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Tr i path Technol ogy, I nc. - Techni cal I nfor m ati on
RB-TK2150-1 SIX CHANNEL RB-TK2150-2 SIX CHANNEL TK2150 6 CHANNEL REFERENCE BOARD
Technical Information - Board Rev. 1.0 and Rev 1.1 Revision 1.0 - November 2002
GENERAL DESCRIPTION
The RB-TK2150 Six Channel Reference board is a platform to provide a simple and straightforward environment for the evaluation of the Tripath TK2150 amplifier chipset in a multichannel application. For additional documentation on the TK2150, please see the TK2150 Data Sheet, available on the Tripath website, www.tripath.com. NOTE: There are two versions of the RB-TK2150 Six Channel Board, depending on nominal supply voltage. RB-TK2150-1 Six Channel- Operating Supply Voltage +/-29V to +/-45V RB-TK2150-2 Six Channel- Operating Supply Voltage +/-39V to +/-60V
APPLICATIONS FEATURES
6 and 8 stereo Home Theater Receivers Multi-channel Distribution Powered DVD Systems Mini/Micro Systems
BENEFITS
Single Ended Outputs Simplifies thermal management Signal Quality comparable to high quality, linear amplifiers Simple building block for multi-channel design
Low Noise Floor: <175uV A-weighted * <260uV A-Weighted** Low Distortion: 0.015% THD+N, 60W, 8 0.020% THD+N, 120W, 8 High Efficiency: 93% @ 120W, 8 93% @ 220W, 8 ** Over-Current Protection Over and Under Voltage Protection Over Temperature Protection on TP2150 *(RB-TK2150-1 Board, +/- 40V) **(RB-TK2150-2 Board, +/- 54V)
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RB-TK2150 - KL/Rev. 1.00/11.02
Tr i path Technol ogy, I nc. - Techni cal I nfor m ati on
OPERATING INSTRUCTIONS
BOARD CONNECTION DIAGRAM
OUT1, AGND OUT2, AGND OUT3, AGND OUT4, AGND OUT5, AGND OUT6, AGND
+
J12_1 MUTE 12 OUT 1 D12_0
**
Audio Source
J12_0 INPUT 12
TK2150 6 CHNL. REF. BOARD CH2 OFFSET TRIM R204 CH1 OFFSET TRIM R104
SN
LV
HV
Speaker 1
J12_4
--
HMUTE 12
AMPS OFF AMPS ON
**
CH4 OFFSET TRIM R404 CH3 OFFSET TRIM R304
VPP PGND VNN
+ PGND
Speaker 3
OUT 3 D34_0
HMUTE 34
+
OUT 5 D56_0
HMUTE 56
+
J56_1 MUTE 56
**
J56_0 INPUT 5 6
CH6 OFFSET TRIM R604 CH5 OFFSET TRIM R504
+
POWER SUPPLIES
Three external power supplies are required to operate the RB-TK2150 Six Channel Board: VPP (referenced to PGND), VNN (referenced to PGND) and V5 (referenced to AGND). The V5 ground (AGND) must be kept separate from the VPP and VNN ground (PGND). PGND and AGND are joined at a single point on the board with a ferrite bead (L1). There are two versions of the RB-TK2150 Six Channel Board. The "-1" or "LV" (low voltage) version operates from +/-29V to +/-45V, with +/-40V being the nominal supply voltage. The "-2" or "HV" (high
2 RB-TK2150 - KL/Rev. 1.00/11.02
+
+ -
V5 J34_0 INPUT 34
J2 J5
J34_1 MUTE 34
+
AGND
Speaker 2
AGND J1
OUT 2 MASTER MUTE
VPP
V5
+ VNN
J34_4 J56_4
-OUT 4
Speaker 4 Speaker 5
-OUT 6
Speaker 6
Tr i path Technol ogy, I nc. - Techni cal I nfor m ati on
voltage) version operates from +/-39V to +/-60V with +/-54V being the nominal supply voltage. Operation outside these set minimum and maximum supply voltages will cause the TC2001 to shut off the output stages of the amplifiers. The removal of the under-voltage or over-voltage condition returns the TK2150 to normal operation. Please see the Over- and Under- Voltage Protection section of the TK2150 Data Sheet for a more detailed discussion of the rail supply range. The V5 supply voltage is 5V and should be well regulated. Please see the TK2150 Data Sheet for minimum and maximum values. The VPP and VNN power supply connection is made with a standard .156" Molex header (J5). The V5 connection is made with a standard .100" Molex header (J1). Please refer to the Board Connection Diagram for the header locations on the RB-TK2150 and the attached Bill-Of-Materials for the header part numbers. The TP2150 has an internal hysteretic buck converter, which, in conjunction with a few components supply the VN10 voltage required by the TP2150 MOSFET Driver. These external components include a PChannel FET, 100uF inductor, ultra-fast recovery rectifier diode, and a few resistors and capacitors. The diode may be replaced with a Schottky diode rated at least 200mA, 50nS and appropriately voltage rated.
OUTPUT
The output connections for each pair of channels of the RB-TK2150 Six Channel Board are made with a 4 pin .156" spaced Molex header (J12_4, J34_4,J56_4). The output of the TK2150 is single-ended; therefore each output has a signal output (labeled OUT 1, OUT 2 etc.) and a ground output (labeled PGND 1, PGND 2, etc. on the bottom of the board). It should be noted that on the REV1.0 board, the outputs are mislabeled. OUT 1 should be swapped with OUT 2, OUT 3 should be swapped with OUT 4 and OUT5 should be swapped with OUT6. Once swapped, the output will match up to the input and offset trim labeling on the input section side. Please refer to the Board Connection Diagram for the header locations on the RB-TK2150 Six Channel Board.
BRIDGED OUTPUT
The RB-TK2150 Six Channel is not optimized for bridge mode. Though the TK2150 is capable of supporting 400W-500W, bridged into 8, the RB-TK2150 is not thermally optimized for full power, bridged mode testing. Also, the externally controlled current limit is optimized for single-ended operation and will trip before full power is achieved. If high power, bridge mode operation is needed, additional heat sinking may be required. In addition, higher current FETs will be likely be required depending on the supply voltage. Alternatively, the EB-TK2150 Six Channel board can be used, which is equipped with a larger heat sink and more capable fets for bridged mode operation.
INPUT
The input connection for each pair of channels of the board are made using a dual RCA connector. The dual RCA connectors are labeled INPUT 12, INPUT 34, and INPUT 56 (J12_0, J34_0, J56_0, respectively). Each dual RCA connectors share a common ground referenced to their respective TC2001. Please refer to the Board Connection Diagram for the connector locations on the RB-TK2150 Six Channel Board.
JUMPER SETTINGS
The board has both individual and global mute control via 2-pin headers. The individual mutes are located at J12_1, J34_1 and J56_1. Removing one of these jumpers will mute that pair of channels. Removing the jumper located at J2 (Master Mute) or placing a jumper in the "AMPS OFF" position will mute all 6 channels of the board. Please refer to the Board Connection Diagram for the mute jumper locations on the RB-TK2150 Six Channel Board. To minimize turn on/off pops, place the global mute jumper, located at J2, in the "AMPS OFF" position while bringing up/turning off, the power supplies.
3
RB-TK2150 - KL/Rev. 1.00/11.02
Tr i path Technol ogy, I nc. - Techni cal I nfor m ati on
INDICATOR LED'S
The RB-TK2150 has 3 red LEDs, D12_0, D34_0, and D56_0 labeled HMUTE 12, HMUTE34, and HMUTE56, respectively. An LED will glow red and the outputs associated with that LED will be muted when a fault occurs. The most likely causes for a fault are over-current, over-voltage or under-voltage. Please refer to the TK2150 Data Sheet for a complete description of HMUTE. Please refer to the Board Connection Diagram for the LED location on the RB-TK2150. Please note that removing J2 or placing a jumper in the "AMPS OFF" position will cause all 3 HMUTE LEDs to be illuminated. In addition, removing one of the individual mute jumpers will cause the associated LED to be illuminated.
OUTPUT OFFSET NULL
There are six potentiometers, R104-R604, that are used to manually trim the output offsets to 0Vdc. Please refer to the Board Connection Diagram for the potentiometer locations on the RB-TK1250 Six Channel Board. The reference board is shipped with offsets nulled within +/-10mV. As stated earlier, the REV1.0 board has the outputs mislabeled with respect to the Offset Trim labels for all six channels. Thus, adjusting the CH1 Offset Trim will change the DC offset on OUT 2 not OUT 1. Subsequent board revisions (after REV1.0) have corrected this mislabeling on the board.
