Lab gruppen A25TD Schematic

DESIGNATOR PARTNUMBER PARTNAME

-

- A25TD14b-Hxx A25TD14b-H03

C1 270p100VNP05%5 270p 100V C2 10u50V 10u 50V C3 1n200VNP05%5 1n 200V C4 4n7250VMMK5 4n7 250V C5 470n250VMMK15 470n 250V C6 330n250VMMK15 330n 250V C7 1n200VNP05%5 1n 200V C8 4n7250VMMK5 4n7 250V C9 470n250VMMK15 470n 250V C10 330n250VMMK15 330n 250V C11 10u50V 10u 50V C12 270p100VNP05%5 270p 100V C13 470p200VNP05%5 470p 200V C14 3n3250VMMK5 3n3 250V C15 100n63VMMK5 100n 63V C16 470u40V10x30A 470u 40V A C17 3u3160VMKP27.5B 3u3 160V C18 3u3160VMKP27.5B 3u3 160V C19 470u40V10x30A 470u 40V A C20 100n63VMMK5 100n 63V C21 3n3250VMMK5 3n3 250V C22 470p200VNP05%5 470p 200V C23 100p200VNP05%5 100p 200V C24 10p200VNP05%5 10p 200V C25 47u35V 47u 35V C26 330n250VMMK15 330n 250V C27 47u35V 47u 35V C28 47u35V 47u 35V C29 330n250VMMK15 330n 250V C30 47u35V 47u 35V C31 100p200VNP05%5 100p 200V C32 10p200VNP05%5 10p 200V C33 see below 100n63VMMK5 C34 4n7250VMMK5 4n7 250V C35 22n250VMMK10 22n 250v C36 33u50V 33u 50V C37 33u50V 33u 50V C38 33u50V 33u 50V C39 33u50V 33u 50V C40 1n5250VMMK5 1n5 250V C41 1n200VNP05%5 1n 200V C42 1n200VNP05%5 1n 200V C43 330p200VNP05%5 330p200VNP05%5 C44 see below 100n63VMMK5 C45 see below 100n63VMMK5 C46 see below 100n63VMMK5 D3 15V1.3W5% 15V 1.3W 5% D4 15V1.3W5% 15V 1.3W 5% D5 100V1.3W5% 100V 1.3W 5%

D6 100V1.3W5% 100V 1.3W 5% D7 1N4004 1N4004 D8 1N4004 1N4004 D9 1N4004 1N4004 D10 1N4004 1N4004 D11 100V1.3W5% 100V 1.3W 5% D12 15V1.3W5% 15V 1.3W 5% D13 BAV21 BAV21 D14 3V3.4W5% 3V3 .4W 5% D15 3V3.4W5% 3V3 .4W 5% D16 BAV21 BAV21 D17 15V1.3W5% 15V 1.3W 5% D18 100V1.3W5% 100V 1.3W 5% D19 BYV26C BYV26C D20 BAV21 BAV21 D21 BYV26C BYV26C D22 BYV26C BYV26C D23 9V1.4W5% 9V1 .4W 5% D24 9V1.4W5% 9V1 .4W 5% D25 BYV26C BYV26C D26 BYV26C BYV26C D27 BAV21 BAV21 D28 BYV26C BYV26C D29 39V.4W2% 39V .4W 2% D30 39V.4W2% 39V .4W 2% D31 10V.4W5% 10V .4W 5% D32 DB3 DB3 D33 BAV21 BAV21 D34 BAV21 BAV21 D35 15V1.3W5% 15V1.3W5% D36 see below BAV21 D37 see below BAV21 K1 14uHD14-23 14uHD14-23 K2 14uHD14-23 14uHD14-23 P1 FBLPPC5x209M FBLPPC5x209M P2 FBLPPC5x209M FBLPPC5x209M P4 MH2x41ML MH2x41ML Q13 2SJ148 2SJ148 Q14 2SK982 2SK982 Q15 BC559C BC559C Q16 BC549C BC549C Q17 2SJ148 2SJ148 Q18 2SK982 2SK982 Q19 BC559C BC559C Q20 BC549C BC549C Q24 BC549C BC549C Q25 BC559C BC559C Q26 MPSA92 MPSA92 Q27 KSD1691Y KSD1691Y Q28 KSD1691Y KSD1691Y Q29 BC549C BC549C Q30 BC559C BC559C

Q31 MJE350 MJE350 Q32 MJE340 MJE340 Q33 MPSA42 MPSA42 Q34 BC549C BC549C Q35 BC559C BC559C Q36 BC549C BC549C Q37 BC549C BC549C Q38 BC559C BC559C Q39 BC559C BC559C Q40 Q6015L5 Q6015L5 Q41 BC549C BC549C Q42 BC549C BC549C R1 R0.8 R0.8 R2 2R2.7W1% 2R2 .7W 1% R3 3R92W5% 3R9 2W 5% R4 1R52W5% 1R5 2W 5% R5 3R92W5% 3R9 2W 5% R6 1R52W5% 1R5 2W 5% R7 2R2.7W1% 2R2 .7W 1% R8 12K2W5% 12K 2W 5% R9 12K2W5% 12K 2W 5% R10 39R.7W1% 39R .7W 1% R11 10K.7W1% 10K .7W 1% R12 470R.7W1% 470R .7W 1% R13 3K3.7W1% 3K3 .7W 1% R14 470R.7W1% 470R .7W 1% R15 Rxx variant dependent 10R.7W1% R16 10R.7W1% 10R .7W 1% R17 Rxx variant dependent 10R.7W1% R18 4R7.7W1% 4R7 .7W 1% R19 Rxx variant dependent R105W2% (5mm stand-off) R20 R105W2% (5mm stand-off) R10 5W 2% (5mm stand-off) R21 Rxx variant dependent R105W2% (5mm stand-off) R22 10K.7W1% 10K .7W 1% R23 10K.7W1% 10K .7W 1% R24 Rxx variant dependent R105W2% (5mm stand-off) R25 R105W2% (5mm stand-off) R10 5W 2% (5mm stand-off) R26 Rxx variant dependent R105W2% (5mm stand-off) R27 4R7.7W1% 4R7 .7W 1% R28 536R.7W1% 536R .7W 1% R29 3K3.7W1% 3K3 .7W 1% R30 Rxx variant dependent 10R.7W1% R31 10R.7W1% 10R .7W 1% R32 Rxx variant dependent 10R.7W1% R33 10K.7W1% 10K .7W 1% R34 39R.7W1% 39R .7W 1% R35 220R.7W1% 220R.7W1% R36 100R.7W1% 100R .7W 1% R37 180R.7W1% 180R .7W 1% R38 200K.7W1% 200K .7W 1% R39 3K3.7W1% 3K3 .7W 1% R40 3K3.7W1% 3K3 .7W 1%

