JBL SUB140P-230

Service Manual

SUB 140P / 230 Active 8 Subwoofer. Weave design, Studio Series.

CONTENTS

PCB DRAWINGS 12 OWNERS MANUAL 2 WIRING DIAGRAM 23 SPECIFICATIONS 5 BLOCK DIAGRAM 24 PACKAGE DRAWING 6 SCHEMATIC DIAGRAMS 25-28 EXPLODED VIEW AND PARTS 7

PARTS LIST 8

Released EU2011 Harman Consumer Group, Inc. Rev 0, 03/2011 8500 Balboa Boulevard Northridge, California 91329

1X

Included Items

1X

Your new JBL SUB140P/230-C 150-watt powered subwoofer incorporates an 8" (200mm) down-firing cone transducer and a built-in high-performance 150-watt amplifier that deliver the powerful, dynamic and accurate low-frequency performance that makes your film soundtracks and music come alive. And with line-level and LFE inputs, adjustable crossover and phase controls and au-tomatic turn on/off, the SUB140P/230-C is also simple to connect and set up.

Were confident that this JBL subwoofer will provide every note of enjoyment that you expect and that when you think about pur-chasing additional audio equipment for your home, car or office, you will once again choose JBL products.

This quick-start guide contains all the information you need to set up, connect and adjust your new subwoofer. For more in-depth information, go to our Web site: www.jbl.com.

thank You For choosIng thIs JBl Product

suB140P/230-c150-Watt, 8" (200mm) Powered Subwoofer

quIck-start guIde

0246CSK - JBL SUB140P OM_v4.indd 1 04/10/10 13:54:32

JBL SUB 140P/230 Service Manual

Page 2 of 28

2suBwooFer rear-Panel controls and connectIons

On/Standby LED: When the Power-On Mode switch is in the Auto position, this LED indicates whether the subwoofer is in the On or Standby state:

When the LED glows green, the subwoofer is turned on.

When the LED glows red, the subwoofer is in the Standby mode.

When the Power switch is set to Off, the LED will not light up, no matter what setting the Power-On Mode switch is in.

Crossover Control: This control determines the highest frequency at which the subwoofer reproduces sounds. The higher you set the Cross-over control, the higher in frequency the subwoofer will operate and the more its bass will overlap that of the satellite speakers. This adjust-ment helps achieve a smooth transition of bass frequencies between the subwoofer and the satellites for a variety of different rooms and subwoofer locations.

NOTE: The Crossover control functions only when you are using the Line-Level In L/R connectors. The Line-Level In LFE connector bypasses the subwoofers built-in crossover and Crossover control.

Phase Switch: This switch determines whether the subwoofer drivers piston-like action moves in and out in phase with the satellite speakers. If the subwoofer were to play out of phase with the satellite speakers, the sound waves from the satellites could partially cancel out the sound waves from the subwoofer, reducing bass performance and sonic impact. This phenomenon depends in part on the placement of all the speakers relative to each other in the room.

Power-On Mode Switch: When this switch is set in the Auto posi-tion and the Power switch is set to On, the subwoofer will automatically turn itself on when it receives an audio signal and will enter the Standby

mode when it has gone without receiving an audio signal for 20 minutes. When this switch is set in the On position, the subwoofer will remain on whether or not it is receiving an audio signal.

Subwoofer Level Control: Use this control to adjust the subwoofers volume. Turn the knob clockwise to increase the volume; turn the knob counterclockwise to decrease the volume.

Line-Level In LFE Connector: This input bypasses the subwoofers internal crossover circuitry, so use it only with a receiver or processor sub-woofer output that has been low-pass filtered. If your receiver or processor does not have a dedicated subwoofer output that is low-pass filtered, use the subwoofers Line-Level In L/R Connectors (see below) instead.

Use the supplied mono RCA cable (purple connectors) to connect the Line-Level In LFE connector to the dedicated subwoofer output of a receiver or preamp/processor.

Line-Level In L/R Connectors: These inputs pass through the subwoof-ers built-in crossover. Use them if your receiver or preamp/processor does not have a dedicated subwoofer output that is low-pass filtered.

Power Switch: Set this switch in the On position to turn the subwoofer on. The subwoofer will then be in On or Standby mode, depending on the setting of the Power-On Mode switch.

Power Cord: After you have made and verified all subwoofer and speaker connections described in this manual, plug the power cord into an ac-tive, unswitched electrical outlet for proper operation of the subwoofer. DO NOT plug this cord into the accessory outlets found on some audio components.

This Class B digital apparatus complies with Canadian ICES-003.Cet appareil numrique de la classe B est conforme la norme NMB-003 du Canada.

/23

Subwoofer Level Control

Crossover Control

On/Standby LED

Phase Switch

Power-On Mode Switch

Line-Level In LFE Connector

Line-Level In L/R Connectors

Power Switch

Power Cord



Page 3 of 28

3www.jbl.com

ENGL

ISHPlacIng the suBwooFer

connectIng the suBwooFer

The performance of a subwoofer is directly related to its placement in the listening room and its physical position relative to the other speakers in the system.

While it is true that in general our ears do not hear directional sounds at the low frequencies where subwoofers operate, when installing a subwoofer within the limited confines of a room, the reflections, standing waves and absorptions generated within the room will strongly influence the performance of any subwoofer system. As a result, the specific location of the subwoofer in the room does become important to the amount and quality of bass that is produced.

For example, placing the subwoofer next to a wall generally will increase the amount of bass in the room; placing it in a corner (1) generally will maximize amount of bass in the room. However, corner placement can also increase the destructive effect of standing waves on bass performance. This effect can vary depending on the listening position some listening positions may yield very good results while others may have far too much (or too little) bass at certain frequencies.

In many rooms, placing the subwoofer along the same plane as the left and right speak-ers (2) can produce the best integration between the sound of the subwoofer and that of the left and right speakers. In some rooms, the best performance could even result from placing the subwoofer behind the listening position (3).

We strongly recommend that you experiment with placement before choosing a final location for your subwoofer. One way you can determine the best location for the sub-woofer is by temporarily placing it in the listening position and playing music with strong bass content. Move around to various locations in the room while the system is playing (putting your ears where the subwoofer would be placed), and listen until you find the location where the bass performance is best. Place the subwoofer in that location.