GAIN SETTING
The gain of the RB-TK2150-1 is set to 13.3V/V. The gain of the RB-TK2150-2 is set to 19.95V/V. The gain of the TK2150 is the product of the TC2001 (control stage) gain and the TP2150 (power stage) gain. The control stage gain is set to .664V/V. The TP2150 (power stage) gain is determined from the maximum allowable feedback level for the modulator. Once the designer chooses the maximum supply voltages, the feedback level can be optimized and the power stage gain is set. From this point any minor gain adjustments can be made at the control stage. Before changing the gain of the RB-TK2150, please refer to the Amplifier Gain section of the TK2150 Data Sheet.
PERFORMING MEASUREMENTS ON THE RB-TK2150
The TK2150 operates by generating a high frequency switching signal based on the audio input. This signal is sent through a low-pass filter that recovers an amplified version of the audio input. The frequency of the switching pattern is spread spectrum in nature and typically varies between 100kHz and 1MHz, which is well above the 20Hz - 20kHz audio band. The pattern itself does not alter or distort the audio input signal, but it does introduce some inaudible components. The measurements of certain performance parameters, particularly noise related specifications such as THD+N, are significantly affected by the design of the low-pass filter used on the output as well as the bandwidth setting of the measurement instrument used. Unless the filter has a very sharp roll-off just beyond the audio band or the bandwidth of the measurement instrument is limited, some of the inaudible noise components introduced by the TK2150 amplifier switching pattern will degrade the measurement by including out of band (audio) energy. One feature of the TK2150 is that it does not require large multi-pole filters to achieve excellent performance in listening tests, usually a more critical factor than performance measurements. Though using a multi-pole filter may remove high-frequency noise and improve THD+N type measurements (when they are made with wide-bandwidth measuring equipment), these same filters degrade frequency response. The RB-TK2150 has a simple two-pole output filter with excellent performance in listening tests. (See Application Note 4 for additional information on bench testing)
DESIGN FILES
Soft copy design files in Protel 2.8 format as well as gerber files with embedded apertures are available upon request.
4 RB-TK2150 - KL/Rev. 1.00/11.02
Tr i path Technol ogy, I nc. -
Technical Information
Contact Information
TRIPATH TECHNOLOGY, INC 2560 Orchard Parkway, San Jose, CA 95131 408.750.3000 - P 408.750.3001 - F For more Sales Information, please visit us @ www.tripath.com/cont_s.htm For more Technical Information, please visit us @ www.tripath.com/data.htm
5
RB-TK2150 - KL/Rev. 1.00/11.02
1
2
3
4
VNN PGND VPP D 2
J5 POWER SUPPLY INPUT PWRCON3 L1 FBEAD 1 D
CHANNELS 1 AND 2 tk215012.sch
CHANNELS 3 AND 4 tk215034.sch
CHANNELS 5 AND 6 tk215056.sch
C
VPP PGND VNN VN10_OUT V5 AGND MUTE
VPP PGND VNN VN10_IN V5 AGND MUTE
VPP PGND VNN VN10_IN V5 AGND MUTE
C
B J2 MASTER MUTE JUMPER CON3 J1 V5 POWER SUPPLY INPUT
B
SUPPLY VOLTAGE RANGE +/-29V to +/-45V
A Title Size A Date: File: 1 2 3 12-Nov-2002 C:\WINDOWS\..\6CR112LV.PRJ Sheet of Drawn By: 4
SIX CHANNEL TK2150-1 (LV) REFERENCE BOARD DESIGN
Number Revision
A
1.0
1
2
3
4
D
D
INPUT STAGE 6c122001.sch Y1 Y1B Y2 Y2B FB1 PGND1 FB2 PGND2 V5 AGND OCRNT1 OCRNT2 VPP VNN B PGND MUTE
OUTPUT STAGE 6c122150.sch Y2 Y2B Y1 Y1B FB2 PGND2 FB1 PGND1 V5 AGND OCRNT2 OCRNT1 VPP VNN PGND VN10_OUT B
C
C
PGND VNN VPP AGND V5 MUTE A VN10_OUT Title Size A Date: File: 1 2 3 12-Nov-2002 C:\WINDOWS\..\TK215012.SCH Sheet of Drawn By: 4
SUPPLY VOLTAGE RANGE +/-29V to +/-45V
TK2150-1 (LV) REFERENCE BOARD CHANNELS 1 AND 2
Number Revision A
1.0
1
2
3
4
D
D
U12_0
V5
C12_1 0.1uF AGND FG2
1
R208 1K, 1% R209 PGND2 10.0K, 1% R210 1.10K, 1% C FB2 R206 10.0K, 1% C207 15pF AGND R108 1K, 1% R109 PGND1 10.0K, 1% R110 1.10K, 1% R106 FB1 10.0K, 1% C107 33pF AGND D12_0 AGND R12_0 2K, 5% LED Y1 Y1B Y2B Y2 R107 1.10K, 1% R105 1K, 1% R207 1.10K, 1% R205 1K, 1%
BIASCAP
IN2
28
IN2
R200
C200
INPUT2
IN2
R202 1M, 5% C202 0.1uF
V5
30.1K,1% 2.2uF R201 20K,1% 27 AGND
CH 2 OFFSET TRIM R204 50K POT
2
FBKGND2
OAOUT2
SET BBM0=0
J12_2 CON3 AGND J12_3 CON3
J12_0 AUDIO INPUT DUALRCA AGND C
3 AGND FBK2 4
DCMP
BBM0
26 V5 25 R12_1 1K, 1%
FBKOUT2
BBM1
SET BBM1=1
MUTE J12_1 MUTE REMOVE J12_1 SHUNT TO ENABLE MUTE R102
5
V5
VPWR
MUTE
24
FG1
6
FBKGND1
IN1
23
IN1
R100
C100 2.2uF
INPUT1
IN1
V5
30.1K,1% R101 20K,1% FBK1 7 FBKOUT1 OAOUT1 22
1M, 5% C102 0.1uF
CH 1 OFFSET TRIM R104 50K POT
8
HMUTE
V5
21
V5 C12_0 0.1uF
V5 VPP AGND R12_3 332K, 1%
AGND
9
Y1
AGND
20 AGND
10
Y1B
VPPSENSE
19 R12_4 332K, 1% R12_5 301K, 1% VNN
B
11
Y2B
OVRLDB
18
B
12
Y2
VNNSENSE