R41 200K.7W1% 200K .7W 1% R42 180R.7W1% 180R .7W 1% R43 100R.7W1% 100R .7W 1% R44 220R.7W1% 220R.7W1% R45 1K.7W1% 1K.7W1% R46 47K.7W1% 47K .7W 1% R47 1K4.7W1% 1K4 .7W 1% R48 82R.7W1% 82R .7W 1% R49 4K7.7W1% 4K7 .7W 1% R50 2M.7W1% 2M.7W1% R51 1M.7W1% 1M .7W 1% R52 4K7.7W1% 4K7 .7W 1% R53 82R.7W1% 82R .7W 1% R54 1K4.7W1% 1K4 .7W 1% R55 470R.7W1% 470R .7W 1% R56 3K3.7W1% 3K3 .7W 1% R57 470R.7W1% 470R .7W 1% R58 18K2W5% (5mm stand-off) 18K 2W 5% (5mm stand-off) R59 2R22W5% 2R2 2W 5% R60 2M.7W1% 2M.7W1% R61 2R22W5% 2R2 2W 5% R62 18K2W5% (5mm stand-off) 18K 2W 5% (5mm stand-off) R63 6K8.7W1% 6K8 .7W 1% R64 6K8.7W1% 6K8 .7W 1% R65 47R.7W1% 47R .7W 1% R66 47R.7W1% 47R .7W 1% R67 47K.7W1% 47K .7W 1% R68 294K.7W1% 294K .7W 1% R69 560K.7W1% 560K.7W1% R70 560K.7W1% 560K.7W1% R71 47K.7W1% 47K .7W 1% R73 294K.7W1% 294K .7W 1% R74 47K.7W1% 47K .7W 1% R75 47R.7W1% 47R .7W 1% R76 47R.7W1% 47R .7W 1% R77 1K.7W1% 1K .7W 1% R78 1K4.7W1% 1K4 .7W 1% R79 23K2.7W1% 23K2 .7W 1% R80 27K.7W1% 27K .7W 1% R81 4K7.7W1% 4K7.7W1% R82 100K.7W1% 100K .7W 1% R83 10R.7W1% 10R .7W 1% R84 27K.7W1% 27K .7W 1% R85 27K.7W1% 27K .7W 1% R86 100K.7W1% 100K .7W 1% R87 4K7.7W1% 4K7.7W1% R88 10K.7W1% 10K .7W 1% R89 47K.7W1% 47K .7W 1% R90 6K04.7W1% 6K04 .7W 1% R91 100K.7W1% 100K .7W 1% R92 100K.7W1% 100K .7W 1% R93 18K2W5% (5mm stand-off) 18K2W5% (5mm stand-off)

R97 Rxx.7W1% 42K2.7W1% R98 Rxx.7W1% 42K2.7W1% U1 EL817 EL817 U2 EL817 EL817 U3 HCPL2601 HCPL2601 U4 HCPL2601 HCPL2601 VR1 VR220RLY2X3M VR 220R LY PCB A25TD14 A25TD14

A25TD14b-Mxx A25TD14b-M03

- A25TD14b-Hxx A25TD14b-H03 D1 STTH1506DPI STTH1506DPI D2 STTH1506DPI STTH1506DPI Q1 2SA1294 2SA1294 Q2 Qxx variant dependent 2SA1294 Q3 2SA1294 2SA1294 Q4 Qxx variant dependent 2SA1294 Q5 STY60NK30Z STY60NK30Z Q6 STY60NK30Z STY60NK30Z Q7 Qxx variant dependent 2SC3263 Q8 2SC3263 2SC3263 Q9 Qxx variant dependent 2SC3263 Q10 2SC3263 2SC3263 Q11 MJE350 MJE350 Q12 MJE340 MJE340 Q21 MJE350 MJE350 Q22 KSD1691Y KSD1691Y Q23 MJE340 MJE340 NTC1 NTC100KPEFILM NTC100KPEFILM NTC2 NTC100KPEFILM NTC100KPEFILM see instruction FS15x4x1 FS15x4x1 see instruction RSI-2642 RSI-2642 see instruction CLJTNTC CLJTNTC see instruction CLTO247x4 CLTO247x4 see instruction COCTO247X4TS COCTO247x4TS see instruction COCTO247X4 COCTO247x4 see instruction COCTO247X4 COCTO247x4 see instruction MRT103x6 MRT103x6 see instruction MRT103x12 MRT103x12 see instruction BRB3.2x8x1 BRB3.2x8x1 see instruction FBB3.1 FBB3.1 see instruction M6MM3 M6MM3 see instruction T3x10_LAB T3x10_LAB see instruction BRV3.2x8x.6 BRV3.2x8x.6 see instruction ISMI12.5x10d3.1 ISMI12.5x10d3.1 see instruction ISMI24x17.6 ISMI24x17.6 see instruction ISSR17x8 ISSR17x8 see instruction SA25TD14b-Mxx see instruction U5 PWMNATD-F01 PWMNATD-F01 U6 PWMPATD-F01 PWMPATD-F01

see instruction Fxx variant dependent see instruction LSxx variant dependent

A25TD14b-FXX A25TD14b-F05

A25TD14b-MXX A25TD14b-M03 R21 Rxx variant dependent see below R24 Rxx variant dependent see below R95 RXX.7W1% 866R.7W1% R96 RXX.7W1% 866R.7W1% see instruction Fxx variant dependent see instruction LSxx variant dependent see instruction LSxx variant dependent SA25TD14b-F05

OBJLAYER MOUNT BOMEXCLUDE

TOP NO TOP NO TOP NO TOP NO TOP NO TOP NO TOP NO TOP NO TOP NO TOP NO TOP NO TOP NO TOP NO TOP NO TOP NO TOP NO TOP NO TOP NO TOP NO TOP NO TOP NO TOP NO TOP NO TOP NO TOP NO TOP NO TOP NO TOP NO TOP NO TOP NO TOP NO TOP NO TOP NO TOP NO TOP NO TOP NO TOP NO TOP NO TOP NO TOP NO TOP NO TOP NO TOP NO TOP NO TOP NO TOP NO TOP NO TOP NO TOP NO

TOP NO TOP NO TOP NO TOP NO TOP NO TOP NO TOP NO TOP NO TOP NO TOP NO TOP NO TOP NO TOP NO TOP NO TOP NO TOP NO TOP NO TOP NO TOP NO TOP NO TOP NO TOP NO TOP NO TOP NO TOP NO TOP NO TOP NO TOP NO TOP NO TOP NO TOP NO TOP NO TOP NO TOP NO TOP NO TOP NO TOP NO TOP NO TOP NO TOP NO TOP NO TOP NO TOP NO TOP NO TOP NO TOP NO TOP NO TOP NO TOP NO TOP NO TOP NO TOP NO

TOP NO TOP NO TOP NO TOP NO TOP NO TOP NO TOP NO TOP NO

NO see instruction NO see instruction NO see instruction NO see instruction NO see instruction NO see instruction NO see instruction NO see instruction NO see instruction NO see instruction NO see instruction NO see instruction NO see instruction NO see instruction NO see instruction NO see instruction NO see instruction NO see instruction NO see instruction NO see instruction NO see instruction NO see instruction NO see instruction NO see instruction NO see instruction NO see instruction NO see instruction NO see instruction NO see instruction NO see instruction NO see instruction NO see instruction NO see instruction NO see instruction NO see instruction NO see instruction NO see instruction NO see instruction NO see instruction NO

see instruction NO see instruction NO

NO see instruction NO see instruction NO see instruction NO see instruction NO see instruction NO see instruction NO see instruction NO

TP0610L/T, VP0610L/T, BS250

V

Continuous Drain Current

Vishay Siliconix

P-Channel 60-V (D-S) MOSFET

PRODUCT SUMMARY

Part Number V

TP0610L −60 10 @ VGS = −10 V −1 to −2.4 −0.18

TP0610T −60 10 @ VGS = −10 V −1 to −2.4 −0.12

VP0610L −60 10 @ VGS = −10 V −1 to −3.5 −0.18

VP0610T −60 10 @ VGS = −10 V −1 to −3.5 −0.12

BS250 −45 14 @ VGS = −10 V −1 to −3.5 −0.18

FEATURES BENEFITS APPLICATIONS

D High-Side Switching D Low On-Resistance: 8 W D Low Threshold: −1.9 V D Fast Switching Speed: 16 ns D Low Input Capacitance: 15 pF

(BR)DSS

Min (V)

r

Max (W)

DS(on)

D Ease in Driving Switches D Low Offset (Error) Voltage D Low-Voltage Operation D High-Speed Switching D Easily Driven Without Buffer

V

(V) ID (A)

GS(th)

D Drivers: Relays, Solenoids, Lamps,

Hammers, Displays, Memories, Transistors, etc.