Front Left Speaker

TV

Center Speaker

Front Right Speaker

Surround Left Speaker

Surround Right Speaker

1.2.

3.

tO a RECEIvER OR PREaMP/PROCESSOR wIth a LOw-PaSS FILtERED DEDICatED SubwOOFER OutPut

tO a RECEIvER OR PREaMP/PROCESSOR wIth PREaMP OutPutS

Receiver or Amplifier

Receiver or Amplifier

SUB140P/230-CSubwoofer

SUB140P/230-CSubwoofer

Mono RCA Cable (included)

Mono RCA Cable (included)

Mono RCA Cable (not included)



Page 4 of 28

tuRnIng thE SubwOOFER On anD OFFSet the subwoofers Power switch to the On position.

If the subwoofers Power-On Mode switch is set to Auto, the subwoofer will automatically turn itself on when it receives an audio signal, and it will go into Standby mode after it has received no audio signal for 20 minutes. The subwoofers LED will glow green when the subwoofer is on and will glow red when the subwoofer is in Standby.

If the Power-On Mode switch is set to On, the subwoofer will remain on at all times. The subwoofers LED will glow green.

If you will not be using the subwoofer for an extended period for instance, if youre going on vacation set the Power switch to the Off position.

SubwOOFER aDJuStMEntS: CROSSOvER COntROLNOTE: The Crossover control functions only when you are using the Line-Level In L/R connectors. The Line-Level In LFE connector bypasses the subwoofers built-in crossover and the Crossover control.

The Crossover control adjusts the subwoofers built-in crossover between 50Hz and 200Hz. The higher you set the Crossover control, the higher in frequency the subwoofer will operate and the more its bass will overlap that of the satellite speakers. This adjustment helps achieve a smooth transition of bass frequencies between the subwoofer and the satellites for a variety of different rooms and subwoofer locations.

To set the Crossover control, listen for the smoothness of the bass. If the bass seems too strong at certain frequencies, try a lower Crossover con-trol setting. If the bass seems too weak at certain frequencies, try a higher Crossover control setting.

SubwOOFER aDJuStMEntS: vOLuMEUse the Subwoofer Level control to set the subwoofers volume. Turn the knob clockwise to increase the subwoofers volume; turn the knob counterclockwise to decrease the volume. Once you have balanced the subwoofers volume with that of the other speakers in your system, you shouldnt have to change it.

Notes on Setting Subwoofer Volume:

Sometimes the ideal subwoofer volume setting for music is too loud for films, while the ideal setting for films is too quiet for music. When setting the subwoofer volume, listen to both music and films with strong bass content and find a middle ground volume level that works for both.

If your subwoofer always seems too loud or too quiet, you may want to place it in a different location. Placing the subwoofer in a corner will tend to increase its bass output, while placing it away from any walls or corners will tend to lessen its bass output.

SubwOOFER aDJuStMEntS: PhaSEThe Phase switch determines whether the subwoofer drivers piston-like action moves in and out in phase with the satellite speakers. If the subwoofer were to play out of phase with the satellite speakers, the sound waves from the satellites could partially cancel out the waves from the sub-woofer, reducing bass performance and sonic impact. This phenomenon depends in part on the placement of all the speak-ers relative to each other in the room.

Although in most cases you should leave the Phase switch in the Normal position, there is no absolutely correct setting for the Phase switch. When the subwoofer is properly in phase with the satellite speakers, the sound will be clearer and have maximum impact, and percussive sounds like drums, piano and plucked strings will sound more lifelike. The best way to set the Phase switch is to listen to music that you know well and to set the switch in the position that gives drums and other percussive sounds maximum impact.

sPecIFIcatIons

Low-frequency transducer: 8" (200mm) cone (down-firing)

Enclosure type: Ported (down-firing)

Amplifier power: 150 watts

Frequency response: 32Hz 150Hz (6dB)

Audio controls: Volume level, crossover frequency, phase

Connections: RCA line-level and LFE inputs

Power requirement: 120V, 60Hz (US); 220V 230V, 50Hz/60Hz (EU)

Power consumption:


Page 6 of 28

BHenriksTypewritten TextJBL SUB 140P/230 Package drawing.

BHenriksTypewritten Text



32

7

6

4

1

9

8

10

5

11

3

ITEM NAME DESCRIPTION QUANTITY

1 241-080-05559-0BAE Cabinet 1

2 010-7612-05327-E Amplifier_120V 1

3 350-AM04020D079-E Screw 16

4 20MF10DAG-DW04-E 8" Subwoofer 1

5 350-AM04014D090-E Screw 8

6 321-ABS-05145-0BAE Plastic_Feet 4

7 320-SR-05238-0BAE Rubber_Feet 4

8 315-ABS-05273-0BAE Top_Trim 1

9 333-EVA-06048-0BAE EVA_Gasket 4

10 350-AM04036D084-E Screw 1

11 316-AL-05422-0VAE JBL_LOGOBADGE 1

Dsgn.ByCheck.By

Editions Page

China Meiloon

Date

Model: SUB140P

Client: JBL

Apvd.By

DM-4-D-013.1:

0 12010.08.31

REVISIONS NAMEDATEISSUE

0

1

2

3

Exploded View Instruction


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BHenriksRectangle

BHenriksRectangle

BHenriksRectangle

BHenriksRectangle

BHenriksRectangle

BHenriksRectangle

part no. description quantity ref.051-A05322A-E PCB ASS'Y SUB140/230 AMP EUPRoHS 1

051-A05322B-E PCB ASS'Y SUB140/230 POWER-SOURCE EUP RoHS 1

152-V60202603-E power cord 6FT SPO21A HO3VVH2-F(RoHS) 1156-H220050-E Shrink tube 22 50mm (RoHS) 1162-A013D011-E WIRE 130mm B/W UL1617 18AWG3PIN 1 CN1162-A042D003-E WIRE 420mm R/B UL2468 18AWG 2PIN3.96 1 CN2163-11009-E Cable tie 100mm (RoHS+REACH 1180-P3024DB-E ROCKER 3024-DB (RoHS) 1302-AL-05303-0BBE rear panel 200*252*T=2.5 1306-ABS-05175- rear enclosure 198*173*70mm ABS765A 1311-ABS-00028- knob 46077-W P.V.C.(RoHS) 2323-AL-05202-0LAE heat sink (RoHS) 1335-NYL-00002- Wire clip 4K-4 NO-BB(RoHS) 2351-AM03006B1324- M3*6 Tapping screw cross with nickle (RoHS) 4351-AM03008A079-E M3*8 Machine screw cross BLK(RoHS+REACH 4351-AM03012A089-E M3*12 Machine screw cross with nickle 2351-AM03012A090-E M3*12 Machine screw cross BLK 1

