MARKING BGC Search Results

MARKING 68W SOT-23

Abstract: marking code 67a sot23 6 sot143 Marking code 5B baw 92 SOT-363 marking CF 54 fk SOT-23 BAT 545 SOT-363 marking BF sot-89 MARKING CODE BN MARKING CODE DH SOT 23
Contextual Info: Marking Sorted by Code Marking Type Package Marking Type Package 13 13s 14 14s 15 15s 16 16s 17 17s 1A 1A 1A 1As 1B 1B 1Bs 1Bs 1C 1D 1D 1Ds 1E 1Es 1F 1F 1Fs 1G 1G 1G 1Gs 1J 1J 1Js 1K 1K 1K 1K BAS 125 BAS 125W BAS 125-04 BAS 125-04W BAS 125-05 BAS 125-05W BAS 125-06

transistor Bc 540

Abstract: 68W SOT marking codes transistors a1 sot-23 MARKING 68W SOT-23 sot 223 marking code AH dk marking code sot-89 MARKING CODE DH SOT 23 sot-89 MARKING CODE BN 1Bs sot-23 MY sot-89
Contextual Info: Marking Code Sorted by Type Type Package Marking Type Package Marking BA 592 BA 595 BA 597 BA 885 BA 892 BA 895 BAL 74 BAL 99 BAR 14-1 BAR 15-1 BAR 16-1 BAR 50-02V BAR 50-03W BAR 50-05 BAR 60 BAR 61 BAR 63 BAR 63-02V BAR 63-02W BAR 63-03W BAR 63-04 BAR 63-04W

Contextual Info: ZOWIE Low VF Rectifier Diode BGC30DLH THRU BGC30MLH Low VF Rectifier Diode OUTLINE DIMENSIONS Case : 2114 FEATURES Halogen-free type Lead free product, compliance to RoHS GPRC Glass passivated rectifier chip inside Glass passivated cavity-free junction Lead less chip form, no lead damage

marking BGC

Contextual Info: ZOWIE Low VF Rectifier Diode 200V~1000V / 2.0A BGC20DH THRU BGC20MH OUTLINE DIMENSIONS Case : 2114 FEATURES Halogen-free type Lead free product, compliance to RoHS GPRC (Glass passivated rectifier chip) inside Glass passivated cavity-free junction Lead less chip form, no lead damage

Contextual Info: ZOWIE Low VF Rectifier Diode BGC20DLH THRU BGC20MLH Low VF Rectifier Diode OUTLINE DIMENSIONS Case : 2114 FEATURES Halogen-free type Lead free product, compliance to RoHS GPRC Glass passivated rectifier chip inside Glass passivated cavity-free junction Lead less chip form, no lead damage

Contextual Info: ZOWIE Low VF Rectifier Diode BGC20DLH THRU BGC20MLH Low VF Rectifier Diode OUTLINE DIMENSIONS Case : 2114 FEATURES Halogen-free type Compliance to RoHS product GPRC Glass passivated rectifier chip inside Glass passivated cavity-free junction Lead less chip form, no lead damage

Contextual Info: ZOWIE Low VF Rectifier Diode BGC30DLH THRU BGC30MLH Low VF Rectifier Diode OUTLINE DIMENSIONS Case : 2114 FEATURES Halogen-free type Compliance to RoHS product GPRC Glass passivated rectifier chip inside Glass passivated cavity-free junction Lead less chip form, no lead damage

Contextual Info: ZOWIE Low VF Rectifier Diode BGC30DLH THRU BGC30MLH Low VF Rectifier Diode OUTLINE DIMENSIONS Case : 2114 FEATURES Halogen-free type Lead free product, compliance to RoHS GPRC Glass passivated rectifier chip inside Glass passivated cavity-free junction Lead less chip form, no lead damage

Contextual Info: ZOWIE Low VF Rectifier Diode BGC20DLH THRU BGC20MLH Low VF Rectifier Diode OUTLINE DIMENSIONS Case : 2114 FEATURES Halogen-free type Lead free product, compliance to RoHS GPRC Glass passivated rectifier chip inside Glass passivated cavity-free junction Lead less chip form, no lead damage

Contextual Info: ZOWIE Low VF Rectifier Diode 200V~1000V / 3.0A BGC30DH THRU BGC30MH OUTLINE DIMENSIONS Case : 2114 FEATURES Halogen-free type Lead free product, compliance to RoHS GPRC (Glass passivated rectifier chip) inside Glass passivated cavity-free junction Lead less chip form, no lead damage

Contextual Info: ZOWIE Low VF Rectifier Diode 200V~1000V / 2.0A BGC20DH THRU BGC20MH OUTLINE DIMENSIONS Case : 2114 FEATURES Halogen-free type Compliance to RoHS product GPRC (Glass passivated rectifier chip) inside Glass passivated cavity-free junction Lead less chip form, no lead damage

Contextual Info: ZOWIE Low VF Rectifier Diode 200V~1000V / 3.0A BGC30DH THRU BGC30MH OUTLINE DIMENSIONS Case : 2114 FEATURES Halogen-free type Compliance to RoHS product GPRC (Glass passivated rectifier chip) inside Glass passivated cavity-free junction Lead less chip form, no lead damage

rx 3152

Abstract: A1306 2Q394 IC LP7 A-1306 500R BFP405 BGC405 Q62702-G0091 RX82 equivalent
Contextual Info: BGC405 Self-Biased BFP405 l l l l l SIEGET25- Technology Small SCT598-Package Control Pin For Switching The Device Off Current Easy Adjustable By An External Resistor Voltage Independent Current 2V – 4.5V 8 7 6 5 2 1 3 4 VPW05982 ESD: Electrostatic discharge sensitive device, observe