17 R12_6 909K, 1%
V5
13
NC
OCD1
16
OC1 C103 220pF R111 30.1K,1%
OCRNT2 R211 30.1K,1% AGND
OC2 C203 220pF
14
OCD2 TC2001
REF
15 OCRNT1 R12_2AGND 8.25K, 1% AGND
A
A
CHANNELS 1 AND 2
Title Size C Date: File: 1 2 3 12-Nov-2002 C:\WINDOWS\..\6C122001.SCH 4 Sheet of Drawn By:
6 CHANNEL RB-TK2150-1 (LV VERSION) INPUT STAGE
Number Revision
1.0
1
2
3
4
VPP HS100 HEATSINK
R115 0.01OHM/2W C113 33uF/100V C105 0.1uF/100V/X7R M100 FQP13N10 R113 33.2OHM/0.5W
SPCR100 AL02 SPACER
SPCR101 AL02 SPACER
SPCR200 AL02 SPACER
SPCR201 AL02 SPACER M200 FQP13N10 R213 33.2OHM/0.5W C205 0.1uF/100V/X7R C213 33uF/100V
R215
VPP
0.01OHM/2W HS200 HEATSINK
1
2
1
D204 MURS120T3 L200 18uH 1
D AMPOUT1 C109 0.15uF/100V R117 20OHM/2W PGND1
VNN
D104 MURS120T3 L100 18uH 2 C108 0.15uF/100V D105 MURS120T3 M101 FQP13N10 R114 33.2OHM/0.5W R116 0.01OHM/2W FB1 D103 1
VNN VNN PGND VPP C12_7 220uF/50V PGND R214 33.2OHM/0.5W M201 FQP13N10
2
VPP
D 2 C208 0.15uF/100V AMPOUT2 C209 0.15uF/100V R217 20OHM/2W PGND2 R216 0.01OHM/2W
VNN
C12_4 220uF/50V
C12_6 0.1uF/100V/X7R C12_5 0.1uF/100V/X7R
D205 MURS120T3
C112 0.1uF MURS120T3
C12_3 0.1uF VN10_12 VNN
C212 0.1uF D203 MURS120T3
FB2
44
42
49
46
43
41
40
38
47
50
37
35
48
51
36
34
45
VN10
VN10
NC
NC
NC
HO1COM
HO2COM
OCS1HN
NC
CHANNEL 1 AND 2 OUTPUT J12_4 AMPOUT2 PGND1 PGND2 AMPOUT1 52
39
LO1COM
SUB(VNN)
LO2COM
OCS2HN
HO1
OCS1HP
HO2
LO1
LO2
OCS2HP
33
NC
NC
32 C
C
53
OCS1LN
OCS2LN
31
54
OCSL1P
OCS2LP
30
C104 47uF/25V VN10_12 R112 240 OHM, 5% C111 0.1uF D102 MURS120T3
55
NC
NC
29
C204 47uF/25V VN10_12 D202 MURS120T3 C211 0.1uF R212 240 OHM, 5%
56
NC
NC
28
57 R12_8 10 OHM, 5% VN10_12 58 VNN C12_8 47uF/25V Q2 B VN10_OUT L2 100uH/0.25A VN10_OUT 2 1 C11 0.1uF C10 47uF/25V IRFR9110 10 OHM, 5% R9 61 D2 MURS120T3 VNN 1K, 1% C2 0.1uF 62 R8 SWFB 59
VBOOT1
VBOOT2
27
NC
NC
26
SW-FB
NC
25
SMPSO
60
SMPSO
NC
24
B
NC
NC
23
NC
NC
22
63
NC
NC
21
64 65
NC
NC
20
ANGD
AGND
OCD1
OCD2
DAP
Y2B
Y1B
CSS
NC
NC
NC
NC
NC
NC
NC
NC
NC
V5
Y2
Y1
U12_1 TP2150
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
AGND AGND A
C12_2 0.1uF AGND V5 OCRNT2
AGND
R10 0 OHM
AGND Y2 Y2B
AGND Y1B Y1
AGND
19
A
OCRNT1
CHANNELS 1 AND 2
Title
6 CHANNEL RB-TK2150-1 (LV VERSION) OUTPUT STAGE
Size C Date: File: 1 2 3 12-Nov-2002 C:\WINDOWS\..\6C122150.SCH 4 Sheet of Drawn By: Number Revision
1.0
1
2
3
4
D
D
INPUT STAGE 6c342001.sch Y3 Y3B Y4 Y4B FB3 PGND3 FB4 PGND4 V5 AGND OCRNT3 OCRNT4 VPP VNN B PGND MUTE
OUTPUT STAGE 6c342150.sch Y4 Y4B Y3 Y3B FB4 PGND4 FB3 PGND3 V5 AGND OCRNT4 OCRNT3 VPP VNN PGND VN10_IN B
C
C
PGND VNN VPP AGND V5 MUTE A VN10_IN Title Size A Date: File: 1 2 3 12-Nov-2002 C:\WINDOWS\..\TK215034.SCH Sheet of Drawn By: 4
SUPPLY VOLTAGE RANGE +/-29V to +/-45V
TK2150-1 (LV) REFERENCE BOARD CHANNELS 3 AND 4
Number Revision A
1.0
1
2
3
4
D
D
U34_0
V5
C34_1 0.1uF AGND FG4
1
R408 1K, 1% R409 PGND4 10.0K, 1% R410 1.10K, 1% C FB4 R406 10.0K, 1% C407 100pF AGND R308 1K, 1% R309 PGND3 10.0K, 1% R310 1.10K, 1% R306 FB3 10.0K, 1% C307 120pF AGND D34_0 AGND R34_0 2K, 5% LED Y3 Y3B Y4B Y4 R307 1.10K, 1% R305 1K, 1% R407 1.10K, 1% R405 1K, 1%
BIASCAP
IN2
28
IN4
R400
C400
INPUT4
IN4
R402 1M, 5% C402 0.1uF
V5
30.1K,1% 2.2uF R401 20K,1% 27 AGND
CH 2 OFFSET TRIM R404 50K POT
2
FBKGND2
OAOUT2
SET BBM0=0
J34_2 CON3 AGND J34_3 CON3
J34_0 AUDIO INPUT DUALRCA AGND C
3 AGND FBK4 4
DCMP
BBM0
26 V5 25 R34_1 1K, 1%
FBKOUT2
BBM1
SET BBM1=1
MUTE J34_1 MUTE REMOVE J34_1 SHUNT TO ENABLE MUTE R302
5
V5
VPWR
MUTE
24
FG3
6
FBKGND1
IN1
23
IN3
R300
C300 2.2uF
INPUT3
IN3
V5
30.1K,1% R301 20K,1% FBK3 7 FBKOUT1 OAOUT1 22
1M, 5% C302 0.1uF
CH 1 OFFSET TRIM R304 50K POT
8
HMUTE
V5
21
V5 C34_0 0.1uF
V5 VPP AGND R34_3 332K, 1%
AGND
9
Y1
AGND
20 AGND
10
Y1B
VPPSENSE
19 R34_4 332K, 1% R34_5 301K, 1% VNN
B
11
Y2B
OVRLDB
18
B
12
Y2
VNNSENSE
17 R34_6 909K, 1%
V5
13
NC
OCD1
16
OC3 C303 220pF R311 30.1K,1%
OCRNT4 R411 30.1K,1% AGND
OC4 C403 220pF
14
OCD2 TC2001
REF
15 OCRNT3 R34_2AGND 8.25K, 1% AGND
A
A
CHANNELS 3 AND 4
Title Size C Date: File: 1 2 3 12-Nov-2002 C:\WINDOWS\..\6C342001.SCH 4 Sheet of Drawn By:
6 CHANNEL RB-TK2150-1 (LV VERSION) INPUT STAGE
Number Revision
1.0
1
2
3
4
VPP HS300 HEATSINK
R315 0.01OHM/2W C313 33uF/100V C305 0.1uF/100V/X7R M300 FQP13N10 R313 33.2OHM/0.5W
SPCR300 AL02 SPACER
SPCR301 AL02 SPACER
SPCR400 AL02 SPACER
SPCR401 AL02 SPACER M400 FQP13N10 R413 33.2OHM/0.5W C405 0.1uF/100V/X7R C413 33uF/100V
R415
VPP
0.01OHM/2W HS400 HEATSINK
1
2
1
D404 MURS120T3 L400 18uH 1
D AMPOUT3 C309 0.15uF/100V R317 20OHM/2W PGND3
VNN
D304 MURS120T3 L300 18uH 2 C308 0.15uF/100V D305 MURS120T3 M301 FQP13N10 R314 33.2OHM/0.5W R316 0.01OHM/2W FB3 CHANNEL 3 AND 4 OUTPUT J34_4 AMPOUT4 PGND4 PGND3 AMPOUT3 D303 1
VNN VNN PGND VPP C34_7 220uF/50V PGND R414 33.2OHM/0.5W M401 FQP13N10
2
VPP
D 2 C408 0.15uF/100V AMPOUT4 C409 0.15uF/100V R417 20OHM/2W PGND4 R416 0.01OHM/2W
VNN
C34_4 220uF/50V
