2uF 25V 2012 RP828 10RF 3216
RX803S 390KRF 3216
NT802S 15D025
RP815 1.2MRF 3216
CY802S 250V 101K P -GND
S -GND
ICP 801CS ICE3P CS 02G
1 2 3 4
S ENS E GND COMP FREQ
LX802S CV540260S KA CP 816 47nF 50V
CP 815 47nF 50V
RP 808 51RKF 2012
GATE VCC VS ENS E OVP
P FC-OK_1
8 7 6 5
CP 810 0.22uF 50V CP 806 100nF 50V CP 809 0.22uF 50V
LX803S CV040031J
P FC-VCC
RP 826
RX802S 390KRF 3216
RP809 1.2MRF 3216
56KRF 2012
RX801S 390KRF 3216
RX805S 390KRF 3216
QP 805 KTN2222AS
RP807 200RF 2012
RP 814 27KRF 2012
RX804S 390KRF 3216
+
CY804S N.C
RP802S 0.05RJ 5W
CY803S 250V 101K
+
CP 805 450V 100uF(NZE)
RP805 22RF 3216
+
CP 804
RP802 22RF 3216
RP806 10KRF 2012
DP 805 L1N4148WT1G
DP804 L1N4148W T1G
RP803 10KRF 2012
450V 100uF(NZE)
RP801 10RF 3216
CP 803 450V 100uF(NZE)
CP801S 450V 1uF (15mm)
CP819 1KV 470 pF(R) CP812 2kV 47pF(R)
LP803 150ohm 3216
RP 804 10RF 3216
LP802 150ohm 3216
RP 819 27KRF 2012
3
QP 802CS SIHA22N60E
CP811 2kV 47pF(R)
CP 807 10nF 50V
BD801S D15SB60
CP 813 1KV 470pF(R)
P FC-OUT
HS 801S
+ CP 814 0.1uF 50V
CP 808 50V 22uF WL
P -GND
VX801S 14D751K
CX801S 275V 0.68uF
FP 801S T12AH_250V
N
L
Copyright© 1995-2013 SAMSUNG. All rights reserved.
CN8 01S 0721-6-P P 4-28K
6-13
6. Schematic Diagram
6.13. SMPS-3
Main AMP Block
HS 803S HEAT S INK
PFC -OUT
DM803 RM809 L1N4148W T1G 22RF 321 6
CM801 50V 22uF WL
CM802 0.22uF 50V
+
CM804 2.2uF 25V 2012
2
3KRF
RM832 2KRF 2012
4
DM807 L1N4148W T1G
4
GD1
RT
Vcc
OC
GND
SS
GD2
8
RM804 20RF 321 6
RM802 10RF 321 6
5
6
13
DM804 RM812 L1N4148W T1G 22RF 321 6 QM805 KTN2222AS
QM802CS SIHA22N60E
DM902C SDB10200PR
5
RM806 20RF 321 6
DM802 MBR140S FT1G
QM806 KTN2907AS
3
CM807 22nF 50V
RM819 1KRF 2012
RM820 180KRF 2012
CM81 3 QM807 RM81 6 N.C L2N7002K 18KRF
CM80 8 N.C
CM810 1uF 25V 2012
RM911 10KRF 3216
PVDD DIODE_S
150ohm 3216 RM811 47RF 321 6
DM903C SDB10200PI
10
P -GND
RM822 180KRF 2012
P -GND
RM907 51KRF 2012
+ CM811 1KV 220p F(R)
RM824 180KRF 2012
RM823 180KRF 2012
RM909 18KRF 2012
CM902 100V 820uF NHA
DM904C SDB10200PR
S-GND
RM912 10KRF 3216
RM813 10KRF 3216
4
RM821 180KRF 2012 RM817 1.2MRF
RM908 56KRF 2012
CM908 1uF 50V 2012
LM802
1
DM805 L1N4148W T1G
CM907 CM901 1uF 50V 2012 100V 820uF NHA
2 3
CM809 1uF 25V 2012
RM910 10KRF 3216
+
TM801CS EED4038
QM804 KTN2907AS RM803 10RF 3216
CM906 1uF 50V 2012
12 RM810 10KRF 3216
8
7 6
DM801 MBR140S FT1G
RM808 47RF 3216
D
+PVDD
DM901C SDB10200PI
150ohm 3216
11 RM827 330KRF 2012
CM806
1uF 25V
RM815 1.2KRF
RM831 2KRF 2012
3
DT
P CM901S B TLP 385 GRH
18KRF
1
QM803 KTN2222AS
CM805 2.2uF 25V 2012