352-AM03010D065-E 3*10 P type tapping screw cross (RoHS+REACH+CPSIA) 5

354-HM03044-E M3 nut with nickle (RoHS) 3355-P0306242-E M3 spring pad ID3.2 OD5.6 T0.8(RoHS) 3362-CU-05098-0YAE spacing pole 10.5*6mm RoHS 2362-NYL-05104- spacing pole M3.0*10.5mm 2362-NYL-05112-0LAE spacing pole 5*3.2 H=3.3mm 2

part no. description quantity ref.104-A05322A00V-E PCB OF SUB140P MAINBOARD RoHS 0,5

118-06030000J-E SMD resistor 0603 1/16W 0 5%LF(RoHS) 9 R8,R12,R13,R14,R15,R17,R18,R19,R43

118-06031000F-E SMD resistor 0603 1/16W 100 1%LF/RoHS 5 R34,R35,R37,R38,R45118-06031001J-E SMD resistor 0603 1/16W 1K 5% LF 3 R55,R65,R56

118-06031002F-E SMD resistor 0603 1/16W 10K 1%LF/RoHS 23

R2,R5,R11,R21,R23,R24,R26,R27,R28,R29,R30,R33,R40,R41,R42,R48,R51,R53,R54,R57,R66,R61,R63

118-06031003F-E SMD resistor 0603 1/16W 100K 1%LF 3 R22,R50,R60118-06031200J-E SMD resistor 0603 120 5% (RoHS) 1 B12118-06032001F-E SMD resistor 0603 1/16W 2K 1% LFLF 1 R1118-06032700J-E SMD resistor 0603 270 5% (ROHS) 1 R47118-06033301F-E SMD resistor 0603 1/16W 3.3K 1%LF 1 R20118-06034701F-E SMD resistor 0603 4.7k 1% (RoHS) 1 R59118-06034702F-E SMD resistor 0603 47K 1% (RoHS) 1 R58118-06034991F-E SMD resistor 0603 1/16W 4.99K 1%LF/RoHS 4 R25,R36,R39,R62118-06034992F-E SMD resistor 0603 1/16W 49.9K 1%LF 2 R31,R64118-12060000F-E SMD resistor 0 1206 1% (RoHS) 1 R46118-120622R0J-E SMD resistor 22 1206 5% (RoHS) 1 R49118-201020R0J-E SMD resistor 2010 20 5% RoHS 2 R9,R32118-25126R20J-E SMD resistor2512 6.2 5% RoHS 2 R6,R10121-0603B601N2-E FERRITE BEAD SMD 600 100MHz25% 0603 CBG160808U601T (ROHS) 13

B2,B3,B4,B5,B7,B6,B10,B11,B13,B14,B15,B16,B17

121-0805B601N-E Bead SMD 0805 600 ohms2CB201209A601 (RoHS) 2 B8,B9

134-A226M10-E SMT1206(3216) capacitor 10V 22uF -20/+20 (RoHS) 10C34,C39,C40,C42,C76,C48,C53,C66,C78,C83

AMP JBL SUB140P/230 120W Eup (RoHS)

PCB ASS'Y SUB140/230 AMP EUPRoHS


Page 8 of 28

BHenriksTypewritten TextPARTS LIST

141-A0101J50-E CAP SMD 0603 NPO100pF 5% 50V LF/RoHS 6 C31,C32,C35,C36,C79,C80141-A0180J50-E CAP SMD 0603 NPO18pF 5% 50V LF(RoHS) 2 C67,C71141-A0181J50-E SMD capacitor 0603 NPO 180PF 50V5% (RoHS) 2 C54,C55141-A0221J50-E CAP SMD 0603 NPO220pF 5% 50V LF 3 C37,C41,C44141-A0470J50-E CAP SMD 0603 NPO47pF 5% 50V LF 1 C22

141-A7104K50-E CAP SMD 0603 X7R0.1uF 10% 50V LF 36

C1,C2,C3,C6,C11,C13,C15,C18,C19,C20,C23,C24,C27,C29,C33,C38,C43,C47,C50,C51,C57,C58,C60,C61,C62,C63,C65,C69,C70,C72,C73,C74,C81,C82,C84,C85

141-A7105K25-E SMD capacitor 1uF 0603 X7R 10%25V (RoHS) 2 C56,C59141-A7122K50-E SMD capacitor 1.2nF 0603 +/-10% 2 C4,C30141-B0331JA0-E SMD capacitor 330pF 100V 5% 0805NPO RoHS 2 C7,C77141-B5106Z16-E CAP SMD 0805 10uF+80/-20% 16V LF/RoHS 4 C10,C49,C52,C46141-B7104KA0-E SMD capacitor 100nF 100V X7R 10%0805 (RoHS) 4 C5,C12,C14,C8141-C7105K50-E SMD capacitor 1206 X7R 1uF 50V10% RoHS 4 C16,C21,C86,C87142-SV226M16H-E SMD capacitor 22UF 16V 4.3*4.3mm(RoHS) 4 C28,C45,C64,C75190-998252ATS-E SMD IC MPC82x52AT TSSOP-20(RoHS) 1 U3190-154M5XNLS-E SMD IC NC7SZ04M5X_NL 1 U6190-16CF4053S-E SMD IC HCF4053M013TRST SOIC16 (RoHS) 1 U8190-16STA309S-E SMD ST IC STA309A13TR TQFP64(RoHS) 1 IC2190-16STA512BS-E SMD IC ST STA512B SO36 RoHS 1 IC1190-16TL072DTS-E SMD I.C. TL072CDT SGS THOMSON(RoHS) 2 U1,U9190-99AP33GAS-E SMD IC AP6209-33GA 1 U7190-99AP33GBS-E SMD IC AP6209-33GB 1 U5190-99CS5343S-E SMD IC CS5343 CIRRUS LOGICTSSOP-10(RoHS) 1 U2190-99IMP809S-E SMD IC IMP809SEUR-T(IMP)(RoHS) 1 U4