C34_6 0.1uF/100V/X7R C34_5 0.1uF/100V/X7R
D405 MURS120T3
C312 0.1uF MURS120T3
C34_3 0.1uF VN10_34 VNN
C412 0.1uF D403 MURS120T3
FB4
44
42
49
46
43
41
40
38
47
50
37
35
48
51
36
34
45
VN10
VN10
NC
NC
39
NC
HO1COM
HO2COM
OCS1HN
NC
LO1COM
SUB(VNN)
LO2COM
OCS2HN
HO1
OCS1HP
HO2
LO1
LO2
52 C 53
OCS2HP
33
NC
NC
32 C
OCS1LN
OCS2LN
31
54
OCSL1P
OCS2LP
30
C304 47uF/25V VN10_34 R312 240 OHM, 5% C311 0.1uF D302 MURS120T3
55
NC
NC
29
C404 47uF/25V VN10_34 D402 MURS120T3 C411 0.1uF R412 240 OHM, 5%
56
NC
NC
28
57
VBOOT1
VBOOT2
27
58
NC
NC
26
59
SW-FB
NC
25
B
60 R34_8 10 OHM, 5% VN10_IN VNN
SMPSO
NC
24
B
VN10_34 C34_8 47uF/25V
61
NC
NC
23
62
NC
NC
22
63
NC
NC
21
64 65
NC
NC
20
ANGD
AGND
OCD1
OCD2
DAP
Y2B
Y1B
CSS
NC
NC
NC
NC
NC
NC
NC
NC
NC
V5
Y2
Y1
U34_1 TP2150
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
AGND AGND A
C34_2 0.1uF AGND V5 OCRNT4
AGND
AGND Y4 Y4B OCRNT3
AGND Y3B Y3
AGND
19
A
CHANNELS 3 AND 4
Title
6 CHANNEL RB-TK2150-1 (LV VERSION) OUTPUT STAGE
Size C Date: File: 1 2 3 12-Nov-2002 C:\WINDOWS\..\6C342150.SCH 4 Sheet of Drawn By: Number Revision
1.0
1
2
3
4
D
D
INPUT STAGE 6c562001.sch Y5 Y5B Y6 Y6B FB5 PGND5 FB6 PGND6 V5 AGND OCRNT5 OCRNT6 VPP VNN B PGND MUTE
OUTPUT STAGE 6c562150.sch Y6 Y6B Y5 Y5B FB6 PGND6 FB5 PGND5 V5 AGND OCRNT6 OCRNT5 VPP VNN PGND VN10_IN B
C
C
PGND VNN VPP AGND V5 MUTE A VN10_IN Title Size A Date: File: 1 2 3 12-Nov-2002 C:\WINDOWS\..\TK215056.SCH Sheet of Drawn By: 4
SUPPLY VOLTAGE RANGE +/-29V to +/-45V
TK2150-1 (LV) REFERENCE BOARD CHANNELS 5 AND 6
Number Revision A
1.0
1
2
3
4
D
D
U56_0
V5
C56_1 0.1uF AGND FG6
1
R608 1K, 1% R609 PGND6 10.0K, 1% R610 1.10K, 1% C FB6 R606 10.0K, 1% C607 270pF AGND R508 1K, 1% R509 PGND5 10.0K, 1% R510 1.10K, 1% R506 FB5 10.0K, 1% C507 150pF AGND D56_0 AGND R56_0 2K, 5% LED Y5 Y5B Y6B Y6 R507 1.10K, 1% R505 1K, 1% R607 1.10K, 1% R605 1K, 1%
BIASCAP
IN2
28
IN6
R600
C600
INPUT6
IN6
R602 1M, 5% C602 0.1uF
V5
30.1K,1% 2.2uF R601 20K,1% 27 AGND
CH 2 OFFSET TRIM R604 50K POT
2
FBKGND2
OAOUT2
SET BBM0=0
J56_2 CON3 AGND J56_3 CON3
J56_0 AUDIO INPUT DUALRCA AGND C
3 AGND FBK6 4
DCMP
BBM0
26 V5 25 R56_1 1K, 1%
FBKOUT2
BBM1
SET BBM1=1
MUTE J56_1 MUTE REMOVE J56_1 SHUNT TO ENABLE MUTE R502
5
V5
VPWR
MUTE
24
FG5
6
FBKGND1
IN1
23
IN5
R500
C500 2.2uF
INPUT5
IN5
V5
30.1K,1% R501 20K,1% FBK5 7 FBKOUT1 OAOUT1 22
1M, 5% C502 0.1uF
CH 1 OFFSET TRIM R504 50K POT
8
HMUTE
V5
21
V5 C56_0 0.1uF
V5 VPP AGND R56_3 332K, 1%
AGND
9
Y1
AGND
20 AGND
10
Y1B
VPPSENSE
19 R56_4 332K, 1% R56_5 301K, 1% VNN
B
11
Y2B
OVRLDB
18
B
12
Y2
VNNSENSE
17 R56_6 909K, 1%
V5
13
NC
OCD1
16
OC5 C503 220pF R511 30.1K,1%
OCRNT6 R611 30.1K,1% AGND
OC6 C603 220pF
14
OCD2 TC2001
REF
15 OCRNT5 R56_2AGND 8.25K, 1% AGND
A
A
Title Size C Date: File: 1 2 3
6 CHANNEL RB-TK2150-1 (LV VERSION) INPUT STAGE
Number 12-Nov-2002 C:\WINDOWS\..\6C562001.SCH 4 Sheet of Drawn By: Revision
1.0
1
2
3
4
VPP HS500 HEATSINK
R515 0.01OHM/2W C513 33uF/100V C505 0.1uF/100V/X7R M500 FQP13N10 R513 33.2OHM/0.5W
SPCR500 AL02 SPACER
SPCR501 AL02 SPACER
SPCR600 AL02 SPACER
SPCR601 AL02 SPACER M600 FQP13N10 R613 33.2OHM/0.5W C605 0.1uF/100V/X7R C613 33uF/100V
R615
VPP
0.01OHM/2W HS600 HEATSINK
1
2
1
D604 MURS120T3 L600 18uH 1
D AMPOUT5 C509 0.15uF/100V R517 20OHM/2W PGND5
VNN
D504 MURS120T3 L500 18uH 2 C508 0.15uF/100V D505 MURS120T3 M501 FQP13N10 R514 33.2OHM/0.5W R516 0.01OHM/2W FB5 D503 1
VNN VNN PGND VPP C56_7 220uF/50V PGND R614 33.2OHM/0.5W M601 FQP13N10
2
VPP
D 2 C608 0.15uF/100V AMPOUT6 C609 0.15uF/100V R617 20OHM/2W PGND6 R616 0.01OHM/2W
VNN
C56_4 220uF/50V
C56_6 0.1uF/100V/X7R C56_5 0.1uF/100V/X7R
D605 MURS120T3
C512 0.1uF MURS120T3
C56_3 0.1uF VN10_56 VNN
C612 0.1uF D603 MURS120T3
FB6
44
42
49
46
43
41
40
38
47
50
37
35
48
51
36
34
45
VN10
VN10
NC
NC
39
NC
HO1COM
HO2COM
OCS1HN
NC
LO1COM
SUB(VNN)
OCS1HP
AMPOUT6 PGND6 PGND5 AMPOUT5 C
52
OCS2HP
J56_4
LO2COM
OCS2HN
HO1
HO2
LO1
LO2
33
CHANNEL 5 AND 6 OUTPUT
NC
NC
32 C
53
OCS1LN
OCS2LN
31
54
OCSL1P
OCS2LP
30
C504 47uF/25V VN10_56 R512 240 OHM, 5% C511 0.1uF D502 MURS120T3
55
NC
NC
29
C604 47uF/25V VN10_56 D602 MURS120T3 C611 0.1uF R612 240 OHM, 5%
56
NC
NC
28
57
VBOOT1
VBOOT2
27
58
NC
NC
26
59 R56_8 10 OHM, 5% B VN10_IN VNN VN10_56 60 C56_8 47uF/25V 61
SW-FB
NC
25
SMPSO
NC
24
B
NC
NC
23
62
NC
NC
22
63
NC
NC
21
64 65
NC
NC
20
ANGD
AGND
OCD1
OCD2
DAP
Y2B
Y1B
CSS
NC
NC
NC
NC
NC
NC
NC
NC
NC
V5
Y2
Y1
U56_1 TP2150
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
AGND AGND A
C56_2 0.1uF AGND V5 OCRNT6
AGND
AGND Y6 Y6B OCRNT5
AGND Y5B Y5
AGND
19
A
CHANNELS 5 AND 6
Title
6 CHANNEL RB-TK2150-1 (LV VERSION) OUTPUT STAGE
Size C Date: File: 1 2 3 12-Nov-2002 C:\WINDOWS\..\6C562150.SCH 4 Sheet of Drawn By: Number Revision
1.0
C:\WINDOWS\DESKTOP\LAYOUTS\TK2150PC\6C2150R1\2150LV~1\6CR112LV.BOM 14:13:51 12-Nov-2002