D Battery Operated Systems D Power Supply, Converter Circuits D Motor Control

TO-92-18RM

(TO-18 Lead Form)

D

G

S

1

2

3

Top View

BS250TP0610L

Device Marking

Front View

BS250

“S” BS

250

xxll

“S” = Siliconix Logo xxll = Date Code

TO-236

(SOT-23)

G

1

S

2

Top View

TP0610T

VP0610T

S

G

D

TO-226AA

(TO-92)

1

2

3

Top View

VP0610L

Device Marking

Front View

TP0610L

“S” TP

0610L

xxll

VP0610L

“S” VP

0610L

xxll

“S” = Siliconix Logo xxll = Date Code

ABSOLUTE MAXIMUM RATINGS (TA = 25_C UNLESS OTHERWISE NOTED)

Parameter Symbol TP0610L TP0610T VP0610L VP0610T BS250 Unit

Drain-Source Voltage V

Gate-Source Voltage V

Continuous Drain Current (TJ = 150_C)

Pulsed Drain Current

Power Dissipation

Thermal Resistance, Junction-to-Ambient R

Operating Junction and Storage Temperature Range TJ, T

Notes a. Pulse width limited by maximum junction temperature.

For applications information see AN804.

a

TA= 25_C

TA= 100_C

TA= 25_C

TA= 100_C

I

DM

P

thJA

DS

GS

D

stg

−60 −60 −60 −60 −45

"30 "30 "30 "30 "25

−0.18 −0.12 −0.18 −0.12 −0.18

−0.11 −0.07 −0.11 −0.07

−0.8 −0.4 −0.8 −0.4

0.8 0.36 0.8 0.36 0.83

0.32 0.14 0.32 0.14

156 350 156 350 150

−55 to 150

Marking Code:

D

3

TP0610T: TOwll

VP0610T: VOwll w = Week Code

lL = Lot Traceability

A

W

_C/W

_C

Document Number: 70209 S-41260—Rev. H, 05-Jul-04

www.vishay.com

1

TP0610L/T, VP0610L/T, BS250

Drain Source

V

yg

GSS

Drain Current

DSS

m

Current

b

D(on)

Drain-Source

Forward

pF

VDD = 25 V, RL = 133 W

Vishay Siliconix

SPECIFICATIONS (TA = 25_C UNLESS OTHERWISE NOTED)

Parameter Symbol Test Conditions

Static

Typ

Limits

TP0610L/T VP0610L/T BS250

a

Min Max Min Max Min Max Unit

Drain-Source Breakdown Voltage

Gate-Threshold Voltage

Gate-Body Leakage I

Zero Gate Voltage Drain Current

On-State Drain

b

Current

Drain-Source On-Resistance

Forward Transconductance

Diode Forward Voltage

b

Dynamic

(BR)DSS

V

GS(th)

GSS

I

DSS

I

D(on)

r

DS(on)

g

fs

V

SD

VGS = 0 V, ID = −10 mA

VGS = 0 V, ID = −100 mA

VDS = VGS, ID = −1 mA −1.9 −1 −2.4 −1 −3.5 −1 −3.5

VDS = 0 V, VGS = "20 V "10 "10

VDS = 0 V, VGS = "20 V, TJ = 125_C

VDS = 0 V, VGS = "15 V "20

VDS = −48 V, VGS = 0 V −1 −1

VDS = −48 V, VGS = 0 V, TJ = 125_C

VDS = −25 V, VGS = 0 V −0.5

VDS = −10 V, VGS = −4.5 V −180 −50

VDS = −10 V, VGS = −10 V

VGS = −4.5 V, ID = −25 mA 11 25

VGS = −10 V, ID = −0.5 A L Suffix 8 10 10

VGS = −10 V, ID = −0.5 A, TJ = 125_C

VGS = −10 V, ID = −0.2 A T Suffix 6.5 10 10 14

VDS = −10 V, ID = −0.5 A L Suffix 20 80

VDS = −10 V, ID = −0.1 A T Suffix 90 60 70

IS = −0.5 A, VGS = 0 V −1.1 V

L Suffix −750 −600

T Suffix −220

L Suffix 15 20 20

−70 −60 −60

"50

−200 −200

−45

V

nA

mA

W

mS

Input Capacitance C

Output Capacitance C

Reverse Transfer Capacitance

Switching

Turn-On Time t

Turn-Off Time t

Notes a. For DESIGN AID ONLY, not subject to production testing. VPDS06 b. Pulse test: PW v300 ms duty cycle v2%. c. Switching time is essentially independent of operating temperature.

www.vishay.com

c

C

oss

rss

ON

OFF

iss

VDS = −25 V, VGS = 0 V

f = 1 MHz

VDD = −25 V, RL = 133 W

ID ^ −0.18 A, V

= −10 V, Rg = 25 W

GEN

2

15 60 60

10 25 25

3 5 5

8 10

Document Number: 70209

S-41260—Rev. H, 05-Jul-04

pF

ns

TP0610L/T, VP0610L/T, BS250

TYPICAL CHARACTERISTICS (25_C UNLESS NOTED)

Vishay Siliconix

Output Characteristics Transfer Characteristics

1.0 VGS = 10 V

0.8

0.6

0.4

− Drain Current (A)I D

0.2

0.0 012345

8 V

VDS − Drain-to-Source Voltage (V)

7 V

6 V

5 V

4 V

On-Resistance vs. Drain Current

20

16

W )

12

VGS = 4.5 V

VGS = 5 V

1200

TJ = −55_C

900

600

− Drain Current (mA)I D

300

0

0246810

− Gate-to-Source Voltage (V)

V

GS

= 0 V

Capacitance

40

V

32

24

125_C

C

iss

25_C

8

− On-Resistance (r

DS(on)

4

0

0 200 400 600 800 1000

ID − Drain Current (mA)

15

ID = 500 mA

12

9

6

− Gate-to-Source Voltage (V)

GS

3

V

0

0.0 0.3 0.6 0.9 1.2 1.5 1.8

Gate Charge

VDS = 30 V

Qg − Total Gate Charge (nC)

VGS = 10 V

VDS = 48 V

16

C − Capacitance (pF)

8

0

0 5 10 15 20 25

1.8

1.5

1.2

0.9

0.6

− On-Resiistance (Normalized)

DS(on)

r

0.3

0.0

−50 −25 0 25 50 75 100 125 150

C

oss

C

rss

VDS − Drain-to-Source Voltage (V)

On-Resistance vs. Junction Temperature

VGS = 10 V @ 500 mA

VGS = 4.5 V @ 25 mA

TJ − Junction Temperature (_C)

Document Number: 70209 S-41260—Rev. H, 05-Jul-04

www.vishay.com

3

TP0610L/T, VP0610L/T, BS250

Vishay Siliconix

TYPICAL CHARACTERISTICS (25_C UNLESS NOTED)

1000

VGS = 0 V

100

TJ = 125_C

10

− Source Current (A)I

S

TJ = 25_C

TJ = −55_C

1

0.00 0.3 0.6 0.9

VSD − Source-to-Drain Voltage (V)

