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Part Manufacturer Description Datasheet Download Buy Part
TYRV2C106D12ML (3-1879300-1) TE Connectivity Ltd Capacitors; TYRV 160V 10UF 10 x 12.5 ( Neohm )
TYAV2C106D17ML (3-1879296-2) TE Connectivity Ltd Capacitors; TYAV 160V 10UF 10 x 17 ( Neohm )
TYAH2C106D17ML (1-1879298-8) TE Connectivity Ltd Capacitors; TYAH 160V 10UF 10 x 17 ( Neohm )
TYRH2C106D12ML (2-1879302-5) TE Connectivity Ltd Capacitors; TYRH 160V 10UF 10 x 12.5 ( Neohm )
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Part Manufacturer Supplier Stock Best Price Price Each Buy Part
BSSQC-106-D-100-08-T-492-LT-LF Major League Electronics Future Electronics - $0.48 $0.41
BSTC-106-D-110-24-F-600-LF Major League Electronics Future Electronics - $0.59 $0.53
C106D1 SSI Bristol Electronics 94 - -
C106D1 ON Semiconductor America II Electronics 2,574 - -
C106D1 General Electric Company Chip One Exchange 2,488 - -
C106D1G Littelfuse Inc element14 Asia-Pacific - $1.04 $0.34
C106D1G ON Semiconductor Allied Electronics & Automation - $0.78 $0.75
C106D1G Littelfuse Inc Future Electronics 399 $0.35 $0.35
C106D1G Littelfuse Inc TME Electronic Components 707 $0.64 $0.20
C106D1G ON Semiconductor Schukat electronic 10,930 €0.54 €0.14
C106D1G Littelfuse Inc New Advantage Corporation 320 $0.70 $0.64
C106D1G Littelfuse Inc Chip1Stop 2,984 $0.95 $0.23
C106D1G Littelfuse Inc Wuhan P&S 16,000 $0.36 $0.23
CY7C106D-10VXI Cypress Semiconductor Rochester Electronics 858 $12.76 $10.37
TSHC-106-D-14-335-FLF Major League Electronics Future Electronics - $0.32 $0.26

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C106D1 datasheet (17)

Part Manufacturer Description Type PDF
C106D1 Central Semiconductor Leaded Thyristor SCR Original PDF
C106D1 On Semiconductor Sensitive Gate Silicon Controlled Rectifier Original PDF
C106D1 On Semiconductor Sensitive Gate Silicon Controlled Rectifiers Original PDF
C106D1 On Semiconductor Sensitive Gate Silicon Controlled Rectifiers Original PDF
C106D1 Teccor Electronics Cross Reference Data to Teccor Part Numbers (See datasheet appendix) Original PDF
C106D1 Digitron Silicon Controlled Rectifier, Up to 600 Volts, 4 Amps (RMS) Scan PDF
C106D1 General Electric Semiconductor Data Book 1971 Scan PDF
C106D1 General Electric Semiconductor Data Handbook 1977 Scan PDF
C106D1 Loras Industries Silicon Controlled Rectifier (Shortform Data) Scan PDF
C106D1 Motorola European Master Selection Guide 1986 Scan PDF
C106D1 Others Semiconductor Devices, Diode, and SCR Datasheet Catalog Scan PDF
C106D1 Others Catalog Scans - Shortform Datasheet Scan PDF
C106D1 Others Short Form Datasheet and Cross Reference Data Scan PDF
C106D11 Teccor Electronics Cross Reference Data to Teccor Part Numbers (See datasheet appendix) Original PDF
C106D12 Teccor Electronics Cross Reference Data to Teccor Part Numbers (See datasheet appendix) Original PDF
C106D1G On Semiconductor Sensitive Gate Silicon Controlled Rectifier Original PDF
C106D1G On Semiconductor Sensitive Gate Silicon Controlled Rectifiers Original PDF