192-111BT3904S-E SMD Transistor MMBT3904 TRANSISTORSOT-23 NPN 40V 200MA (RoHS) 2 Q2,Q4

192-112BT3906S-E SMD Transistor MMBT3906 TRANSISTORSOT-23 PNP 40V 200MA (RoHS) 1 Q3

192-997C1815GRS-E SMT Transistor UTC MMBT1815 SOT-23RoHS 1 Q5

199-6500033SJ-E SMD diode MINI-MELF 500mW5% 3.3V ZMM5226B( RoHS) 2 ZD1,ZD2

115-H102A101-E resistor 1KA 1 VR1115-H104B107-E resistor 100KB 1 VR2

122-14220K06501-E FERRITE CORE SD-500-311A CD21619P-220KUS(RoHS) 2 L1,L2

129-A684JA03-E capacitor 0.68U 63V 5% MSCTAP (RoHS) 1 C9139-A108M63-E capacitor 1000uF 63V 20%(16X31.5)(RoHS) 1 C17145-11228800-E DIP Oscillator 12.288000MHz49S GB1220001 1 XL1161-506520-E JUMPER WIRE 26mm TAP (RoHS) 2 JP1,JP2162-5010D020-E connector 100mm UL1007 24AWG 4PIN2.5Housing 1 CN6162-5012D021-E connector 120mm UL1007 18AWG 1 CN1174-0RCA313G-E RCA Jack RCA-313G (RoHS) 1 JK1175-1D02V01-E connector 2PIN PITCH=3.96mm(RoHS) 1 CN2175-9C04V03-E connector P=2.54mm 180(RoHS) 1 CN4180-TMS7210V-E SWITCH SLIDE 6PIN MS7210V(RoHS) 2 SW1,SW2195-401L0392-E diode R/G 3mm (RoHS) 1 LD1

part no. description quantity ref.104-A05317B00V-E PCB OF HKTS200 PSU RoHS 0,5110-122R2J52-E resistor 2.2 1/2W 5% CF 52mmTAP (RoHS) 1 R20110-14220J52-E resistor 22 1/4W 5% CF 52mmTAP (RoHS) 1 R31110-16103J52-E resistor 10K 1/6W 5% CF 52mm TAPTAP (RoHS) 2 R38,R40

PCB ASS'Y SUB140/230 POWER-SOURCE EUP RoHS

AMP JBL SUB140P/230 120W Eup (RoHS)JBL SUB 140P/230 Service Manual

Page 9 of 28

116-161802F26-E resistor 18.0K 1/6W 1% MF26mm TAP (RoHS) 1 R21130-2B102MJ03-E capacitor 1000pF 1000V Y5P20%TAP RoHS 1 C30130-2B222MJ03-E capacitor 2200pF 1000V Y5P20%TAP RoHS 1 C2135-3226M50-E capacitor 22U 50V 20% TAP(RoHS) 1 C8135-B477M50A-E capacitor 105 470uF20%50V LOWESR TAP 2 C21,C22139-3227M16-E capacitor 220uF 16V20% TAP (RoHS) 2 C5,C26139-B106M50-E LOWESR capacitor 10uF 50V 10520% 1 C19139-B107M16-E LOWESR capacitor 100uF 16V RoHS 2 C6,C27139-B107M25-E LOWESR capacitor 100uF 25V RoHS 1 C31154-V2500BT3-E slim fuse 2.5A 250V VDE TimeLag 1 F1

161-506520-E JUMPER WIRE 26mm TAP (RoHS) 9 J3,J4,J5,J6,J7,J8,J9,J10,J1190-16L431CLP1-E IC TL431CLP (RoHS) 1 IC1192-1672N3904-E transistor 2N3904 40V 200mA TO-92AI-NPN 1 Q4192-1682N3906-E transistor 2N3906 40V 200mA TO-92AI-PNP 1 Q3197-631N4148-E diobe 500mW 75V 1N4148 PanjitTAP (RoHS) 1 D5118-08050000F-E SMD resistor 0 0805 1% RoHS 2 R12,R25118-08051002F-E SMD resistor 10K 0805 1/10W 1% LF(RoHS) 3 R17,R26,R22118-08052201F-E SMD resistor 2.2K 0805 1/10W 1%(RoHS) 1 R16118-08055101F-E SMD resistor 5.1K 0805 1/10W 1%(RoHS) 2 R18,R13118-08056801F-E SMD resistor 6.8K 0805 1/10W 1%(RoHS) 1 R19118-08058201F-E SMD resistor 0805 8.2K 1% (RoHS) 1 R30118-12061001F-E SMD resistor 1K 1206 1% (RoHS) 1 R35118-12061004F-E SMD resistor 1M 1206 1% (RoHS) 2 R5,R8118-120610R0J-E SMD resistor 10.0 1206 5% (RoHS) 2 R2,R6118-12061201F-E SMD resistor 1.2K 1206 1% (RoHS) 1 R7118-12062001J-E SMD resistor 2K 1206 5% (RoHS) 1 R10118-12062002F-E SMD resistor 20K 1206 1% (RoHS) 1 R27118-120622R0J-E SMD resistor 22 1206 5% (RoHS) 2 R11,R39118-12063002F-E SMD resistor 30K 1206 1% (RoHS) 1 R41118-12063002J-E SMD resistor 30K 1206 5%(RoHS) 1 R24118-120630R0J-E SMD resistor 1206 30 5% (RoHS) 1 R28118-12063902F-E SMD resistor 39.0K 1206 1% (RoHS) 1 R36118-12064700J-E SMD resistor 470 1206 5% (RoHS) 1 R14118-12065103J-E SMD resistor 510K 1206 5% RoHS 2 R1,R4118-12065600J-E SMD resistor 560 1206 5% (RoHS) 1 R15118-120656R0J-E SMD resistor 1206 1/4W 56 5% LF 2 R32,R37118-12066802J-E SMD resistor 68K 1206 5%(RoHS) 2 R33,R34141-B5105M50-E SMD capacitor 0805 Y5V 1uF 50V20% (RoHS) 2 C13,C14141-B7102J50-E SMD capacitor 0805 X7R 1nF 50V5% (RoHS) 3 C11,C12,C15141-B7103K50-E SMD capacitor 0.01U 50V X7R 0805(RoHS) 1 C3