ICM801CS UCC25600
P -GND
RM828
LM801 5
CM803 0.22uF 50V
RM829
TM802S EE1011
QM801CS SIHA22N60E
CM814 2KV 330pF(R)
4.7RF 3216(Surge) AMP-VCC
+P VDD(+53V) VP S -ON(+63V)
HS 901S HEAT S INK
CM815 2KV 330pF(R)
RM805
C
-PVDD(-53V) VP S -ON(-63V)
RM913 10KRF 3216
RM919 51KRF 2012
RM825 180KRF 3216
DM806 L1N4148W T1G
-PVDD
CM812S 39nF 1250V
RM918 18KRF 2012
P -GND
DM905C US 1M
DM906C US 1M
RM914 2KRF
1
CY801S N.C P CM901S A TLP 385 GRH
8 S -GND
2
P -GND
A5.3V
RM915 2.7KRF
CY807S 250V 471K
VP S
CM905 50V 22uF WL P -GND
RM922 100KRF
CM909 10nF 50V
9 +
RM923 7.5KRF 2012
RM916 20KRF
B
CVCC-P WM
CM910 0.47uF 50V 2012 RM924 8.2KRF 3216
S -GND
QM901 L2N7002K
ICM901 AS 431ANTR-G1
RM925 N.C
RM921 10RF
RM917 8.2KRF 3216 CM911 N.C
RM920 150KF
S-GND
A
6-14
Copyright© 1995-2013 SAMSUNG. All rights reserved.
6. Schematic Diagram
6.14. SMPS-4
MICOM Block
DQ901 SR104
A5.3V
VDD
ICS P DAT
RQ901 100RF
ICQ901 PIC16F 753
MCLR
1 2
RQ903 10KRF 2012
3
PFC -OK
4
P S -ON
RQ904 10KRF
5 6 7
CVCC-P WM
ICS P CKL
VDD
VSS
RA5
RA0/ICS P DAT
RA4
RA1/ICSPCLK
MCLR/VPP/RA 3
RA2
RC5
RC0
RC4
RC1
RC3
RC2
14
RQ910 10KRF
13
B12V_D ET
12
RQ911 10KRF 2012
11
P VDD-DET
10
OP_AMP +
9
OP_AMP -
8
RQ905 1KRF
CQ907 0.1uF 50V
RQ906 510RF 2012
RQ908 240KRF
RQ909 100RF 3216
CQ909 0.1uF 50V 2012
RQ902 10KRF 2012
OUTP UT_ON
CQ901 0.1uF 50V 2012
RQ914 100KRF
CQ902 10V 470uF MK
+
CQ915 0.22uF 50V CQ904 0.1uF 50V
CQ906 0.1uF 50V
CQ908 0.1uF 50V
CQ903 0.22uF 50V
ZDQ901 LMS Z5234B(6.2V)
RQ907 0RJ
CQ905 N.C S-GND
ICQ902S KIA358F P FC-OK_2
RQ804 4.7KRF 2012
RQ803 4.7KRF 2012
VDD
1 2 3 4
RQ920 MP R 5W 0.02RF
OUT A -IN A +IN A VEE
VCC OUT B -IN B +IN B
RQ913 10KRF
S-GND
P VDD+
P VDD_DIODE_S
B12V
4
1
A5.3V
RQ921 MP R 5W 0.02RF
RQ922 10KRF 2012
P CQ901S B TLP 385 GRH
CN903 YFW250-205P
OP -AMP -(9)
RQ912 75KRF 2012 RQ916 120KRF
3
P CQ901S A TLP 385 GRH
2
8 7 6 5
P FC-OK
CQ912 10nF 50V
RQ923 10KRF
NO.
OP -AMP +(10)
Description
1
MCLR
2
VDD
3
GND
4
ICSPDAT
5
ICSPCKL
RQ918 68KRF 2012 P VDD-DET
P -GND
B12V DET
AMP -VCC
QQ802 KTB1124
RQ805 10KRF 2012
CQ914 N.C
RQ919 510RF 2012
RQ924 240KRF
CQ913 0.1uF 50V
RQ915 8.2KRF
CQ910 0.1uF 50V
RQ917 30KRF
CQ911 0.1uF 50V
1
RQ806 4.7KRF 2012
4
OUTP UT_ON
P CQ902S A TLP 385 GRH
P -GND
Copyright© 1995-2013 SAMSUNG. All rights reserved.
S -GND
S-GND
2
3
P CQ902S B TLP 385 GRH
S -GND
6-15
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Web Site
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N.America, S.America
https://gspn3.samsungcsportal.com
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