Bill of Material for C:\WINDOWS\DESKTOP\LAYOUTS\TK2150PC\6C2150R1\2150LV~1\6CR112LV.Prj Used ==== 1 12 12 32 Designator ==================== R10 R115 R116 R215 R216 R315 R316 R415 R416 R515 R516 R615 R616 0.15uF/100V C108 C109 C208 C209 C308 C309 C408 C409 C508 C509 C608 C609 0.1uF C102 C11 C111 C112 C12_0 C12_1 C12_2 C12_3 C2 C202 C211 C212 C302 C311 C312 C34_0 C34_1 C34_2 C34_3 C402 C411 C412 C502 C511 C512 C56_0 C56_1 C56_2 C56_3 C602 C611 C612 0.1uF/100V/X7R C105 C12_5 C12_6 C205 C305 C34_5 C34_6 C405 C505 C56_5 C56_6 C605 1.10K, 1% R107 R110 R207 R210 R307 R310 R407 R410 R507 R510 R607 R610 10 OHM, 5% R12_8 R34_8 R56_8 R8 10.0K, 1% R106 R109 R206 R209 R306 R309 R406 R409 R506 R509 R606 R609 100pF C407 100uH/0.25A L2 120pF C307 150pF C507 15pF C207 18uH L100 L200 L300 L400 L500 L600 1K, 1% R105 R108 R12_1 R205 R208 R305 R308 R34_1 R405 R408 R505 R508 R56_1 R605 R608 R9 1M, 5% R102 R202 R302 R402 R502 R602 2.2uF C100 C200 C300 C400 C500 C600 20K,1% R101 R201 R301 R401 R501 R601 20OHM/2W R117 R217 R317 R417 R517 R617 220pF C103 C203 C303 C403 C503 C603 220uF/50V C12_4 C12_7 C34_4 C34_7 C56_4 C56_7 240 OHM, 5% R112 R212 R312 R412 R512 R612 270pF C607 2K, 5% R12_0 R34_0 R56_0 30.1K,1% R100 R111 R200 R211 Part Type ============== 0 OHM 0.01OHM/2W Footprint =========== 0805 RLVR1RG2 C0U22PL10 0805 Part Field 1 =================== * OHMITE PANASONIC 20% TOL. Part Field 2 ================= * 12FR010 ECQ-V1154JM * Part Field 3 =========================== * DK 12FR010-ND DK P4727-ND *
12
1210
KEMET
C1210C104K1RACTU
DK 399-1268-1-ND
12 4 12 1 1 1 1 1 6 16
0805 0805 0805 0805 IND1UH 0805 0805 0805 T80 0805
* * * NPO 5% TOKO NPO 5% NPO 5% NPO 5% AMERICAN CORES *
* * * * 187LY-101J * * * AW800-06-57T-24-V *
* * * * DK TK4300-ND * * * T80--2 CORE 57TURNS / 24AWG *
6 6 6 6 6 6 6 1 3 12
0805 C10UEL05 0805 PWR2W 0805 C100UEL06 0805 0805 0805 0805
* PANASONIC * PANASONIC NPO 5% PANASONIC * NPO 5% *
* ECA-1HHG2R2 * ERG-2SJ200 * EEU-FC1H221 * * *
* DK P5564-ND * DK P20W-2BK-ND * DK P10325-ND * * *
Page 1
C:\WINDOWS\DESKTOP\LAYOUTS\TK2150PC\6C2150R1\2150LV~1\6CR112LV.BOM 14:13:51 12-Nov-2002
3 12 6 1 6 10 6 3 3 12
301K, 1% 33.2OHM/0.5W 332K, 1% 33pF 33uF/100V 47uF/25V 50K POT 8.25K, 1% 909K, 1% AL02 SPACER
1 7 3 3 1 12 3 6 1 3 25
CON2LPWR CON3 CON4 DUALRCA FBEAD FQP13N10 HDR2 HEATSINK IRFR9110 LED MURS120T3
1 3 3
PWRCON3 TC2001 TP2150
R300 R311 R400 R411 R500 R511 R600 R611 R12_5 R34_5 R56_5 R113 R114 R213 R214 R313 R314 R413 R414 R513 R514 R613 R614 R12_3 R12_4 R34_3 R34_4 R56_3 R56_4 C107 C113 C213 C313 C413 C513 C613 C10 C104 C12_8 C204 C304 C34_8 C404 C504 C56_8 C604 R104 R204 R304 R404 R504 R604 R12_2 R34_2 R56_2 R12_6 R34_6 R56_6 SPCR100 SPCR101 SPCR200 SPCR201 SPCR300 SPCR301 SPCR400 SPCR401 SPCR500 SPCR501 SPCR600 SPCR601 J1 J12_2 J12_3 J2 J34_2 J34_3 J56_2 J56_3 J12_4 J34_4 J56_4 J12_0 J34_0 J56_0 L1 M100 M101 M200 M201 M300 M301 M400 M401 M500 M501 M600 M601 J12_1 J34_1 J56_1 HS100 HS200 HS300 HS400 HS500 HS600 Q2 D12_0 D34_0 D56_0 D102 D103 D104 D105 D2 D202 D203 D204 D205 D302 D303 D304 D305 D402 D403 D404 D405 D502 D503 D504 D505 D602 D603 D604 D605 J5 U12_0 U34_0 U56_0 U12_1 U34_1 U56_1
0805 2010 0805 0805 C100UEL06 C10UEL05 POTSTURN
* PANASONIC * NPO 5% PANASONIC PANASONIC BOURNS
* ERJ-12SF33R2U * * EEU-FC2A330 ECA-1EHG470 3306P-1-503 * * 4170
* DK P33.2ACCT-ND * * DK P10771-ND DK P5539-ND DK 3306P-503-ND * * *
0805 * 0805 * TO220SPACER AAVID THERMALLOY
CON2B 0805JMPR PWR4 DUALRCAVERT 2010 TO220
WALDOM * WALDOM CUI INC. * FAIRCHILD SEMI
22-23-2021 * 26-60-4040 RCJ-2223 * FQP13N10 * 529802B02500
DK WM4200-ND * DK WM4622-ND DK CP-1435-ND * * * MSR 532-529802B25 DK IRFR9110-ND * NWK 08F2006
GJMPR001 * 657HEATSINK AAVID DPAK LED1 SMB
INTERNATIONAL RECT. IRFR9110 RED LED * ON SEMICONDUCTOR MURS120T3
CON3 SOP28 LQFP64
WALDOM TRIPATH TECHNOLOGY TRIPATH TECHNOLOGY
26-60-4030 * *
DK WM4621-ND * *
1
2
3
4
VNN PGND VPP D 2
J5 POWER SUPPLY INPUT PWRCON3 L1 FBEAD 1 D
CHANNELS 1 AND 2 tk215012.sch
CHANNELS 3 AND 4 tk215034.sch
CHANNELS 5 AND 6 tk215056.sch
C
VPP PGND VNN VN10_OUT V5 AGND MUTE
VPP PGND VNN VN10_IN V5 AGND MUTE
VPP PGND VNN VN10_IN V5 AGND MUTE
C
B J2 MASTER MUTE JUMPER CON3 J1 V5 POWER SUPPLY INPUT
B
SUPPLY VOLTAGE RANGE +/-39V to +/-60V
A Title Size A Date: File: 1 2 3 12-Nov-2002 C:\WINDOWS\..\6CR112HV.PRJ Sheet of Drawn By: 4
SIX CHANNEL TK2150-2 (HV) REFERENCE BOARD DESIGN
Number Revision
A
1.0
1
2
3
4
D
D
INPUT STAGE 6c122001.sch Y1 Y1B Y2 Y2B FB1 PGND1 FB2 PGND2 V5 AGND OCRNT1 OCRNT2 VPP VNN B PGND MUTE
OUTPUT STAGE 6c122150.sch Y2 Y2B Y1 Y1B FB2 PGND2 FB1 PGND1 V5 AGND OCRNT2 OCRNT1 VPP VNN PGND VN10_OUT B
C
C
PGND VNN VPP AGND V5 MUTE A VN10_OUT Title Size A Date: File: 1 2 3 12-Nov-2002 C:\WINDOWS\..\TK215012.SCH Sheet of Drawn By: 4
SUPPLY VOLTAGE RANGE +/-39V to +/-60V
TK2150-2 (HV) REFERENCE BOARD CHANNELS 1 AND 2
Number Revision A
1.0
1
2
3
4
D
D
U12_0
V5
C12_1 0.1uF AGND FG2
1