C106D1 Datasheets Context Search

Catalog Datasheet MFG & Type PDF Document Tags
2000 - scr C106B

Abstract: SCR C106D1 C106 Series scr C106D CHARACTERISTICS C106 c106m c106 scr SCR c106 c106d scr C106D
Text: Voltage(1) (Sine Wave, 50­60 Hz, RGK = 1 k, TC = ­40° to 110°C) C106B C106D, C106D1 C106M, C106M1 On-State , 40 to +110 ­ 40 to +150 6.0 A2s Watt Watt Amp C106B °C °C in. lb. C106D C106D1 C106M C106M1 TO225AA , , D, & M) (IFM = 4 A Peak for C106D1 , & M1) Gate Trigger Current (Continuous dc)(2) (VAK = 6 Vdc, RL =


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PDF C106B, C-106 scr C106B SCR C106D1 C106 Series scr C106D CHARACTERISTICS C106 c106m c106 scr SCR c106 c106d scr C106D
2012 - C106

Abstract: C106D1 c106b1 C106M1 C106C1 TO202 C106E1
Text: C106A1 C106B1 C106C1 C106D1 C106E1 C106M1 w w w. c e n t r a l s e m i . c o m SILICON CONTROLLED RECTIFIER 4 AMP, 100 THRU 600 VOLTS DESCRIPTION: The CENTRAL SEMICONDUCTOR C106A1 series are PNPN silicon controlled rectifiers designed for applications such as temperature, light, speed control, process and remote control, and warning systems where reliability of operation is important. MARKING: FULL , R1 (23-January 2012) C106A1 C106B1 C106C1 C106D1 C106E1 C106M1 SILICON CONTROLLED RECTIFIER


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PDF C106A1 C106B1 C106C1 C106D1 C106E1 C106M1 O-202 23-January C106 C106M1 C106C1 TO202
2000 - C106D1

Abstract: scr C106 scr C106B c106 scr SCR C106D1 SCR C106m SCR C106D C106 circuit using c106d1 c106d pin out
Text: °C) C106B C106D, C106D1 C106M, C106M1 VDRM, VRRM On-State RMS Current (180° Conduction Angles, TC , 500/Box C106D1 TO225AA 500/Box C106M TO225AA 500/Box C106M1 TO225AA 500/Box , CHARACTERISTICS Peak Forward On­State Voltage(1) (IFM = 1 A Peak for C106B, D, & M) (IFM = 4 A Peak for C106D1


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PDF C106B, r14525 C106/D C106D1 scr C106 scr C106B c106 scr SCR C106D1 SCR C106m SCR C106D C106 circuit using c106d1 c106d pin out
2004 - C106B1

Abstract: c106d1 CS39-4B CS39-4D CS202-4B-2 CS202-4B C106C1 C106A1 2N6606 C106M1
Text: SCRs (Continued) IT (AMPS) 1.6 @ TC ( C) 55 90 85 85 30 ITSM (AMPS) 6.0 35 30 30 20 CASE TO-18 TO-39 TO-202 TO-202-2 TO-202 o 4.0 VRRM (VOLTS) 50 2N6605 60 2N6606 100 2N6607 200 2N6608 C106A1 CS39-4B CS202-4B CS202-4B-2 300 C106B1 C106C1 400 CS39-4D CS202-4D CS202-4D-2 500 C106D1 C106E1 600 CS39-4M 800 CS202-4M CS202-4M-2 C106M1 CS39-4N IGT 200µA


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PDF O-202 O-202-2 2N6605 2N6606 2N6607 2N6608 C106A1 CS39-4B CS202-4B C106B1 c106d1 CS39-4B CS39-4D CS202-4B-2 CS202-4B C106C1 C106A1 2N6606 C106M1
C106B1