Threshold Voltage Variance Over Temperature

0.5

Source-Drain Diode Forward Voltage

0.4

0.3

0.2

Variance (V)V

0.1

−0.0

GS(th)

−0.1

−0.2

ID = 250 mA

1.2 1.5

On-Resistance vs. Gate-Source Voltage

10

8

ID = 500 mA

W )

6

4

− On-Resistance (r

ID = 200 mA

2

DS(on)

0

0246810

VGS − Gate-to-Source Voltage (V)

Single Pulse Power, Junction-to-Ambient

3

2.5

2

1.5

Power (W)

1

0.5

TA = 25_C

−0.3

−50 −25 0 25 50 75 100 125 150

0.1

Thermal Impedance

Normalized Effective Transient

0.01

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4

2

1

Duty Cycle = 0.5

0.2

0.1

0.05

0.02

−4

10

T

− Junction Temperature (_C)

J

Normalized Thermal Transient Impedance, Junction-to-Ambient

Single Pulse

−3

10

0

0.01

1

10

100 6000.1

Time (sec)

Notes:

P

DM

t

1

t

2

t

thJA

t

thJA

100

1

2

(t)

= 350_C/W

1. Duty Cycle, D =

2. Per Unit Base = R

3. TJM − TA = PDMZ

4. Surface Mounted

−2

10

−1

1 10 60010

Square Wave Pulse Duration (sec)

Document Number: 70209

S-41260—Rev. H, 05-Jul-04

Legal Disclaimer Notice

Vishay

Disclaimer

All product specifications and data are subject to change without notice.

Vishay Intertechnology, Inc., its affiliates, agents, and employees, and all persons acting on its or their behalf (collectively, “Vishay”), disclaim any and all liability for any errors, inaccuracies or incompleteness contained herein or in any other disclosure relating to any product.

Vishay disclaims any and all liability arising out of the use or application of any product described herein or of any information provided herein to the maximum extent permitted by law. The product specifications do not expand or otherwise modify Vishay’s terms and conditions of purchase, including but not limited to the warranty expressed therein, which apply to these products.

No license, express or implied, by estoppel or otherwise, to any intellectual property rights is granted by this document or by any conduct of Vishay.

The products shown herein are not designed for use in medical, life-saving, or life-sustaining applications unless otherwise expressly indicated. Customers using or selling Vishay products not expressly indicated for use in such applications do so entirely at their own risk and agree to fully indemnify Vishay for any damages arising or resulting from such use or sale. Please contact authorized Vishay personnel to obtain written terms and conditions regarding products designed for such applications.

Product names and markings noted herein may be trademarks of their respective owners.

Document Number: 91000 www.vishay.com Revision: 18-Jul-08 1

Checklist after service of class

TD Mark II

C 16:4, C 28:4, C 48:4, C 68:4, C 88:4,

Modified: 2009-11-04

Page 1 of 12

FP 4000, FP 6000Q, FP 7000, FP 9000, FP 10000Q, FP 13000 & FP 14000

Created by: Patrick Bergwall

Date: 2007-04-23

THIS DOCUMENT IS CONFIDENTIAL. IT MAY NOT BE REPRODUCED WITHOUT THE WRITTEN PERMISSION OF Lab.gruppen AB  2006 Lab.gruppen AB, Faktorvägen 1, S-434 44 KUNGSBACKA, SWEDEN

Modified: 2009-11-04

Page 2 of 12

Index

1 INTRODUCTION............................................................................................................ 3

2 CHECK LIST CLASS TD MARK II............................................................................. 3

THIS DOCUMENT IS CONFIDENTIAL. IT MAY NOT BE REPRODUCED WITHOUT THE WRITTEN PERMISSION OF Lab.gruppen AB  2006 Lab.gruppen AB, Faktorvägen 1, S-434 44 KUNGSBACKA, SWEDEN

Modified: 2009-11-04

Page 3 of 12

1 Introduction

This checklist shall be used to make sure the amplifier is always checked in a proper way after service has been done. It is important to follow the steps in this check list and check all points so that the set up of parameters in the amplifier is correct adjusted. When have done all checks and adjusted the parameters the amplifier will work properly and will have the output power that it is designed for.

2 Check list class TD Mark II

Always clean the amplifier by blowing with compressed air through coolers and fans. Be careful when blowing where big electrolytic capacitors are placed so that the capacitor doesn’t get damaged.

THIS DOCUMENT IS CONFIDENTIAL. IT MAY NOT BE REPRODUCED WITHOUT THE WRITTEN PERMISSION OF Lab.gruppen AB  2006 Lab.gruppen AB, Faktorvägen 1, S-434 44 KUNGSBACKA, SWEDEN

Modified: 2009-11-04

Page 4 of 12

1) After repair always start the amplifier with current potentiometer (VR1) located on PWMF1-board. On is clockwise (cw) and off is counter clockwise (ccw). Check that the switch pulse is normal. 300V line should increase some volts when relay clicks.

1.

Connect an oscilloscope probe.

Measuring points (old layout). Measuring points (new layout).

2.

VR1 fully ccw.

VR1

VR1-PWMF1

THIS DOCUMENT IS CONFIDENTIAL. IT MAY NOT BE REPRODUCED WITHOUT THE WRITTEN PERMISSION OF Lab.gruppen AB  2006 Lab.gruppen AB, Faktorvägen 1, S-434 44 KUNGSBACKA, SWEDEN

Modified: 2009-11-04

3.

Insert mains plug into variac.

4.

Mains switch ON and remote switch MANUAL

Page 5 of 12

5.

Slowly turn variac up, at the same time look at power-

supply oscilloscope.

6.

Begin turning VR1 cw.

Waveform should look like below picture.

230VAC

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 2006 Lab.gruppen AB, Faktorvägen 1, S-434 44 KUNGSBACKA, SWEDEN

7.

At a certain point, power supply will regulate.

Then, turn current potentiometer fully cw.

Modified: 2009-11-04

120-140V +/- RAIL

Page 6 of 12

8.

Power supply frequency decreases, PAL led goes out.

23kHz 43µS

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Modified: 2009-11-04

Page 7 of 12

Step 9, 10

Only for C 16:4, C 28:4, C 48:4, C 68:4, C 88:4, FP 4000, FP 6000Q, FP 7000

& FP 10000Q.

9.

Begin turning voltage adjust potentiometer.

ca +/- 174V

At 174V (+/- 2V) power supply will stop.

10.

Adjust voltage.

+/- 160V

VR1-SP100F/

VR1-SP130F

VR1-SP100F/

VR1-SP130F

Adjustment point

Measuring points

THIS DOCUMENT IS CONFIDENTIAL. IT MAY NOT BE REPRODUCED WITHOUT THE WRITTEN PERMISSION OF Lab.gruppen AB  2006 Lab.gruppen AB, Faktorvägen 1, S-434 44 KUNGSBACKA, SWEDEN

Step 11, 12

Only for FP 9000, FP 13000 & FP 14000.

11.

Begin turning voltage adjust potentiometer.

At 220V (+/- 2V) power supply will stop.

12.

Adjust voltage.

Modified: 2009-11-04

ca +/- 220V

+/- 200V

Page 8 of 12

VR1-SP130F

Adjustment point

Measuring points

THIS DOCUMENT IS CONFIDENTIAL. IT MAY NOT BE REPRODUCED WITHOUT THE WRITTEN PERMISSION OF Lab.gruppen AB  2006 Lab.gruppen AB, Faktorvägen 1, S-434 44 KUNGSBACKA, SWEDEN

Modified: 2009-11-04

Page 9 of 12

Step 13

Only for C 16:4, C 28:4, C 48:4, C 68:4, C 88:4, FP 4000, FP 6000Q, FP 7000

& FP 10000Q.