141-B7104K50-E capacitor CAP SMD 0805 X7R0.1uF 10% 50V LF/RoHS 5 C7,C9,C16,C18,C29

141-C7104K50-E SMD capacitor 1206 X7R 0.1uF 50V10% RoHS 1 C17141-C7104KA0-E SMD capacitor 1206 X7R 0.1uF100V 10% (RoHS) 1 C20141-C7221KJ0-E SMD capacitor221P 1000V 10%1206 X7R (RoHS) 2 C23,C24141-C7474K50-E SMD capacitor 0.47uF 50V 1206X7R 10% (RoHS) 1 C25

192-111BT3904S-E SMD transistor MMBT3904 TRANSISTORSOT-23 NPN 40V 200MA (RoHS) 1 Q5

192-991T4401S-E SMD transistor YG NPN MMBT4401 SOT-23 1 Q2192-992T2907AS-E SMD transistor YG PNP MMBT2907A SOT-23 2 Q9,Q10192-992T4403S-E SMD transistor YG PNP MMBT4403 SOT-23 2 Q1,Q8197-03RLS4148S-E *SMD diobe RLS4148-TE11 ROHM(RoHS) 2 D3,D7197-0S4148WSP-E SMD diobe LL4148WSP 0805SHAWELL 4 D11,D12,D13,D14

199-6500075SJ-E SMD diobe MINI-MELF 500mW5% 7.5V ZMM5236B (RoHS) 1 ZD3

199-6500150SJ-E SMD diobe MINI-MELF 500mW5% 15V ZMM5245B (RoHS) 1 ZD2

199-6500240D-E diobe 24v 500mW SMT LL-34 (RoHS) 1 ZD1104-A05317C00V-E PCB OF HKTS200 Control RoHS 0,125

PCB ASS'Y SUB140/230 POWER-SOURCE EUP RoHSJBL SUB 140P/230 Service Manual

Page 10 of 28

118-08050000F-E SMD resistor 0 0805 1% RoHS 3 C1,R1,R8118-08051000F-E SMD resistor 0805 1/10W 100 1% LF 1 R7118-08051002F-E SMD resistor 10K 0805 1/10W 1% LF(RoHS) 3 R2,R6,R10118-080510R0F-E SMD resistor 0805 10ohm 1% (RoHS) 2 R3,R4118-08051542F-E SMD resistor 0805 1/16W 15K4 1%LF RoHS 1 R11118-08052001F-E SMD resistor 0.1W 1% 2K (RoHS) 1 R12118-08052491F-E SMD resistor 2.49K 0805 1/10W 1%(RoHS) 1 R5118-08054302J-E SMD resistor 0805 43K 5% (ROHS) 1 R15141-B0102K50-E SMD capacitor 0.001uF NPO 080550V 10% 1 C4141-B7103K50-E SMD capacitor 0.01U 50V X7R 0805(RoHS) 2 C6,C8

141-B7104K50-E capacitor CAP SMD 0805 X7R0.1uF 10% 50V LF/RoHS 2 C2,C3

141-B7105K25-E SMD capacitor 1U 25V 0805 X7R10% (RoHS) 1 C5141-B7474K50-E capacitor 0.47U 50V 10% X7R0805 RoHS 1 C10190-16SG3525AP-E IC SG3525AP SOP ST3*16pin(RoHS) 1 U1197-0SL4148WP-E SMD diobe LL4148WP 1206SHAWELL(RoHS) 1 D1175-9B08H02-E connector 8PIN PITCH=2.0mm 90(RoHS) 1 CN1109-1SCK0480-E resistor NTC SCK048 1 TH1109-2VR104710-E absorber TVR10471(RoHS)TVR10471KSY 1 ZNR1110-10510J5V-E resistor 51 1W 5% 1 R23110-12104J5V-E resistor 100K 1/2W 5% 1 R3122-116R0M010-E inductor CR310-6ROMS RoHS 1 L1122-14124M05001-E inductor :0.5mm EMI(RoHS) 2 LF1,LF2122-14152K036-E filter UU-98 0703 1 CT1122-14171K0700-E inductor FERRITE CORE 170uH 1 L2130-3F101MD00-E Y1 capacitor 100P Y5U20% 250V 2 CY1,CY2130-3F102MB50-E capacitor Y1 1NF 20% 1 CY4130-3F222MD00-E capacitor 2200PF 400V 20% Y1(RoHS) 1 CY3132-105KB54-E capacitor 1uF 250V10% LS:15mm 1 C28

132-224KB54-E capacitor 0.22uF 250V AC+/-10%W18*H13.5*T5.0 P=15mm 1 CX2

132-334KB74-E capacitor 0.33uF 275V +/-10% LS=15mm 1 CX1135-C127M200-E capacitor 120uF 200V 105 16X25 2 C1,C4150-SEE1602-E transformer EE-16 RoHS 1 T1150-SERL2803-E transformer ERL28(RoHS) 1 T2

150-STF16021-E transformer TF-1602-1 EEL-16DT1 0804/0805/0703(RoHS) 1 DT1

162-10059001-E wire 50mm WHITE UL1007 AWG266:6 (RoHS) 1 JP12175-1C04V01-E connector 4PIN PITCH=2.5mm (RoHS) 1 CN2175-1D02V01-E connector 2PIN PITCH=3.96mm(RoHS) 1 CN4175-1D03V02-E connector 3PIN JWT A3963 (RoHS) 1 CN1190-99B0365JG-E INFINEON IC ICE3B0365JG(RoHS)PG-DIP-8-6 1 U1190-99PC817C-E IC PC817C(COSMO) (RoHS) 1 U2192-993A14N50C-E Transistor IPS FTA14N50C TO-220F500V14A 2 Q6,Q7193-0S018012-E Insulation chip OTHER SILCON 18mm*12mm 1197-000GBU406-E rectifier 4A 600V GBU406 RoHS 1 BR1197-000UF4007-E diode UF4007 (RoHS) 1 D2197-00MUR1220CT-E

diode MUR1220CT HI-SEMICON200V 12A TO220(RoHS) 1 D8

197-03SR160-E diode MIC SR160 DO-41 60V 1ATAP RoHS 2 D1,D9197-30SF16-E rectifier SF16 (RoHS) 1 D6197-60MBR1200-E diode Panjit MBR1200 DO-41200V1A RoHS 1 D4323-AL-05205-0LAE heat sink 76*28*8mm (RoHS) 1323-AL-05206-0LAE heat sink 52*28*8mm 1351-AM03008A078-E M3*8 "Machine screw cross with 7361-NYL-00054-0LAE Insulation pad (SW06002) (RoHS) 1