Abstract: 2N6607 2N6608 2N6605 2N6606 C106A1 CS202-4B CS202-4B-2 CS39-4B
Text: SCRS (Continued) IT (AMPS) 1.6 4.0 @ Tc (°C) 55 90 85 85 30 ITSM (AMPS) 6.0 35 30 30 20 I 1 m f I CASE TO-18 TO-39 ul Will T0-202 TO-202-2 III 111 If T0-202 VRRM (VOLTS) 50 2N6605 60 2N6606 100 2N6607 C106A1 200 2N6608 CS39-4B CS202-4B CS202-4B-2 C106B1 300 C106C1 400 CS39-4D CS202-4D CS202-4D-2 C106D1 500 1 C106E1 600 CS39-4M CS202-4M CS202-4M-2 C106M1 800 CS39-4N IGT 200|^A 200|J.A 200|uA 200(iA 200[xA VQT 0.8V 0.8V 0.8V 0.8V 0.8V IH 5.0mA 5.0mA


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PDF T0-202 O-202-2 T0-202 2N6605 2N6606 2N6607 C106A1 2N6608 CS39-4B CS202-4B C106B1 2N6607 2N6605 2N6606 C106A1 CS202-4B-2
c106b

Abstract: 2N6606 2N6607 CS39-4B CS202-4B-2 CS202-4B C106B1 C106A1 C106C1 2N6608
Text: SCRs (Continued) IT (AMPS) 1.6 4.0 @ TC (oC) ITSM (AMPS) 55 90 85 85 30 6.0 35 30 30 20 CASE TO-18 TO-39 TO-202 TO-202-2 TO-202 VRRM (VOLTS) 50 2N6605 60 2N6606 100 2N6607 200 2N6608 C106A1 CS39-4B CS202-4B CS202-4B-2 300 C106B1 C106C1 400 CS39-4D CS202-4D CS202-4D-2 500 C106D1 C106E1 600 CS39-4M 800 CS202-4M CS202-4M-2 C106M1 CS39-4N IGT 200µA 200µA 200µA


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PDF O-202 O-202-2 2N6605 2N6606 2N6607 2N6608 C106A1 CS39-4B CS202-4B c106b 2N6606 2N6607 CS39-4B CS202-4B-2 CS202-4B C106B1 C106A1 C106C1 2N6608
2003 - scr C106

Abstract: c106d pin out scr C106D scr C106B SCR C106D equivalent circuit SCR C106m C106 Series SCR 106 B circuit using c106d1 C106d silicon controlled rectifier
Text: , C106D1 * C106M, C106M1* VDRM, VRRM On-State RMS Current (180° Conduction Angles, TC = 80°C) IT , 500/Box C106D TO225AA 500/Box C106D1 * *D1 signifies European equivalent for D suffix


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PDF C106B, C106/D scr C106 c106d pin out scr C106D scr C106B SCR C106D equivalent circuit SCR C106m C106 Series SCR 106 B circuit using c106d1 C106d silicon controlled rectifier
2000 - SCR C106D1

Abstract: scr C106 scr C106B c106d pin out SCR C106D Application of scr c106D C106D C106B C106D1 SCR C106m
Text: °C) C106B C106D, C106D1 C106M, C106M1 VDRM, VRRM On-State RMS Current (180° Conduction Angles, TC , C106D TO225AA 500/Box C106D1 TO225AA 500/Box C106M TO225AA 500/Box C106M1 , CHARACTERISTICS Peak Forward On­State Voltage(1) (IFM = 1 A Peak for C106B, D, & M) (IFM = 4 A Peak for C106D1


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PDF C106B, r14525 C106/D SCR C106D1 scr C106 scr C106B c106d pin out SCR C106D Application of scr c106D C106D C106B C106D1 SCR C106m
"case 90-05"

Abstract: 2N4443 TO-225AB 2N4442 c106d1 motorola 2N4444 C122D1 2N6239 MCR106 C106B1
Text: SCRs (continued) On-State (RMS) Current 4.0 AMPS 6.0 AMPS 8.0 AMPS Tc = 93°C Tc = 30°C Tc = 93°C Tc = 73°C Tc = 75°C Tc = 83°C CD Ignition t 1 Sensitive Gate Sensitive Gate Case 77.04 TO-126 Style 2 Case 90.05 TO-225AB Style 1 Case 221A-02 TO-220AB Style 3 vdrm vrrm 2N4441 50 V MCR106-3 2N6238 C106A1 MCR506-3 100 V MCR106-4 2N6239 C106B1 MCR506-4 2N4442 C122B1 MCR72-4 200 V MCR106-6 2N6240 C106D1 MCR506-6 2N4443 C122D1 MCR72-6 400 V