R208 1K, 1% R209 PGND2 15.0K, 1% R210 1.07K, 1% C FB2 R206 15.0K, 1% C207 15pF AGND R108 1K, 1% R109 PGND1 15.0K, 1% R110 1.07K, 1% R106 FB1 15.0K, 1% C107 27pF AGND D12_0 AGND R12_0 2K, 5% LED Y1 Y1B Y2B Y2 R107 1.07K, 1% R105 1K, 1% R207 1.07K, 1% R205 1K, 1%
BIASCAP
IN2
28
IN2
R200
C200
INPUT2
IN2
R202 1M, 5% C202 0.1uF
V5
30.1K,1% 2.2uF R201 20K,1% 27 AGND
CH 2 OFFSET TRIM R204 50K POT
2
FBKGND2
OAOUT2
SET BBM0=0
J12_2 CON3 AGND J12_3 CON3
J12_0 AUDIO INPUT DUALRCA AGND C
3 AGND FBK2 4
DCMP
BBM0
26 V5 25 R12_1 1K, 1%
FBKOUT2
BBM1
SET BBM1=1
MUTE J12_1 MUTE REMOVE J12_1 SHUNT TO ENABLE MUTE R102
5
V5
VPWR
MUTE
24
FG1
6
FBKGND1
IN1
23
IN1
R100
C100 2.2uF
INPUT1
IN1
V5
30.1K,1% R101 20K,1% FBK1 7 FBKOUT1 OAOUT1 22
1M, 5% C102 0.1uF
CH 1 OFFSET TRIM R104 50K POT
8
HMUTE
V5
21
V5 C12_0 0.1uF
V5 VPP AGND R12_3 442K, 1%
AGND
9
Y1
AGND
20 AGND
10
Y1B
VPPSENSE
19 R12_4 442K, 1% R12_5 402K, 1% VNN
B
11
Y2B
OVRLDB
18
B
12
Y2
VNNSENSE
17 R12_6 1.21M, 1%
V5
13
NC
OCD1
16
OC1 C103 220pF R111 24.9K,1%
OCRNT2 R211 24.9K,1% AGND
OC2 C203 220pF
14
OCD2 TC2001
REF
15 OCRNT1 R12_2AGND 8.25K, 1% AGND
A
A
CHANNELS 1 AND 2
Title Size C Date: File: 1 2 3 12-Nov-2002 C:\WINDOWS\..\6C122001.SCH 4 Sheet of Drawn By:
6 CHANNEL RB-TK2150-2 (HV VERSION) INPUT STAGE
Number Revision
1.0
1
2
3
4
VPP HS100 HEATSINK
R115 0.01OHM/2W C113 33uF/160V C105 0.1uF/250V M100 FQP16N15 R113 15.4OHM/0.5W
SPCR100 AL02 SPACER
SPCR101 AL02 SPACER
SPCR200 AL02 SPACER
SPCR201 AL02 SPACER M200 FQP16N15 R213 15.4OHM/0.5W C205 0.1uF/250V C213 33uF/160V
R215
VPP
0.01OHM/2W HS200 HEATSINK
1
2
1
D204 MURS120T3 L200 18uH 1
D AMPOUT1 C109 0.15uF/100V R117 20OHM/2W PGND1
VNN
D104 MURS120T3 L100 18uH 2 C108 0.15uF/100V D105 MURS120T3 M101 FQP16N15 R114 15.4OHM/0.5W R116 0.01OHM/2W FB1 D103 1
VNN VNN PGND VPP C12_7 220uF/63V PGND R214 15.4OHM/0.5W M201 FQP16N15
2
VPP
D 2 C208 0.15uF/100V AMPOUT2 C209 0.15uF/100V R217 20OHM/2W PGND2 R216 0.01OHM/2W
VNN
C12_4 220uF/63V
C12_6 0.1uF/100V/X7R C12_5 0.1uF/100V/X7R
D205 MURS120T3
C112 0.1uF MURS120T3
C12_3 0.1uF VN10_12 VNN
C212 0.1uF D203 MURS120T3
FB2
44
42
49
46
43
41
40
38
47
50
37
35
48
51
36
34
45
VN10
VN10
NC
NC
NC
HO1COM
HO2COM
OCS1HN
NC
CHANNEL 1 AND 2 OUTPUT J12_4 AMPOUT2 PGND1 PGND2 AMPOUT1 52
39
LO1COM
SUB(VNN)
LO2COM
OCS2HN
HO1
OCS1HP
HO2
LO1
LO2
OCS2HP
33
NC
NC
32 C
C
53
OCS1LN
OCS2LN
31
54
OCSL1P
OCS2LP
30
C104 47uF/25V VN10_12 R112 240 OHM, 5% C111 0.1uF D102 MURS120T3
55
NC
NC
29
C204 47uF/25V VN10_12 D202 MURS120T3 C211 0.1uF R212 240 OHM, 5%
56
NC
NC
28
57 R12_8 10 OHM, 5% VN10_12 58 VNN C12_8 47uF/25V Q2 B VN10_OUT L2 100uH/0.25A VN10_OUT 2 1 C11 0.1uF C10 47uF/25V IRFR9110 10 OHM, 5% R9 61 D2 MURS120T3 VNN 1K, 1% C2 0.1uF 62 R8 SWFB 59
VBOOT1
VBOOT2
27
NC
NC
26
SW-FB
NC
25
SMPSO
60
SMPSO
NC
24
B
NC
NC
23
NC
NC
22
63
NC
NC
21
64 65
NC
NC
20
ANGD
AGND
OCD1
OCD2
DAP
Y2B
Y1B
CSS
NC
NC
NC
NC
NC
NC
NC
NC
NC
V5
Y2
Y1
U12_1 TP2150
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
AGND AGND A
C12_2 0.1uF AGND V5 OCRNT2
AGND
R10 0 OHM
AGND Y2 Y2B
AGND Y1B Y1
AGND
19
A
OCRNT1
CHANNELS 1 AND 2
Title
6 CHANNEL RB-TK2150-2 (HV VERSION) OUTPUT STAGE
Size C Date: File: 1 2 3 12-Nov-2002 C:\WINDOWS\..\6C122150.SCH 4 Sheet of Drawn By: Number Revision
1.0
1
2
3
4
D
D
INPUT STAGE 6c342001.sch Y3 Y3B Y4 Y4B FB3 PGND3 FB4 PGND4 V5 AGND OCRNT3 OCRNT4 VPP VNN B PGND MUTE
OUTPUT STAGE 6c342150.sch Y4 Y4B Y3 Y3B FB4 PGND4 FB3 PGND3 V5 AGND OCRNT4 OCRNT3 VPP VNN PGND VN10_IN B
C
C
PGND VNN VPP AGND V5 MUTE A VN10_IN Title Size A Date: File: 1 2 3 12-Nov-2002 C:\WINDOWS\..\TK215034.SCH Sheet of Drawn By: 4
SUPPLY VOLTAGE RANGE +/-39V to +/-60V
TK2150-2 (HV) REFERENCE BOARD CHANNELS 3 AND 4
Number Revision A
1.0
1
2
3
4
D
D
U34_0
V5
C34_1 0.1uF AGND FG4
1
R408 1K, 1% R409 PGND4 15.0K, 1% R410 1.07K, 1% C FB4 R406 15.0K, 1% C407 100pF AGND R308 1K, 1% R309 PGND3 15.0K, 1% R310 1.07K, 1% R306 FB3 15.0K, 1% C307 120pF AGND D34_0 AGND R34_0 2K, 5% LED Y3 Y3B Y4B Y4 R307 1.07K, 1% R305 1K, 1% R407 1.07K, 1% R405 1K, 1%
BIASCAP
IN2
28
IN4
R400
C400
INPUT4
IN4
R402 1M, 5% C402 0.1uF
V5
30.1K,1% 2.2uF R401 20K,1% 27 AGND
CH 2 OFFSET TRIM R404 50K POT
2
FBKGND2
OAOUT2
SET BBM0=0
J34_2 CON3 AGND J34_3 CON3
J34_0 AUDIO INPUT DUALRCA AGND C
3 AGND FBK4 4
DCMP
BBM0
26 V5 25 R34_1 1K, 1%
FBKOUT2
BBM1
SET BBM1=1
MUTE J34_1 MUTE REMOVE J34_1 SHUNT TO ENABLE MUTE R302
5
V5
VPWR
MUTE
24
FG3
6
FBKGND1
IN1
23
IN3
R300
C300 2.2uF
INPUT3
IN3
V5
30.1K,1% R301 20K,1% FBK3 7 FBKOUT1 OAOUT1 22
1M, 5% C302 0.1uF
CH 1 OFFSET TRIM R304 50K POT
8
HMUTE
V5
21
V5 C34_0 0.1uF
V5 VPP AGND R34_3 442K, 1%
AGND
9
Y1
AGND
20 AGND
10
Y1B
VPPSENSE
19 R34_4 442K, 1% R34_5 402K, 1% VNN
B
11
Y2B
OVRLDB
18
B
12
Y2
VNNSENSE
17 R34_6 1.21M, 1%
V5
13
NC
OCD1
16
OC3 C303 220pF R311 24.9K,1%
OCRNT4 R411 24.9K,1% AGND
OC4 C403 220pF
14
OCD2 TC2001
REF
15 OCRNT3 R34_2AGND 8.25K, 1% AGND
A
A