13.

Measure voltages according to chart:

1 GND -

2 ca 2V Trafotemp

3 +25V 15VUnr

4 GND -

5 +58V 50VUnr

6 -18V 50VUNrR

7 +15V Pwrgood

8 +5V PAL

Step 14

Only for FP 9000, FP 13000 & FP 14000.

14.

Measure voltages according to chart:

1 GND -

2 ca 2V Trafotemp

3 +22-23V 15VUnr

4 GND -

5 +52-53V 50VUnr

6 -18V 50VUNrR

7 +15V Pwrgood

8 +5V PAL

THIS DOCUMENT IS CONFIDENTIAL. IT MAY NOT BE REPRODUCED WITHOUT THE WRITTEN PERMISSION OF Lab.gruppen AB

 2006 Lab.gruppen AB, Faktorvägen 1, S-434 44 KUNGSBACKA, SWEDEN

15.

Following tests are made for all Channels, check offset with

Modified: 2009-11-04

no input +/- 40mV.

Following tests are made for all Channels, check offset with

no input and no load +/- 2V.

Increase input signal and check output signal at clip 8Ω

Wave measured at 1.3kHz. Wave measured at 13kHz.

Page 10 of 12

THIS DOCUMENT IS CONFIDENTIAL. IT MAY NOT BE REPRODUCED WITHOUT THE WRITTEN PERMISSION OF Lab.gruppen AB

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16.

Check HF-wave at 1.3kHz and 13kHz at 8Ω.

4 channel amplifier 2 channel amplifier

Modified: 2009-11-04

No input signal

Page 11 of 12

Clip 1.3 kHz.

Clip 13 kHz.

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17.

Power supply frequency increases when loaded.

18.

Short capacitors according to pictures (Ch A=C1,

Ch B=C101, Ch C=C201, Ch D=C301).

Fans will increase speed, TEMP leds on front will light,

Signal will go out.

4 Channels

Modified: 2009-11-04

40kHz

AICO

Page 12 of 12

2 Channels

19) Check mains switch for bad contact (click noise).

20) Check gain potentiometers at front. No disturbance at output signal shall be detected when turning the potentiometer from one end point to the other end point.

21) Check dust filter, change when needed.

THIS DOCUMENT IS CONFIDENTIAL. IT MAY NOT BE REPRODUCED WITHOUT THE WRITTEN PERMISSION OF Lab.gruppen AB  2006 Lab.gruppen AB, Faktorvägen 1, S-434 44 KUNGSBACKA, SWEDEN

File: ‘L:\Production\Service\Service Bulletin\Service Bulletin 2008 no 2 A25TD14b.doc

Document type:

SERVICE BULLETIN

Created:

(2008-03-19) Page 1 of 3

Technical Service Bulletin

Created by: Lab.gruppen AB Service Department Date: 080319 Reference no: A25TD14b

Affected models

Following models are affected by this technical service bulletin:

C68:4

C48:4

C28:4

C16:4

Page:

Affected boards/modules

A25TD14b, AICO410d, AICO410e.

Symptom

A25TD14b does not fit together with AICO410d. If changing A25TD module to A25TD14b AICO410d must be rebuilt to an AICO410e. See table below for modifications on AICO410d to be rebuilt to an AICO410e.

THIS DOCUMENT IS CONFIDENTIAL. IT MAY NOT BE REPRODUCED WITHOUT THE WRITTEN PERMISSION OF LABGRUPPEN AB AND TC Electronic A/S

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File: ‘L:\Production\Service\Service Bulletin\Service Bulletin 2008 no 2 A25TD14b.doc

Document type:

SERVICE BULLETIN

Created:

(2008-03-19) Page 2 of 3

Page:

Solution

See table below for modifications on AICO410d to be rebuilt to an AICO410e. Exchange resistors according to table below to rebuild the AICO410d to AICO410e.

Explanation to the resistors value: 24K.125W1%0805 equals a SMD resistor (0805) with the value of 24kΩ, 0.125W and 1% accuracy.

Position Value on component on

AICO410d

R1 24K.125W1%0805 100K.125W1%0805

R101 24K.125W1%0805 100K.125W1%0805

R201 24K.125W1%0805 100K.125W1%0805

R301 24K.125W1%0805 100K.125W1%0805

Value on component on AICO410e

R2 120K.125W1%0805 270K.125W1%0805

R102 120K.125W1%0805 270K.125W1%0805

R202 120K.125W1%0805 270K.125W1%0805

R302 120K.125W1%0805 270K.125W1%0805

R96 0R.125W1%0805 330K.125W1%0805

R196 0R.125W1%0805 330K.125W1%0805

R296 0R.125W1%0805 330K.125W1%0805

R396 0R.125W1%0805 330K.125W1%0805

It is common SMD resistors that shall be used. Those might be purchased at a local dealer.

Note

It is different A25TD modules for different amplifiers.

Part numbers

Model Part numbers

C68:4 A25TD14b, AICO410d, AICO410e, also see table above

C48:4 A25TD14b, AICO410d, AICO410e, also see table above

C28:4 A25TD14b, AICO410d, AICO410e, also see table above

C16:4 A25TD14b, AICO410d, AICO410e, also see table above

THIS DOCUMENT IS CONFIDENTIAL. IT MAY NOT BE REPRODUCED WITHOUT THE WRITTEN PERMISSION OF LABGRUPPEN AB AND TC Electronic A/S

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File: ‘L:\Production\Service\Service Bulletin\Service Bulletin 2008 no 2 A25TD14b.doc

Document type:

SERVICE BULLETIN

Created:

(2008-03-19) Page 3 of 3

History

Date Created By Status Bulletin no. Comment

080319 JF SHARP 2

Page:

THIS DOCUMENT IS CONFIDENTIAL. IT MAY NOT BE REPRODUCED WITHOUT THE WRITTEN PERMISSION OF LABGRUPPEN AB AND TC Electronic A/S

 2005 Labgruppen AB, Faktorvägen 1, S-434 44 KUNGSBACKA, SWEDEN |.

Document type:

SERVICE BULLETIN

Created:

(2010-06-28) Page 1

Page:

Technical Service Bulletin No. 16

Created by: Lab.gruppen AB Service Department Date: 100628 Reference no: Unstable rail voltage, not able to adjust rail voltage.

Affected models

Following models are affected by this technical service bulletin: C:16, C:28, C:48, C:68 & C:88. FP 4000, FP 6000Q, FP 7000, FP 9000, FP 10000Q, FP 13000 & FP 14000.

Affected boards/modules

SP100, SP130 and SP140.

Symptom

Unstable rail voltage, not able to adjust rail voltage. PSU clicking on and off all the time and PAL led lights up.

Solution

1. Check if there is contact between + rail and R32 & R34.

2. Check if there is contact between – rail and R33.

3. If not repair foil pattern and check D23, D24, D25, D26, D27, Q8, Q9 & Q10.

4. Update OVP circuit if needed, regarding to instruction (Only SP100 & SP130).

History

Date Created By Status Bulletin no. Comment

100628 PB Sharp 16

THIS DOCUMENT IS CONFIDENTIAL. IT MAY NOT BE REPRODUCED WITHOUT THE WRITTEN PERMISSION OF LAB.GRUPPEN AB AND TC Electronic A/S

 2005 Lab.gruppen AB, Faktorvägen 1, S-434 44 KUNGSBACKA, SWEDEN |.

Lab Part No.