OCR Scan
PDF O-126 O-225AB 21A-02 O-220AB 2N4441 MCR106-3 2N6238 C106A1 MCR506-3 MCR106-4 "case 90-05" 2N4443 TO-225AB 2N4442 c106d1 motorola 2N4444 C122D1 2N6239 MCR106 C106B1
1999 - c106d pin out

Abstract: scr C106 C106 Series C106D to-126 C106 scr C106D CHARACTERISTICS SCR C106m transistor c106 C106B c106 scr
Text: 110°C) C106B C106D, C106D1 C106M, C106M1 VDRM, VRRM On-State RMS Current (180° Conduction , 500/Box C106D1 TO225AA 500/Box C106M TO225AA 500/Box C106M1 TO225AA 500/Box , CHARACTERISTICS Peak Forward On­State Voltage(1) (IFM = 1 A Peak for C106B, D, & M) (IFM = 4 A Peak for C106D1


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PDF C106B, r14525 C106/D c106d pin out scr C106 C106 Series C106D to-126 C106 scr C106D CHARACTERISTICS SCR C106m transistor c106 C106B c106 scr
2000 - c106d pin out

Abstract: scr C106B SCR 1 c106d c106 scr scr c106d application notes c106d1 C106 Series scr C106d silicon controlled rectifier C106 Series C106D to-126
Text: Voltage(1) (Sine Wave, 50­60 Hz, RGK = 1 k, TC = ­40° to 110°C) C106B C106D, C106D1 C106M, C106M1 On-State , 40 to +110 ­ 40 to +150 6.0 A2s Watt Watt Amp C106B °C °C in. lb. C106D C106D1 C106M C106M1 TO225AA , , D, & M) (IFM = 4 A Peak for C106D1 , & M1) Gate Trigger Current (Continuous dc)(2) (VAK = 6 Vdc, RL =


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PDF C106B, C106M1 O-225 00V-04 \\Roarer\root\data13\imaging\BITTING\cpl mismatch\20000817\08162000 3\ONSM\08032000 C106M1T c106d pin out scr C106B SCR 1 c106d c106 scr scr c106d application notes c106d1 C106 Series scr C106d silicon controlled rectifier C106 Series C106D to-126
Not Available

Abstract: No abstract text available
Text: (Continued) It (AMPS) 1.6 © T cPC ) 55 90 85 85 30 6.0 35 30 30 20 lT3M(AMPS) 4.0 S f I CASE T O -18 TO-202 TO-39 f f TO-202-2 f TO-202 VRRM (VOLTS) SO 2N6605 SO 2N6606 too 2N6607 m 2N6608 C106A1 C S3 9-4B C S202-4B CS202-4B-2 300 C106B1 C106C1 C S3 9-4D 400 C S202-4D CS202-4D-2 500 C106D1 C106E1 600 C S3 9-4M 800 C S3 9-4N CS202-4M -2 C106M1 200)aA


OCR Scan
PDF O-202 O-202-2 2N6605 2N6606 2N6607 2N6608 C106A1 S202-4B CS202-4B-2
2008 - scr c106mg

Abstract: C106DG C106MG SCR C106D equivalent circuit scr C106DG C106BG scr C106BG C106M1G SCR C106D equivalent SCR c106
Text: ) 500 Units / Box C106D1 * TO-225AA 500 Units / Box C106D1G * TO-225AA (Pb-Free) 500 , , C106D1 * C106M, C106M1* On-State RMS Current (180° Conduction Angles, TC = 80°C) IT(RMS) 4.0


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PDF O-225AA scr c106mg C106DG C106MG SCR C106D equivalent circuit scr C106DG C106BG scr C106BG C106M1G SCR C106D equivalent SCR c106
Not Available