CHANNELS 3 AND 4
Title Size C Date: File: 1 2 3 12-Nov-2002 C:\WINDOWS\..\6C342001.SCH 4 Sheet of Drawn By:
6 CHANNEL RB-TK2150-2 (HV VERSION) INPUT STAGE
Number Revision
1.0
1
2
3
4
VPP HS300 HEATSINK
R315 0.01OHM/2W C313 33uF/160V C305 0.1uF/250V M300 FQP16N15 R313 15.4OHM/0.5W
SPCR300 AL02 SPACER
SPCR301 AL02 SPACER
SPCR400 AL02 SPACER
SPCR401 AL02 SPACER M400 FQP16N15 R413 15.4OHM/0.5W C405 0.1uF/250V C413 33uF/160V
R415
VPP
0.01OHM/2W HS400 HEATSINK
1
2
1
D404 MURS120T3 L400 18uH 1
D AMPOUT3 C309 0.15uF/100V R317 20OHM/2W PGND3
VNN
D304 MURS120T3 L300 18uH 2 C308 0.15uF/100V D305 MURS120T3 M301 FQP16N15 R314 15.4OHM/0.5W R316 0.01OHM/2W FB3 CHANNEL 3 AND 4 OUTPUT J34_4 AMPOUT4 PGND4 PGND3 AMPOUT3 D303 1
VNN VNN PGND VPP C34_7 220uF/63V PGND R414 15.4OHM/0.5W M401 FQP16N15
2
VPP
D 2 C408 0.15uF/100V AMPOUT4 C409 0.15uF/100V R417 20OHM/2W PGND4 R416 0.01OHM/2W
VNN
C34_4 220uF/63V
C34_6 0.1uF/100V/X7R C34_5 0.1uF/100V/X7R
D405 MURS120T3
C312 0.1uF MURS120T3
C34_3 0.1uF VN10_34 VNN
C412 0.1uF D403 MURS120T3
FB4
44
42
49
46
43
41
40
38
47
50
37
35
48
51
36
34
45
VN10
VN10
NC
NC
39
NC
HO1COM
HO2COM
OCS1HN
NC
LO1COM
SUB(VNN)
LO2COM
OCS2HN
HO1
OCS1HP
HO2
LO1
LO2
52 C 53
OCS2HP
33
NC
NC
32 C
OCS1LN
OCS2LN
31
54
OCSL1P
OCS2LP
30
C304 47uF/25V VN10_34 R312 240 OHM, 5% C311 0.1uF D302 MURS120T3
55
NC
NC
29
C404 47uF/25V VN10_34 D402 MURS120T3 C411 0.1uF R412 240 OHM, 5%
56
NC
NC
28
57
VBOOT1
VBOOT2
27
58
NC
NC
26
59
SW-FB
NC
25
B
60 R34_8 10 OHM, 5% VN10_IN VNN
SMPSO
NC
24
B
VN10_34 C34_8 47uF/25V
61
NC
NC
23
62
NC
NC
22
63
NC
NC
21
64 65
NC
NC
20
ANGD
AGND
OCD1
OCD2
DAP
Y2B
Y1B
CSS
NC
NC
NC
NC
NC
NC
NC
NC
NC
V5
Y2
Y1
U34_1 TP2150
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
AGND AGND A
C34_2 0.1uF AGND V5 OCRNT4
AGND
AGND Y4 Y4B OCRNT3
AGND Y3B Y3
AGND
19
A
CHANNELS 3 AND 4
Title
6 CHANNEL RB-TK2150-2 (HV VERSION) OUTPUT STAGE
Size C Date: File: 1 2 3 12-Nov-2002 C:\WINDOWS\..\6C342150.SCH 4 Sheet of Drawn By: Number Revision
1.0
1
2
3
4
D
D
INPUT STAGE 6c562001.sch Y5 Y5B Y6 Y6B FB5 PGND5 FB6 PGND6 V5 AGND OCRNT5 OCRNT6 VPP VNN B PGND MUTE
OUTPUT STAGE 6c562150.sch Y6 Y6B Y5 Y5B FB6 PGND6 FB5 PGND5 V5 AGND OCRNT6 OCRNT5 VPP VNN PGND VN10_IN B
C
C
PGND VNN VPP AGND V5 MUTE A VN10_IN Title Size A Date: File: 1 2 3 12-Nov-2002 C:\WINDOWS\..\TK215056.SCH Sheet of Drawn By: 4
SUPPLY VOLTAGE RANGE +/-39V to +/-60V
TK2150-2 (HV) REFERENCE BOARD CHANNELS 5 AND 6
Number Revision A
1.0
1
2
3
4
D
D
U56_0
V5
C56_1 0.1uF AGND FG6
1
R608 1K, 1% R609 PGND6 15.0K, 1% R610 1.07K, 1% C FB6 R606 15.0K, 1% C607 270pF AGND R508 1K, 1% R509 PGND5 15.0K, 1% R510 1.07K, 1% R506 FB5 15.0K, 1% C507 150pF AGND D56_0 AGND R56_0 2K, 5% LED Y5 Y5B Y6B Y6 R507 1.07K, 1% R505 1K, 1% R607 1.07K, 1% R605 1K, 1%
BIASCAP
IN2
28
IN6
R600
C600
INPUT6
IN6
R602 1M, 5% C602 0.1uF
V5
30.1K,1% 2.2uF R601 20K,1% 27 AGND
CH 2 OFFSET TRIM R604 50K POT
2
FBKGND2
OAOUT2
SET BBM0=0
J56_2 CON3 AGND J56_3 CON3
J56_0 AUDIO INPUT DUALRCA AGND C
3 AGND FBK6 4
DCMP
BBM0
26 V5 25 R56_1 1K, 1%
FBKOUT2
BBM1
SET BBM1=1
MUTE J56_1 MUTE REMOVE J56_1 SHUNT TO ENABLE MUTE R502
5
V5
VPWR
MUTE
24
FG5
6
FBKGND1
IN1
23
IN5
R500
C500 2.2uF
INPUT5
IN5
V5
30.1K,1% R501 20K,1% FBK5 7 FBKOUT1 OAOUT1 22
1M, 5% C502 0.1uF
CH 1 OFFSET TRIM R504 50K POT
8
HMUTE
V5
21
V5 C56_0 0.1uF
V5 VPP AGND R56_3 442K, 1%
AGND
9
Y1
AGND
20 AGND
10
Y1B
VPPSENSE
19 R56_4 442K, 1% R56_5 402K, 1% VNN
B
11
Y2B
OVRLDB
18
B
12
Y2
VNNSENSE
17 R56_6 1.21M, 1%
V5
13
NC
OCD1
16
OC5 C503 220pF R511 24.9K,1%
OCRNT6 R611 24.9K,1% AGND
OC6 C603 220pF
14
OCD2 TC2001
REF
15 OCRNT5 R56_2AGND 8.25K, 1% AGND
A
A
Title Size C Date: File: 1 2 3
6 CHANNEL RB-TK2150-2 (HV VERSION) INPUT STAGE
Number 12-Nov-2002 C:\WINDOWS\..\6C562001.SCH 4 Sheet of Drawn By: Revision
1.0
1
2
3
4
VPP HS500 HEATSINK
R515 0.01OHM/2W C513 33uF/160V C505 0.1uF/250V M500 FQP16N15 R513 15.4OHM/0.5W
SPCR500 AL02 SPACER
SPCR501 AL02 SPACER
SPCR600 AL02 SPACER
SPCR601 AL02 SPACER M600 FQP16N15 R613 15.4OHM/0.5W C605 0.1uF/250V C613 33uF/160V
R615
VPP
0.01OHM/2W HS600 HEATSINK
1
2
1
D604 MURS120T3 L600 18uH 1
D AMPOUT5 C509 0.15uF/100V R517 20OHM/2W PGND5
VNN
D504 MURS120T3 L500 18uH 2 C508 0.15uF/100V D505 MURS120T3 M501 FQP16N15 R514 15.4OHM/0.5W R516 0.01OHM/2W FB5 D503 1
VNN VNN PGND VPP C56_7 220uF/63V PGND R614 15.4OHM/0.5W M601 FQP16N15
2
VPP
D 2 C608 0.15uF/100V AMPOUT6 C609 0.15uF/100V R617 20OHM/2W PGND6 R616 0.01OHM/2W
VNN
C56_4 220uF/63V
C56_6 0.1uF/100V/X7R C56_5 0.1uF/100V/X7R
D605 MURS120T3
C512 0.1uF MURS120T3
C56_3 0.1uF VN10_56 VNN
C612 0.1uF D603 MURS120T3
FB6
44
42
49
46
43
41
40
38
47
50
37
35
48
51
36
34
45
VN10
VN10
NC
NC
39
NC
HO1COM
HO2COM
OCS1HN
NC
LO1COM
SUB(VNN)
OCS1HP
AMPOUT6 PGND6 PGND5 AMPOUT5 C
52
OCS2HP
J56_4
LO2COM
OCS2HN
HO1
HO2
LO1
LO2
33
CHANNEL 5 AND 6 OUTPUT
NC
NC
32 C
53
OCS1LN
OCS2LN
31
54
OCSL1P
OCS2LP
30