Description

Amount

Info

Pos

6n8250VMMK5

Wima: FKS2 6800PF 10% 400VDC

1

C12

6n8250VMMK5

Epcos: B32529-C3682-K289

1

C12

Document type: Created: Page:

SERVICE BULLETIN (2011-10-11) Page 1 of 2

Technical Service Bulletin No. 27

Created by: Lab.gruppen AB Service Department Date: 2011-10-11 Reference no: C12

It is highly recommended to implement this service bulletin as preventative maintenance if the unit is serviced for another issue.

Affected models

FP+. C16:4, C28:4, C48:4, C68:4, C88:4. PLM10000Q, PLM14000.

Affected boards/modules

SP100FXXx-FXX SP130FXXx-FXX SP140F01a-FXX, SP140F01b-FXX

Symptom

Screaming sound from power supply if amplifier powers up. Amplifier does not power up.

Solution

Replace capacitor C12 with either of below listed components.

THIS DOCUMENT IS CONFIDENTIAL. IT MAY NOT BE REPRODUCED WITHOUT THE WRITTEN PERMISSION OF LAB.GRUPPEN AB AND TC Electronic A/S

2005 Lab.gruppen AB, Faktorvägen 1, S-434 44 KUNGSBACKA, SWEDEN |.

Date

Created By

Status

Bulletin no.

Comment

2011-10-11

CL

SHARP

27

C12

Document type: Created: Page:

SERVICE BULLETIN (2011-10-11) Page 2 of 2

Service Log Information

Write “Technical Service Bulletin no.27” in column “Repair Remedy” besides other normal repair information.

History

THIS DOCUMENT IS CONFIDENTIAL. IT MAY NOT BE REPRODUCED WITHOUT THE WRITTEN PERMISSION OF LAB.GRUPPEN AB AND TC Electronic A/S

2005 Lab.gruppen AB, Faktorvägen 1, S-434 44 KUNGSBACKA, SWEDEN |.

Senast ändrad: see filename

DESIGNATOR PARTNUMBER PARTNAME OBJLAYER MOUNT

Smallest denominator Hole mounting

C1 Cxx variant dependent see below TOP C2 22n1000VMKP22.5 22n 1000V TOP C3 470p500VY5P5%5 470p 500V TOP C4 - see below TOP C5 2200u200V35x55 2200u 200V TOP C6 2200u200V35x55 2200u 200V TOP C7 - see below TOP C8 22n1000VMKP22.5 22n 1000V TOP C9 10u50V 10u 50V TOP C10 1n200VNP05%5 1n 200V TOP C11 150p500VK20005%5 150p 500V TOP C12 6n8250VMMK5 6n8 250V TOP C13 100u50V 100u 50V TOP C14 100u50V 100u 50V TOP C15 1n5250VY1Y5P10 1n5250VY1Y5P10 TOP C16 220p2000VB310%5 see below TOP C17 68u100VLZ 68u 100VLZ TOP C18 680u35VLZ 680u 35V LZ TOP C19 1n200VNP05%5 1n 200V TOP C20 1n200VNP05%5 1n 200V TOP C21 100n63VMMK5 100n 63V TOP C22 100n63VMMK5 100n 63V TOP C23 100n63VMMK5 100n 63V TOP C24 100n63VMMK5 100n 63V TOP C25 10n250VMMK5 10n 250V TOP C26 10u50V 10u 50V TOP C27 4n71000VMKP15 4n7 1000V TOP C28 4n71000VMKP15 4n7 1000V TOP C29 Cxx variant dependent see below TOP C30 2200u160V35x45 see below TOP C31 2200u160V35x45 see below TOP C32 Cxx variant dependent see below TOP C33 Cxx variant dependent see below TOP C34 Cxx variant dependent see below TOP C35 Cxx variant dependent see below TOP C36 Cxx variant dependent see below TOP C37 Cxx variant dependent see below TOP C38 Cxx variant dependent see below TOP C39 Cxx variant dependent see below TOP C40 Cxx variant dependent see below TOP C41 1n200VNP05%5 1n 200V TOP D2 BYM26E BYM26E TOP D4 15V1.3W5% 15V 1.3W 5% TOP D5 BYM26E BYM26E TOP D7 1N4004 1N4004 TOP D8 BYV26C BYV26C TOP D9 BYV26C BYV26C TOP

D10 BYV26C BYV26C TOP D11 BYW98-200 BYW98-200 TOP D12 BYW98-200 BYW98-200 TOP D13 1N4148 1N4148 TOP D16 12V.4W5% 12V .4W 5% TOP D17 1N4148 1N4148 TOP D18 39V.4W2% 39V .4W 2% TOP D19 12V.4W5% 12V .4W 5% TOP D20 5V6.4W2% 5V6.4W2% TOP D21 1N4148 1N4148 TOP D22 1N4148 1N4148 TOP D23 39V.4W2% 39V .4W 2% TOP D24 5V6.4W2% 5V6.4W2% TOP L1 400uHETD29ST 400uH ETD29GSP TOP L2 47uHA 47uH TOP P1 TPC90M3 TPC90M3 TOP P2 FBPC5x209M PC5X20 TOP P3 FBPC5x209M PC5X20 TOP P4 TPC90M3 TPC90M3 TOP Q4 BC327 BC327 TOP Q5 BC549C BC549C TOP Q6 PN4392 PN4392 TOP Q7 BC559C BC559C TOP Q8 MPSA42 MPSA42 TOP Q9 BC549C BC549C TOP Q10 MPSA92 MPSA92 TOP Q11 BC559C BC559C TOP R1 1K3W5% (5mm stand-off) 1K3W5% (5mm stand-off) TOP R2 2R2.7W1% 2R2.7W1% TOP R3 2R2.7W1% 2R2.7W1% TOP R4 2R2.7W1% 2R2.7W1% TOP R5 100R.7W1% 100R .7W 1% TOP R6 R105W2% (5mm stand-off) R10 5W 2% (5mm stand-off) TOP R7 R105W2% (5mm stand-off) R10 5W 2% (5mm stand-off) TOP R8 Rxx variant dependent see below TOP R9 Rxx variant dependent see below TOP R10 Rxx variant dependent see below TOP R11 Rxx variant dependent see below TOP R12 - see below TOP R13 - see below TOP R14 100K3W5% (5mm stand-off) 100K 3W 5% (5mm stand-off) TOP R15 6M2.7W1% 6M2 .7W 1% TOP R16 3M9.7W1% 3M9 .7W 1% TOP R17 100K3W5% (5mm stand-off) 100K 3W 5% (5mm stand-off) TOP R18 330R2W5% (5mm stand-off) 330R 2W 5% (5mm stand-off) TOP R19 33R2W5% (5mm stand-off) 33R2W5% (5mm stand-off) TOP R20 2R22W5% 2R2 2W 5% TOP R21 2R22W5% 2R2 2W 5% TOP R22 100R.7W1% 100R .7W 1% TOP R23 470K.7W1% 470K .7W 1% TOP R24 470K.7W1% 470K .7W 1% TOP R25 47K.7W1% 47K .7W 1% TOP