Abstract: No abstract text available
Text: SCRS (Continued) IT (AMPS) 1.6 @ T c (°C) 55 90 85 85 30 6.0 35 30 30 20 ITSM (AM PS) 4.0 f 1 I mil li C A SE TO-18 TO-39 TO-202 f f TO-202-2 Ïw ISÏ W TO-202 VRRM (VOLTS) 50 2N6605 60 2N6606 100 2N6607 200 2N6608 C106A1 C S3 9-4B C S202-4B CS202-4B-2 300 C106B1 C106C1 400 C S39-4D C S202-4D CS202-4D-2 500 C106D1 C106E1 600 CS39-4M 800 CS39-4N 200|iA


OCR Scan
PDF O-202 O-202-2 2N6605 2N6606 2N6607 2N6608 C106A1 S202-4B CS202-4B-2
1999 - c106d1 motorola

Abstract: C106 thyristor thyristor c106d C106 C106D motorola thyristor C106d1 C106D1 C106D c106d thyristor C106M1
Text: Repetitive Forward and Reverse Blocking Voltage(1) (RGK = 1 k) C106B (TC = ­40° to 110°C) C106D, C106D1 , Voltage (IFM = 1 A Peak for C106B, D, & M) (IFM = 4 A Peak for C106D1 , & M1) VTM Gate Trigger


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PDF C106/D O-225AA) c106d1 motorola C106 thyristor thyristor c106d C106 C106D motorola thyristor C106d1 C106D1 C106D c106d thyristor C106M1
2004 - C106MG

Abstract: scr c106mg C106 MG SCR C106D equivalent circuit SCR C106m equivalent circuit C106D SCR equivalent equivalent SCR c106 C106D1G scr C106D CHARACTERISTICS c106d equivalent
Text: *, M1 Y = Year WW = Work Week G* = Pb-Free ORDERING INFORMATION Device C106B C106D C106D1 * C106D1G , , C106D1 * C106M, C106M1* On-State RMS Current (180° Conduction Angles, TC = 80°C) Average On-State Current


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PDF C106B, C-106 C106MG scr c106mg C106 MG SCR C106D equivalent circuit SCR C106m equivalent circuit C106D SCR equivalent equivalent SCR c106 C106D1G scr C106D CHARACTERISTICS c106d equivalent
C106D1 pin out diagram

Abstract: No abstract text available
Text: ) (RGK = 1 k £ l) C106B (T q = - 4 0 ° to 110°C) C106D, C106D1 C106M, C106M1 Sym bol V d RM , Peak for C106B, D, & M) (lFM = 4 A Peak for C106D1 , & M1) Gate T rig g e r Voltage (Continuous dc


OCR Scan
PDF C106/D C106D1 pin out diagram
2002 - scr C106

Abstract: c106d pin out to225aa SCR C106m SCR C-106B C106D to-126 scr C106B scr C106D C106 Series c106 scr
Text: °C) C106B C106D, C106D1 C106M, C106M1 VDRM, VRRM On-State RMS Current (180° Conduction Angles, TC , Industries, LLC, 2002 ORDERING INFORMATION TO225AA 500/Box C106D TO225AA 500/Box C106D1


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PDF C106B, r14525 C106/D scr C106 c106d pin out to225aa SCR C106m SCR C-106B C106D to-126 scr C106B scr C106D C106 Series c106 scr
2008 - C106MG

Abstract: c106d pin out C106DG c106mg pin out scr c106mg C106BG C106D1 pin out diagram C106M1G scr C106 SCR C106m
Text: ) 500 Units / Box C106D1 * TO-225AA 500 Units / Box C106D1G * TO-225AA (Pb-Free) 500 , , C106D1 * C106M, C106M1* On-State RMS Current (180° Conduction Angles, TC = 80°C) IT(RMS) 4.0