C504 47uF/25V VN10_56 R512 240 OHM, 5% C511 0.1uF D502 MURS120T3
55
NC
NC
29
C604 47uF/25V VN10_56 D602 MURS120T3 C611 0.1uF R612 240 OHM, 5%
56
NC
NC
28
57
VBOOT1
VBOOT2
27
58
NC
NC
26
59 R56_8 10 OHM, 5% B VN10_IN VNN VN10_56 60 C56_8 47uF/25V 61
SW-FB
NC
25
SMPSO
NC
24
B
NC
NC
23
62
NC
NC
22
63
NC
NC
21
64 65
NC
NC
20
ANGD
AGND
OCD1
OCD2
DAP
Y2B
Y1B
CSS
NC
NC
NC
NC
NC
NC
NC
NC
NC
V5
Y2
Y1
U56_1 TP2150
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
AGND AGND A
C56_2 0.1uF AGND V5 OCRNT6
AGND
AGND Y6 Y6B OCRNT5
AGND Y5B Y5
AGND
19
A
CHANNELS 5 AND 6
Title
6 CHANNEL RB-TK2150-2 (HV VERSION) OUTPUT STAGE
Size C Date: File: 1 2 3 12-Nov-2002 C:\WINDOWS\..\6C562150.SCH 4 Sheet of Drawn By: Number Revision
1.0
C:\WINDOWS\DESKTOP\LAYOUTS\TK2150PC\6C2150R1\2150HV~1\6CR112HV.BOM 13:53:37 12-Nov-2002
Bill of Material for C:\WINDOWS\DESKTOP\LAYOUTS\TK2150PC\6C2150R1\2150HV~1\6CR112HV.Prj Used ==== 1 12 12 32 Part Type ============== 0 OHM 0.01OHM/2W Designator ==================== R10 R115 R116 R215 R216 R315 R316 R415 R416 R515 R516 R615 R616 0.15uF/100V C108 C109 C208 C209 C308 C309 C408 C409 C508 C509 C608 C609 0.1uF C102 C11 C111 C112 C12_0 C12_1 C12_2 C12_3 C2 C202 C211 C212 C302 C311 C312 C34_0 C34_1 C34_2 C34_3 C402 C411 C412 C502 C511 C512 C56_0 C56_1 C56_2 C56_3 C602 C611 C612 0.1uF/100V/X7R C12_5 C12_6 C34_5 C34_6 C56_5 C56_6 0.1uF/250V C105 C205 C305 C405 C505 C605 1.07K, 1% R107 R110 R207 R210 R307 R310 R407 R410 R507 R510 R607 R610 1.21M, 1% R12_6 R34_6 R56_6 10 OHM, 5% R12_8 R34_8 R56_8 R8 100pF C407 100uH/0.25A L2 120pF C307 15.0K, 1% R106 R109 R206 R209 R306 R309 R406 R409 R506 R509 R606 R609 15.4OHM/0.5W R113 R114 R213 R214 R313 R314 R413 R414 R513 R514 R613 R614 150pF C507 15pF C207 18uH L100 L200 L300 L400 L500 L600 1K, 1% R105 R108 R12_1 R205 R208 R305 R308 R34_1 R405 R408 R505 R508 R56_1 R605 R608 R9 1M, 5% R102 R202 R302 R402 R502 R602 2.2uF C100 C200 C300 C400 C500 C600 20K,1% R101 R201 R301 R401 R501 R601 20OHM/2W R117 R217 R317 R417 R517 R617 220pF C103 C203 C303 C403 C503 C603 220uF/63V C12_4 C12_7 C34_4 C34_7 C56_4 C56_7 24.9K,1% R111 R211 R311 R411 Footprint =========== 0805 RLVR1RG2 C0U22PL10 0805 Part Field 1 =================== * OHMITE PANASONIC 20% TOL. Part Field 2 ================== * 12FR010 ECQ-V1154JM * Part Field 3 =========================== * DK 12FR010-ND DK P4727-ND *
6 6 12 3 4 1 1 1 12 12 1 1 6 16
1210 2420 0805 0805 0805 0805 IND1UH 0805 0805 2010 0805 0805 T80 0805
KEMET PANASONIC * * * NPO 5% TOKO NPO 5% * PANASONIC NPO 5% NPO 5% AMERICAN CORES *
C1210C104K1RACTU ECW-U2104KC9 * * * * 187LY-101J * * ERJ-12SF15R4U
DK 399-1268-1-ND DK PCF1271CT-ND * * * * DK TK4300-ND * * DK P15.4ACCT-ND
* * * * AW-940-06-46T-20-V T94--2 CORE 46TURNS / 20AWG * *
6 6 6 6 6 6 6
0805 C10UEL05 0805 PWR2W 0805 C100UEL06 0805
* PANASONIC * PANASONIC NPO 5% PANASONIC *
* ECA-1HHG2R2 * ERG-2SJ200 * EEU-FC1J221 *
* DK P5564-ND * DK P20W-2BK-ND * DK P10346-ND *
Page 1
C:\WINDOWS\DESKTOP\LAYOUTS\TK2150PC\6C2150R1\2150HV~1\6CR112HV.BOM 13:53:37 12-Nov-2002
6 1 1 3 6 6 3 6 10 6 3 12
240 OHM, 5% 270pF 27pF 2K, 5% 30.1K,1% 33uF/160V 402K, 1% 442K, 1% 47uF/25V 50K POT 8.25K, 1% AL02 SPACER
1 7 3 3 1 12 3 6 1 3 25
CON2LPWR CON3 CON4 DUALRCA FBEAD FQP16N15 HDR2 HEATSINK IRFR9110 LED MURS120T3
1 3 3
PWRCON3 TC2001 TP2150
R511 R611 R112 R212 R312 R412 R512 R612 C607 C107 R12_0 R34_0 R56_0 R100 R200 R300 R400 R500 R600 C113 C213 C313 C413 C513 C613 R12_5 R34_5 R56_5 R12_3 R12_4 R34_3 R34_4 R56_3 R56_4 C10 C104 C12_8 C204 C304 C34_8 C404 C504 C56_8 C604 R104 R204 R304 R404 R504 R604 R12_2 R34_2 R56_2 SPCR100 SPCR101 SPCR200 SPCR201 SPCR300 SPCR301 SPCR400 SPCR401 SPCR500 SPCR501 SPCR600 SPCR601 J1 J12_2 J12_3 J2 J34_2 J34_3 J56_2 J56_3 J12_4 J34_4 J56_4 J12_0 J34_0 J56_0 L1 M100 M101 M200 M201 M300 M301 M400 M401 M500 M501 M600 M601 J12_1 J34_1 J56_1 HS100 HS200 HS300 HS400 HS500 HS600 Q2 D12_0 D34_0 D56_0 D102 D103 D104 D105 D2 D202 D203 D204 D205 D302 D303 D304 D305 D402 D403 D404 D405 D502 D503 D504 D505 D602 D603 D604 D605 J5 U12_0 U34_0 U56_0 U12_1 U34_1 U56_1
0805 0805 0805 0805 0805 C100UEL06 0805 0805 C10UEL05 POTSTURN
* NPO 5% NPO 5% * PANASONIC * * PANASONIC BOURNS
* * * * EEU-EB2C330 * * ECA-1EHG470 3306P-1-503 * 4170
* * * * DK P5901-ND * * DK P5539-ND DK 3306P-503-ND * *
0805 * TO220SPACER AAVID THERMALLOY
CON2B 0805JMPR PWR4 DUALRCAVERT 2010 TO220
WALDOM * WALDOM CUI INC. * FAIRCHILD SEMI
22-23-2021 * 26-60-4040 RCJ-2223 * FQP16N15 * 529902B02500
DK WM4200-ND * DK WM4622-ND DK CP-1435-ND * * * MSR 532-529902B25 DK IRFR9110-ND * NWK 08F2006
GJMPR001 * 657HEATSINK AAVID DPAK LED1 SMB
INTERNATIONAL RECT. IRFR9110 RED LED * ON SEMICONDUCTOR MURS120T3
CON3 SOP28 LQFP64
WALDOM TRIPATH TECHNOLOGY TRIPATH TECHNOLOGY
26-60-4030 * *
DK WM4621-ND * *

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