R26 180K.7W1% 180K.7W1% TOP R27 47K.7W1% 47K .7W 1% TOP R28 56K.7W1% see below TOP R29 390K.7W1% 390K .7W 1% TOP R30 6K8.7W1% 6K8 .7W 1% TOP R31 10K.7W1% 10K.7W1% TOP R32 330K.7W1% see below TOP R33 10K.7W1% 10K .7W 1% TOP R34 100K3W5% (5mm stand-off) see below TOP R35 180K.7W1% 180K.7W1% TOP R36 47K.7W1% 47K .7W 1% TOP R37 56K.7W1% 56K .7W 1% TOP R38 1M.7W1% 1M.7W1% TOP R39 100K.7W1% 100K.7W1% TOP R40 2M2.7W1% 2M2.7W1% TOP R41 330K.7W1% 330K.7W1% TOP U2 TCET1102G TCET1102G TOP U3 TCET1102G TCET1102G TOP U4 TCET1102G TCET1102G TOP VR1 VR4K7LY2X3M VR 4K7 LY TOP BOARD SP100F SP100F TOP

Smallest Denomination Final assembly

- SP100F-H02 Hole mounted board see instruction SSP100F-M02 part no. Label see instruction CL1 COATO247x2 COATO247x2 see instruction CL2 COAEXTO247x5 COAEXTO247x5 see instruction CP20 AWG18RED300VVW1 à 28 cm see instruction CP21 AWG18RED300VVW1 à 46 cm see instruction CP22 AWG18RED300VVW1 à 28 cm see instruction CP23 AWG18RED300VVW1 à 46 cm see instruction CP24 AWG20BLK300VVW1 à 28 cm see instruction CP25 AWG20BLK300VVW1 à 46 cm see instruction CP26 AWG20BLK300VVW1 à 28 cm see instruction CP27 AWG20BLK300VVW1 à 46 cm see instruction CP30 AWG18BLU300VVW1 à 28 cm see instruction CP31 AWG18BLU300VVW1 à 46 cm see instruction CP32 AWG18BLU300VVW1 à 28 cm see instruction CP33 AWG18BLU300VVW1 à 46 cm see instruction D1 GBPC35-06WL GBPC35-06WL see instruction D14 STTA3006PI STTA3006PI see instruction D15 STTA3006PI STTA3006PI see instruction D3 BYT30PI1000 BYT30PI1000 see instruction D6 STTA1512PI STTA1512PI see instruction Q1 Qxx variant dependent see below see instruction Q2 SGW25N120 SGW25N120 see instruction Q3 Qxx variant dependent see below see instruction see instruction COADB1 COADB1 see instruction see instruction MRT204x20 MRT204x20 see instruction see instruction M6MM4 M6MM4 see instruction see instruction FBB4.1SV FBB4.1SV see instruction

see instruction RTK10ST2.9x9.5 RTK10ST2.9x9.5 see instruction see instruction MRTGF3x8FBBBRBSV MRTGF3x8FBBBRBSV see instruction see instruction MRT103x12 MRT103x12 see instruction see instruction FBB3.1 FBB3.1 see instruction see instruction BRB3.2x6x.5SV BRB3.2x6x.5SV see instruction see instruction CT98x2.5 CT98x2.5 see instruction see instruction T3A15250-5x20 see below see instruction see instruction ST3A15AL250-5x20 see below see instruction U1 PWMF1-F01 PWMF1 see instruction

Mounted at Lab.gruppen

SUBxxx SP100F-M02 LSxxx SSP100F-F02 R13 5K36.7W1% see below TOP LSxxx K1 T2K5WF160VPM8770 see below see instruction C4 2200uF200V35x45 C7 2200uF200V35x45 C33 2200uF160V35x45 C34 2200uF160V35x45 see instruction FPMSA FPMSA see instruction see instruction MPPM8770 MPPM8770 see instruction see instruction M6MM4 M6MM4 see instruction see instruction FBB1.4SV FBB1.4SV see instruction see instruction CLCFPM8770 CLCFPM8770 see instruction see instruction TPT8-2.5x10 TPT8-2.5x10 see instruction see instruction FBB2.6 FBB2.6 see instruction see instruction MRT104x80 special om Torx see instruction

BOMEXCLUDE

NO NO NO NO NO NO NO NO NO NO NO NO NO NO NO NO NO NO NO NO NO NO NO NO NO NO NO NO NO NO NO NO NO NO NO NO NO NO NO NO NO NO NO NO NO NO NO

NO NO NO NO NO NO NO NO NO NO NO NO NO NO NO NO NO NO NO NO NO NO NO NO NO NO NO NO NO NO NO NO NO NO NO NO NO NO NO NO NO NO NO NO NO NO NO NO NO NO NO NO

NO NO NO NO NO NO NO NO NO NO NO NO NO NO NO NO NO NO NO NO NO

NO NO NO NO NO NO NO NO NO NO NO NO NO NO NO NO NO NO NO NO NO NO NO NO NO NO NO NO

NO NO NO NO NO NO NO NO NO

NO

NO NO NO NO NO NO NO NO

Senast ändrad: see filename

DESIGNATOR PARTNUMBER PARTNAME OBJLAYER MOUNT

Smallest denominator Hole mounting

C1 22n1000VMKP22.5 see below TOP C2 22n1000VMKP22.5 22n 1000V TOP C3 470p500VY5P5%5 470p 500V TOP C4 2200u200V35x45 see below TOP C5 2200u200V35x55 2200u 200V TOP C6 2200u200V35x55 2200u 200V TOP C7 2200u200V35x45 see below TOP C8 22n1000VMKP22.5 22n 1000V TOP C9 10u50V 10u 50V TOP C10 1n200VNP05%5 1n 200V TOP C11 150p500VK20005%5 150p 500V TOP C12 6n8250VMMK5 6n8 250V TOP C13 100u50V 100u 50V TOP C14 100u50V 100u 50V TOP C15 1n5250VY1Y5P10 1n5250VY1Y5P10 TOP C16 220p2000VB310%5 see below TOP C17 68u100VLZ 68u 100VLZ TOP C18 680u35VLZ 680u 35V LZ TOP C19 1n200VNP05%5 1n 200V TOP C20 1n200VNP05%5 1n 200V TOP C21 100n63VMMK5 100n 63V TOP C22 100n63VMMK5 100n 63V TOP C23 100n63VMMK5 100n 63V TOP C24 100n63VMMK5 100n 63V TOP C25 10n250VMMK5 10n 250V TOP C26 10u50V 10u 50V TOP C27 4n71000VMKP15 4n7 1000V TOP C28 4n71000VMKP15 4n7 1000V TOP C29 Cxx variant dependent see below TOP C30 2200u160V35x45 see below TOP C31 2200u160V35x45 see below TOP C32 Cxx variant dependent see below TOP C33 2200u160V35x45 see below TOP C34 2200u160V35x45 see below TOP C35 Cxx variant dependent see below TOP C36 2200u160V35x45 see below TOP C37 2200u160V35x45 see below TOP C38 Cxx variant dependent see below TOP C39 Cxx variant dependent see below TOP C40 Cxx variant dependent see below TOP C41 1n200VNP05%5 1n 200V TOP D2 BYM26E BYM26E TOP D4 15V1.3W5% 15V 1.3W 5% TOP D5 BYM26E BYM26E TOP D7 1N4004 1N4004 TOP D8 BYV26C BYV26C TOP D9 BYV26C BYV26C TOP