PCB ASS'Y SUB140/230 POWER-SOURCE EUP RoHSJBL SUB 140P/230 Service Manual

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SUB 140P/230 Service Manual

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Page 22 of 28

11

2

2

3

3

4

4

5

5

6

6

7

7

8

8

D D

C C

B B

A A

Title

Number RevisionSizeA3

Date: 2010/8/24 Sheet ofFile: E:\\..\SUB140P_INPUT_DV0.SchDocDrawn By:

C47104

+C46

10uF/16V

D3.3V

C57104

C58104

+C591uF/25V

+C561uF/25V

R3310K

SDOUT 1SCLK 2LRCK 3MCLK 4FILT+ 5AINL6

VQ7AINR8GND9VA10

U2

CS5343

3.3VADB5

BEAD-600

C54

180P

C55

180P

R38 100

R35 100

R37 100

R34 100

MCLK

SD0

LRCK

BICK

+7VA

+

C6622uF/16V

C65104

GND

3.3V

+7V

-7V

STB

R49

22

B9BEAD-600

GND

B8BEAD-600

B10

BEAD-600

1 2

XL112.288MHZ

C7118P

C6718P

C70104

R50

100K

GND

MCU3.3V

2 4

3

5

U6NC7SZ04M5X_NL

B12 120R

B11

BEAD-600

C68OPT

C69104

MCLK

R4010K

+C4910uF/16V

MCU3.3V

+C52

10uF/16V

MCU3.3V

INT1/P3.37

RxD/P3.02TxD/P3.13RST1

GND10

XTAL24XTAL15

T0/P3.48T1/P3.59

INT0/P3.26

P3.7/CEX0/PWM0 11P1.0 12P1.1 13P1.2 14

VCC 20

P1.4/SS 16P1.5/MOSI 17P1.6/MISO 18P1.7/SCLK 19

P1.3 15

U3

MPC82L52AT

C51104

R4210K

R4110K

MCU3.3VB14BEAD

SDASCL

RESET#

B6 BEAD-600B7

BEAD-600

TXD

MCLK

SDASCL

C50104

MCU3.3V

GNDGND

GND

1234

CN4

ISPR45

100MCU3.3V

GND

V

S

S

1

RST 2

V

C

C

3

U4STM809-3.3V

POWER GOOD

GNDTXD

123

CN3

EQ

GND

R43 0

R48

10KLED R

R5110K

MCU3.3V

22u/16

+

C34

22u/16

+

C39

22u/16

+ C42

C37220P

C41220P

C44220P

R23 10K

R24

10K

R27

10K

+5

-

6O 7

U1BTL072

3

21

8

4

B+

B-

U1ATL072

R21 10K

C35 100P

C38 104

C43 104

22u/16

+

C45

R25 5K

C36 100P

R22 100K

22u/16

+

C40

R3150K

R26 10K

R36

4

9

.

9

K

R395K

22u/16

+

C48

22u/16

+

C53

1

2

ZD13.3V

ONAUTO

POWER ON MODE PHASE

R28 10KMCU3.3V PWR MODE

PHASEPWR MODE

AUTO ON

AUTO ON

R46

0

GND

C61104

C60104

GND

C62104

-7VA

STB

-7VA

LED R

3

2

1

Q22N3904

PWR MODEAUTO ONSTBLED

1(AUTO)1

1(AUTO)

11

00

011

0(ON)X X X

X X

0 110

AUTO OFF TIME=15 MIN309A_PWRDN

EAPD#

GNDGND

+

C7522uF/16V

C74104

+3.3V

GND

+7VA SW3.3V

R5310K

C72104

GND

VI1 VO 5

G

N

D

2

EN 3NC4

U7AP6209_3.3V B13

BEAD-600

B4

BEAD-600

EN VOUTHiLow 0V

3.3V

+

C6422uF/16V

R52OPT

C63104

C73104

GND

GND

VI3 VO 2

G

N

D

1

VO 4

U5AP6209_3.3V

35

6 4

1

2

G2 G1SW1PWR

GND GND

REVERSENORMAL

R30 10KMCU3.3V

35

6 4

1

2

G2 G1SW2

PHASE

GND GND

GND 4L 5

R 3GND 1

LFE 2

JK1

RCA-3P

2

3

1

VR11KA

RESET#

EAPD#

POWER GOOD

309A_PWRDN

SCLSDA

SD0BICKLRCKMCLK

SCS100

1234

CN6

CON2.5-4

MCU3.3V MCU3.3V

MMBT 3906

E C

B

Q3R57

10K

R594K7

R5847K

GNDMCU3.3V

TXD

2

3

1

VR2100KB

GND

MCU3.3V

PHASE

C.F.C

C.F.C

Cross Freq. Control

3

2

1

Q42N3904

GND

R29

10K

MCU3.3V

R47270R

GND

LED G

LED G

2

13

EG LD1LED-3P(L-59)

+5

-

6O 7

U9BTL072

R54 10K

C79 100P

3

21

8

4

B+

B-

U9ATL072

C82 104

C85 104

C80 100P

R60 100K

22u/16

+

C83

R6450K

R61 10K

1

2

ZD23.3V

-7VAR62

5K AUTO ON1

AUTO ON1

X012X113

Y02Y11

Z05Z13

INH6A11B10C9

X 14

Y 15

Z 4

VDD 16

VSS 8

VEE 7

U8

4053

GND

GND

OUT

OUT

LFE IN

LFE IN

R L IN

GND

OUT

R561K

R551K

GND

22u/16

+

C76

22u/16

+

C78

-7VA

+7V

C81104

GND

C84104

GND

1

2

3Q5C1815R66

10K

EAPD# R65

1K

R6310K

+7V

AB

AB

B16

BEAD-600

B17

BEAD-600

GND

AUTO ONAUTO ON1

H LL H

LL

HH

H L L LEAPD#

(R,L IN)(LFE IN)