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PDF O-225AA C106/D C106MG c106d pin out C106DG c106mg pin out scr c106mg C106BG C106D1 pin out diagram C106M1G scr C106 SCR C106m
GE C106B1

Abstract: specifications 2N1597 GE C5U SCR C106Y1 c103 a ge 2N5060-64 ge C106Y1 scr C203 7N870 GE C106A1
Text: 2N2329* C5D C6D ;M599, A C106D1 SflillRI C108D1 500 fjjiiPii - C106E1 C107E1 C108E1 600 IliiiliS


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PDF 2N877-81 2N5060-64 2N2322-29 2N1595-99 2N2345 7N1595, C106F1 C107F1 C108F1 C103YY GE C106B1 specifications 2N1597 GE C5U SCR C106Y1 c103 a ge ge C106Y1 scr C203 7N870 GE C106A1
2002 - G C106B1

Abstract: C106D1 C106A1 C106B1 C106C1 C106E1 C106M1
Text: C106C1 C106D1 C106E1 C106M1 UNITS VDRM, VRRM 100 200 300 400 500 600 V IT(RMS) 4.0 A ITSM 20


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PDF C106A1 C106M1 O-202 C106B1 C106C1 C106D1 G C106B1 C106E1 C106M1
2005 - C106D

Abstract: C106MG C106DG scr c106mg C106Bg c106d pin out c106mg pin out C106MG datasheet scr C106BG scr C106
Text: C106D1 * TO-225AA 500 Units / Box C106D1G * TO-225AA (Pb-Free) 500 Units / Box C106M , , C106D1 * C106M, C106M1* On-State RMS Current (180° Conduction Angles, TC = 80°C) IT(RMS) 4.0 A


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PDF O-225AA C106/D C106D C106MG C106DG scr c106mg C106Bg c106d pin out c106mg pin out C106MG datasheet scr C106BG scr C106
2004 - C106 MG

Abstract: C106MG transistors C106 MG scr c106mg SCR C106D equivalent circuit C106D1G C106D SCR equivalent SCR C106m equivalent circuit c106d pin out to225aa
Text: Shipping C106B TO225AA 500/Box C106D TO225AA 500/Box C106D1 * TO225AA 500/Box C106D1G TO225AA (Pb-Free) 500/Box C106M TO225AA 500/Box C106MG TO225AA (Pb-Free , C106D, C106D1 * C106M, C106M1* Unit V 200 400 600 On-State RMS Current (180° Conduction


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PDF C106/D C106 MG C106MG transistors C106 MG scr c106mg SCR C106D equivalent circuit C106D1G C106D SCR equivalent SCR C106m equivalent circuit c106d pin out to225aa
GE C106B1

Abstract: SCR C106Y1 ge c106d1 GE C106A1 ge C106Y1 SCR C103 GE C6U GE C6F GE C6A c106B1 scr
Text: €” 2N1935 — — 2N2328 2N1S99 C106C1-4 C107C1-4 400 — — — — — 2N2329 - C106D1-4 CI 0701-4


OCR Scan
PDF 2N877-81 2N1929-35 2N2344-48 2N2322-29 2NI1595-99 2S-20O C106Q1-4 2N1929 2N2344 2N2322 GE C106B1 SCR C106Y1 ge c106d1 GE C106A1 ge C106Y1 SCR C103 GE C6U GE C6F GE C6A c106B1 scr
2004 - C106D1 pin out diagram

Abstract: C106 MG c106d pin out C106MG c106mg pin out equivalent SCR c106 scr c106mg SCR C106D equivalent circuit show to-225aa package to225aa
Text: *, M1 Y = Year WW = Work Week G* = Pb-Free ORDERING INFORMATION Device C106B C106D C106D1 * C106D1G , , C106D1 * C106M, C106M1* On-State RMS Current (180° Conduction Angles, TC = 80°C) Average On-State Current


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PDF C106B, C106/D C106D1 pin out diagram C106 MG c106d pin out C106MG c106mg pin out equivalent SCR c106 scr c106mg SCR C106D equivalent circuit show to-225aa package to225aa
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