D10 BYV26C BYV26C TOP D11 BYW98-200 BYW98-200 TOP D12 BYW98-200 BYW98-200 TOP D13 1N4148 1N4148 TOP D16 12V.4W5% 12V .4W 5% TOP D17 1N4148 1N4148 TOP D18 39V.4W2% 39V .4W 2% TOP D19 12V.4W5% 12V .4W 5% TOP D20 5V6.4W2% 5V6.4W2% TOP D21 1N4148 1N4148 TOP D22 1N4148 1N4148 TOP D23 39V.4W2% 39V .4W 2% TOP D24 5V6.4W2% 5V6.4W2% TOP L1 400uHETD29ST 400uH ETD29GSP TOP L2 47uHA 47uH TOP P1 TPC90M3 TPC90M3 TOP P2 FBPC5x209M PC5X20 TOP P3 FBPC5x209M PC5X20 TOP P4 TPC90M3 TPC90M3 TOP Q4 BC327 BC327 TOP Q5 BC549C BC549C TOP Q6 PN4392 PN4392 TOP Q7 BC559C BC559C TOP Q8 MPSA42 MPSA42 TOP Q9 BC549C BC549C TOP Q10 MPSA92 MPSA92 TOP Q11 BC559C BC559C TOP R1 1K3W5% (5mm stand-off) 1K3W5% (5mm stand-off) TOP R2 2R2.7W1% 2R2.7W1% TOP R3 2R2.7W1% 2R2.7W1% TOP R4 2R2.7W1% 2R2.7W1% TOP R5 100R.7W1% 100R .7W 1% TOP R6 R105W2% (5mm stand-off) R10 5W 2% (5mm stand-off) TOP R7 R105W2% (5mm stand-off) R10 5W 2% (5mm stand-off) TOP R8 R105W2% (5mm stand-off) see below TOP R9 R105W2% (5mm stand-off) see below TOP R10 Rxx variant dependent see below TOP R11 Rxx variant dependent see below TOP R12 - see below TOP R13 2K7.7W1% see below TOP R14 100K3W5% (5mm stand-off) 100K 3W 5% (5mm stand-off) TOP R15 6M2.7W1% 6M2 .7W 1% TOP R16 3M9.7W1% 3M9 .7W 1% TOP R17 100K3W5% (5mm stand-off) 100K 3W 5% (5mm stand-off) TOP R18 330R2W5% (5mm stand-off) 330R 2W 5% (5mm stand-off) TOP R19 33R2W5% (5mm stand-off) 33R2W5% (5mm stand-off) TOP R20 2R22W5% 2R2 2W 5% TOP R21 2R22W5% 2R2 2W 5% TOP R22 100R.7W1% 100R .7W 1% TOP R23 470K.7W1% 470K .7W 1% TOP R24 470K.7W1% 470K .7W 1% TOP R25 47K.7W1% 47K .7W 1% TOP

R26 180K.7W1% 180K.7W1% TOP R27 47K.7W1% 47K .7W 1% TOP R28 56K.7W1% see below TOP R29 390K.7W1% 390K .7W 1% TOP R30 6K8.7W1% 6K8 .7W 1% TOP R31 10K.7W1% 10K.7W1% TOP R32 330K.7W1% see below TOP R33 10K.7W1% 10K .7W 1% TOP R34 100K3W5% (5mm stand-off) see below TOP R35 180K.7W1% 180K.7W1% TOP R36 47K.7W1% 47K .7W 1% TOP R37 56K.7W1% 56K .7W 1% TOP R38 1M.7W1% 1M.7W1% TOP R39 100K.7W1% 100K.7W1% TOP R40 2M2.7W1% 2M2.7W1% TOP R41 330K.7W1% 330K.7W1% TOP U2 TCET1102G TCET1102G TOP U3 TCET1102G TCET1102G TOP U4 TCET1102G TCET1102G TOP VR1 VR4K7LY2X3M VR 4K7 LY TOP BOARD SP100F SP100F TOP

Smallest Denomination Final assembly

- SP100F-H03 Hole mounted board see instruction SSP100F-F03 part no. Label see instruction CL1 COATO247x2 COATO247x2 see instruction CL2 COAEXTO247x5 COAEXTO247x5 see instruction CP20 AWG18RED300VVW1 à 28 cm see instruction CP21 AWG18RED300VVW1 à 46 cm see instruction CP22 AWG18RED300VVW1 à 28 cm see instruction CP23 AWG18RED300VVW1 à 46 cm see instruction CP24 AWG20BLK300VVW1 à 28 cm see instruction CP25 AWG20BLK300VVW1 à 46 cm see instruction CP26 AWG20BLK300VVW1 à 28 cm see instruction CP27 AWG20BLK300VVW1 à 46 cm see instruction CP30 AWG18BLU300VVW1 à 28 cm see instruction CP31 AWG18BLU300VVW1 à 46 cm see instruction CP32 AWG18BLU300VVW1 à 28 cm see instruction CP33 AWG18BLU300VVW1 à 46 cm see instruction D1 GBPC35-06WL GBPC35-06WL see instruction D14 STTA3006PI STTA3006PI see instruction D15 STTA3006PI STTA3006PI see instruction D3 BYT30PI1000 BYT30PI1000 see instruction D6 STTA1512PI STTA1512PI see instruction Q1 SGW25N120 see below see instruction Q2 SGW25N120 SGW25N120 see instruction Q3 Qxx variant dependent see below see instruction see instruction COADB1 COADB1 see instruction see instruction MRT204x20 MRT204x20 see instruction see instruction M6MM4 M6MM4 see instruction see instruction FBB4.1SV FBB4.1SV see instruction

see instruction RTK10ST2.9x9.5 RTK10ST2.9x9.5 see instruction see instruction MRTGF3x8FBBBRBSV MRTGF3x8FBBBRBSV see instruction see instruction MRT103x12 MRT103x12 see instruction see instruction FBB3.1 FBB3.1 see instruction see instruction BRB3.2x6x.5SV BRB3.2x6x.5SV see instruction see instruction CT98x2.5 CT98x2.5 see instruction see instruction T3A15250-5x20 see below see instruction see instruction ST3A15AL250-5x20 see below see instruction U1 PWMF1-F01 PWMF1 see instruction

Mounted at Lab.gruppen

SUBxxx SP100F-F03 LSxxx R13 - see below TOP LSxxx LSxx variant dependent K1 T5KWF160VPM8770 see below see instruction C4 Cxx Variant dependent C7 Cxx Variant dependent C33 Cxx Variant dependent C34 Cxx Variant dependent see instruction FPMSA FPMSA see instruction see instruction MPPM8770 MPPM8770 see instruction see instruction M6MM4 M6MM4 see instruction see instruction FBB1.4SV FBB1.4SV see instruction see instruction CLCFPM8770 CLCFPM8770 see instruction see instruction TPT8-2.5x10 TPT8-2.5x10 see instruction see instruction FBB2.6 FBB2.6 see instruction see instruction MRT104x80 special om Torx see instruction

BOMEXCLUDE

NO NO NO NO NO NO NO NO NO NO NO NO NO NO NO NO NO NO NO NO NO NO NO NO NO NO NO NO NO NO NO NO NO NO NO NO NO NO NO NO NO NO NO NO NO NO NO

NO NO NO NO NO NO NO NO NO NO NO NO NO NO NO NO NO NO NO NO NO NO NO NO NO NO NO NO NO NO NO NO NO NO NO NO NO NO NO NO NO NO NO NO NO NO NO NO NO NO NO NO

NO NO NO NO NO NO NO NO NO NO NO NO NO NO NO NO NO NO NO NO NO

NO NO NO NO NO NO NO NO NO NO NO NO NO NO NO NO NO NO NO NO NO NO NO NO NO NO NO NO

NO NO NO NO NO NO NO NO NO

NO

NO NO NO NO NO NO NO NO

Lab gruppen A25TD Schematic

Specifications and Main Features

Frequently Asked Questions

User Manual

BS250