R L IN

1 2 3 4

+7V

+7V

GND

GND

GND

GND

GND GND

GND

GND

GND

GND GND

GND

GNDGND GND

GND GND

GND

GND

GND

GND


Page 23 of 28

BHenriksRectangle

11

2

2

3

3

4

4

D D

C C

B B

A A

Title


Date: 2011/1/12 Sheet ofFile: E:\\..\SUB140P_Electrical block diagram.SchDocDrawn By:

SUB140P/230 Electrical block diagram

STA309A STA512

D-AMPCS5343A/D

I2S PWM

MCU

I2C

SWITCH POWERAC IN DC to DC

Analog SW

Analog IN R

Analog IN L

Analog IN LFE

OPBUFFER

OPBUFFER

CROSSOVERVR

AD

PHASESW

AD

POWER ON MODEAD

SW

Select VRLevel

AUTO ON

AUTO ON1

AUTO ON

AUTO ON1

Audio Processor


Page 24 of 28

BHenriksRectangle

11

2

2

3

3

4

4

5

5

6

6

7

7

8

8

D D

C C

B B

A A

Title


Date: 2010/8/24 Sheet ofFile: E:\\..\SUB140P_AMP_DV0.SCHDOCDrawn By:

C5104/100V

R66.2R

R510K

TWARN

+3.3V

GND

C6104

GND

L1

22UH

L2 22UH

C7330PF/100V

R922R

R106.2R

C14104/100V

GND

C8

104100V

C12

104/100V

GND

C9684

SUB +

SUB-

PVCC_S+

C171000U/63V

C16

1U/100V X7R

GND

C211U/100V X7R

GND

GND

C3104GND

R1110K

C15104

C23104

C24104

GND

EAPD

12

CN2

4 OHM

SUB ++

SUB--

PVCC_S

GND SUB1

OUT 2B 2OUT 2B 3

VCC 2A 4

PGND2B 5PGND2A 6

VCC 2B 7

OUT 2A 8OUT 2A 9OUT 1B 10OUT 1B 11

VCC 1B 12

PGND 1B 13PGND 1A 14

VCC 1A 15

OUT 1A 16OUT 1A 17GNDREF19

GNDR120

VDD21

VDD22

VL23

CONFIG24

PWRDN25

TRI-STATE26FAULT27

TWARN28

IN-LA29

IN-LB30

IN-RA31

IN-RB32

VSS33

VSS34

VCC SIGN35

VCC SIGN36

NC 18

IC1

STA512BC301N2

C29104

C31100PF

C19104

C41N2

C27104

B2BEAD-600

C13104

C

2

5

N

C

C18104

C11 104

C

2

1

0

4

+ C1010uF

C32100PF

R8 0

B3

BEAD-600

C

1

1

0

4

C20104

VDD3

SDI_129SDI_348

GND13

RESET15

SDI_567

S

D

A

1

8

S

C

L

1

9

S

A

1

7

MVO1V

D

D

2

8

X

T

I

2

0

G

N

D

2

7

N

C

2

2

PLLB16

F

I

L

T

E

R

_

P

L

L

2

1

G

N

D

A

2

3

GND 45NC 46

OUT2_B 47OUT2_A 48

O

U

T

1

_

B

4

9

O

U

T

1

_

A

5

0

G

N

D

6

0

N

C

6

1

E

A

P

D

5

1

L

R

C

K

O

5

6

S

D

O

_

1

2

5

7

S

D

O

_

3

4

5

8

S

D

O

_

5

6

6

2

B

I

C

K

O

5

5

G

N

D

5

3

V

D

D

5

2

C

K

O

U

T

2

5

P

W

D

N

6

4

SDI_786

BICKI11LRCKI10

VDD12

NC14

N

C

2

6

NC 37

N

C

5

4

S

D

O

_

7

8

6

3

V

D

D

5

9

OUT3_A 43OUT3_B 42OUT4_A 41OUT4_B 40OUT5_A 39OUT5_B 38

OUT6_A 34OUT6_B 33

O

U

T

7

_

A

3

2

O

U

T

7

_

B

3

1

O

U

T

8

_

A

3

0

O

U

T

8

_

B

2

9

VDD 44

GND2

GND4NC5

VDD 35GND 36

V

D

D

A

2

4

STA309A

IC2

C2822uFC33

104

+3.3V

+3.3V

+3.3V

GND

GND

+3.3V

GND

GND

GND

GND

GND

+3.3V

+3.3V+3.3V

GND

GND

MCLK

SD0LRCKBICK

+3.3V

SGND

RESET#

R14 0

R17 0SDASCL

R13 0R12 0

+3.3V

R203K3

R210K

1

2

3Q1NC

GND

R1

2K

C2247P

GND

R7 NC+3.3V

R15 0R16 OPT+3.3V

C

2

6

N

C

GND

309A_PWRDN

R3

NCR4NC

SGND

R19 0R18 0

CH5BCH5A

GND

PVCC_S

EAPD

+34V

RESET#

EAPD#

309A_PWRDN

SCLSDA

SD0LRCKBICK

MCLK

HKTS200SUB

4

31

2 B1

COILS-4

GND

CH5B

CH5A

C77330PF/100V

R3222R

B15

BEAD-600

PGND12

CN1

3.96

C86

1U/100V X7R

C871U/100V X7R


Page 25 of 28



BHenriksTypewritten TextJBL SUB 140P/230 AMPLIFIER SCHEMATIC DIAGRAM


BHenriksRectangle

11

2

2

3

3

4

4

D D

C C

B B

A A

Title


Date: 2010/8/24 Sheet ofFile: E:\\..\SG3525 Control Board(CV).SchDocDrawn By:

IN-1

IN+2

SYNC3

OSC4

CT5

RT6

DIS7

SS8 COMP 9SD 10

OUT A 11GND 12

Vc 13OUT B 14

+Vi 15Vref 16

U1

SG3525AP

R11

13K/0805/1%

R7

100/0805

R80/0805

C5

105/0805

C2

104/0805C3104/0805

C1

0/0805

R1010K/0805

C6103/0805

R310/0805

C4

102/0805

R410/0805

R2

10K/0805

R1

0/0805FB1

12345678

CN1

CON2.0-8

FB

OAOBSD

12VSOB

OA

C7OPEN/0805

R610K/0805

R5

2.49K/0805

D1

1N4148/1206

12VS

R9OPEN/0805

R122K/0805

1 2ZD1

OPEN/1206

C8103/0805

C9OPEN/0805

SD

R13OPEN/0805

C

C

R14

OPEN/0805

R1543K/0805

C10474/0805

C

SGND

SGND


Page 26 of 28

BHenriksTypewritten TextJBL SUB 140P CONTROL BOARD SCHEMATIC DIAGRAM

BHenriksRectangle

11

2

2

3

3

4

4

D D

C C

B B

A A

Title


Date: 2010/8/24 Sheet ofFile: E:\\..\SUB140P SUB PSU Standby.SchDocDrawn By:

S

o

f

t

S

1

F

B

2

C

S

3

D

4

D

5

N

C

6

V

C

C

7

G

N

D

8

U1

ICE3B0365J

R3100K/0.5W

D2UF4007

C2222/1KV

R1122/1206

+ C822uF/50V

C

9

1

0

4

/

0

8

0

5

1

2

Z

D

1

2

4

V

/

1

2

0

6

D31N4148

PGND

C

1

5

1

0

2

/

0

8

0

5

R

2

0

2

.

2

/

0

.

5

W

C

1

3

1

0

5

/

0

8

0

5

PGND

PGND

1

2

4

3

U2

PC8171

2

3

IC1TL431

R

1

6

2

.

2

K

/

0

8

0

5

R

1

5

5

6

0

/

1

2

0

6

R2210K/0805/1%

C14

105/0805

R19

6.8K/0805

C11

102/0805

SGND

1 2D1

SB160

R210/1206

R610/1206

C

3

1

0

3

/

0

8

0

5

+C5

220uF/16V

L1

6uH

+

C

6

1

0

0

u

F

/

1

6

V

C

7

1

0

4

/

0

8

0

5

R

1

0

2

K

/

1

2

0

6

SGND

R2118K/0.125W/1%

7VSB/0.1A 1234

CN2

CON2.5-4

PS/ON

DC320V

D51N4148

1

2 J3

12D9

SB160

+ C26220uF/16V

+ C27100uF/16V

SGND

12

3

Q8MMBT4403

R

3

5

1

K

/

1

2

0

6

C29104/0805

1

2

ZD3

7.5V/1206

SGND

-7VSB

-7VSB

-7VSB/0.1A

B

C

E

MMBT3904Q5

R27

20K/1206

R24

30K/1206C17

104/1206

SGND

D71N4148

6

10

3

4

5

4

8

9

2

1

T1

EE-16

1 2D4

MBR1200 + C31100uF/25V

+

C

1

0

O

P

E

N

12

3

Q1MMBT4403

R185.1K/0805

R135.1K/0805

R12

0/0805

SGND2

-7VSB/0.1A

7VSB/0.1A

PS/ON

SGND3

15VS

15VS15VS1

1 2J5

1 2J7

1 2J9

SGND2

11

12

CY4

102/Y1PGND SGND

1 2J1


Page 27 of 28

BHenriksTypewritten TextJBL SUB 140P STAND-BY BOARD SCHEMATIC DIAGRAM

BHenriksRectangle

11

2

2

3

3

4

4

5

5

6

6

7

7

8

8

D D

C C

B B

A A

Title


Date: 2010/12/17 Sheet ofFile: E:\\..\SUB140P SUB PSU .SchDocDrawn By:

CX1

0.33/250V/ X2

ZNR1

TVR10471

TH1

SCK048

4

2

3

1

LF1

ASC1601VG

C

X

2

0

.

2

2

/

2

5

0

V

/

X

2

1

32

CN1

CON3.96-3P2C

F1

V+ 1

A

C

2

A

C

3

V-4

BR1GBU406

+

C

1

1

2

0

u

F

/

2

0

0

V

+

C

4

1

2

0

u

F

/

2

0

0

V

PGND

R1510K/1206

R4510K/1206

R51M/1206

R81M/1206

1 3J2

4

2

3

1

LF2

ASC1601VG DC320V

CY1101/Y2

CY2101/Y2

AC1

AC2

AC2A

+C21470uF/50V

SGND1

R3256/1206

C23221/1206/200V

R3756/1206

C24221/1206/200V

+VH1

12

CN4

CON3.96-2

R3368K/1206

G

D

S

Q6MDF9N60TH

1

3

2

4

CT1

UU-9.8

1 2C28

105/250V

R3922/1206

1 2D11

1N4148/0805

R31

22/0.25W

1 2D14

1N4148/0805

C20

104/1206/100V

A

12J10

SGND1 SGND1 SGND

R3468K/1206

AC2A

12

3D8

ER1002CT+

C22470uF/50V

1

5

11

1

6

10

7

9

11

12

3

4

T2

ERL-28V

PGND

R3810K/0.125W

R4010K/0.125W

1 2J4

SGND1

12J8

SGND2

L2

170uH

9

8

4

23

1

DT1

EEL-16

B

CE

Q2MMBT4401

1

2

ZD215V

R14

470/1206

DC320V

12VS

R2830/1206

R29OPEN/1206

C

1

8

1

0

4

/

0

8

0

5

R2610K/0805

R30

8.2K/0805

+

C

1

9

1

0

u

F

/

5

0

V

AC

1

6

1

0

4

/

0

8

0

5

3

2

1

Q42N3904

1

2

3 Q32N3906

R1710K/0805

R25

0/0805

C12102/0805

1D6

SF16

SGND2

SGND2

SGND2

R2351/1W

C30102/1KV

15VS1

1

2

3

Q9MMBT2907

1

2

D121N4148/0805

1

2

D131N4148/0805

1

2

3

Q10MMBT2907

+VH1

12345678

CN3

CON2.0-8

FB

OAOBSD1

12VS

SGND2

R36

39K/1206

C25

474/1206R41

30K/1206/1%

FB

OA

OB

CY3

222/Y1

SGND1

12J6

SGND2

G

D

S

Q7MDF9N60TH

R7

1.2K/1206/1%

2.5A/250V

OPT

JBL


Page 28 of 28


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