BFP420 application notes 900MHz

Abstract: SCT598-Package BFP420 application notes BFP420 BGC420 Q62702-G0092 500R 134fF IC LP7 3770E-01
Contextual Info: BGC420 Self-Biased BFP420 l l l l l SIEGET25- Technology Small SCT598-Package Control Pin For Switching The Device Off Current Easy Adjustable By An External Resistor Voltage Independent Current 2V – 4.5V 8 7 6 5 2 1 3 4 VPW05982 ESD: Electrostatic discharge sensitive device, observe

Contextual Info: SMD General Purpose Rectifiers ACGRBT301-HF Thru. ACGRBT305-HF Glass Passivated Type Reverse Voltage: 200 to 1000 Volts Forward Current: 3.0 Amp RoHS Device Halogen Free 2114/DO-214AA Features 0.209 5.30 0.201(5.10) - Glass passivated cavity-free junction.

Contextual Info: SMD General Purpose Rectifiers CGRBT201-HF Thru. CGRBT205-HF Glass Passivated Type Reverse Voltage: 200 to 1000 Volts Forward Current: 2.0 Amp RoHS Device Halogen Free 2114/DO-214AA 0.209 5.30 0.201(5.10) Features - Glass passivated cavity-free junction.

Contextual Info: 1.5SMC6V8 . 1.5SMC440A 1.5SMC6V8C . 1.5SMC250CA 1500 W Surface Mount Transient Voltage Suppressor Voltage 6.8 V to 440 V Uni 6.8 V to 250 V (Bid) DO-214AB / SMC Power 1500 W /ms R FEATURES • Low profile package • Ideal for automated placement

Contextual Info: 1.5SMC6V8 . 1.5SMC440A 1.5SMC6V8C . 1.5SMC250CA 1500 W Surface Mount Transient Voltage Suppressor Voltage 6.8 V to 440 V Uni 6.8 V to 250 V (Bid) DO-214AB / SMC Power 1500 W /ms R FEATURES • Low profile package • Ideal for automated placement

marking BKX

Abstract: UAA 190 marking code bkd mosfet blf 378 BHW mosfet BHW MARKING CODE 1.5SMC33A BKC BKD marking code bhw marking code Bgg
Contextual Info: 1.5SMC6V8 . 1.5SMC440A 1.5SMC6V8C . 1.5SMC250CA 1500 W Surface Mount Transient Voltage Suppressor Voltage 6.8 V to 440 V Uni 6.8 V to 250 V (Bid) DO-214AB / SMC Power 1500 W /ms R FEATURES • Low profile package • Ideal for automated placement

marking BKX

Abstract: ucn 547 BLC 902
Contextual Info: 1.5SMC6V8 . 1.5SMC220A 1.5SMC6V8C . 1.5SMC400CA 1500 W Unidirectional and Bidirectional Surface Mounted Transient Voltage Suppressor Diodes Dimensions in mm. CASE: SMC/DO-214AB Voltage 6.8 to 400 V Power 1500 W / ms R • Glass passivated junction

bge 1,5 825 385 4

Abstract: marking BGC marking code bkd BHW MARKING CODE UAA 146 BKS 44 marking BKX ucl 82 BLC 902 1.5SMC7V5A
Contextual Info: 1.5SMC6V8 . 1.5SMC220A 1.5SMC6V8C . 1.5SMC220CA 1500 W Unidirectional and Bidirectional Surface Mounted Transient Voltage Suppressor Diodes Dimensions in mm. CASE: SMC/DO-214AB Voltage 6.8 to 220 V Power 1500 W/ms 7.8 ± 0.3 1.25 ± 0.25

bge 1,5 825 385 4

Abstract: BHW MARKING CODE BHN 43 1.5SMC6.8A UAB blf 178 marking BGC marking CODE BKs marking BKX marking code bkd
Contextual Info: 1.5SMC6.8 . 1.5SMC220A 1.5SMC6.8C . 1.5SMC220CA 1500 W Unidirectional and Bidirectional Surface Mounted Transient Voltage Suppressor Diodes Dimensions in mm. CASE: SMC/DO-214AB Voltage 6.8 to 220 V Power 1500 W/ms 7.8 ± 0.3 1.25 ± 0.25

BKS 44

Abstract: bge 1,5 825 385 4 BHW MARKING CODE UAA 146 marking BGC UCl 82 bgg marking code 1.5SMC27C bkd marking BKA marking code
Contextual Info: 1.5SMC6V8 . 1.5SMC220A 1.5SMC6V8C . 1.5SMC220CA 1500 W Unidirectional and Bidirectional Surface Mounted Transient Voltage Suppressor Diodes Dimensions in mm. CASE: SMC/DO-214AB Voltage 6.8 to 220 V Power 1500 W/ms 7.8 ± 0.3 1.25 ± 0.25

3536AA

Abstract: AME8822AEET 250mA Low Quiescent Current CMOS LDO AME8822AEEV120Z AME8822AEEV150Z AME8822 Device Name 23 330 LDO 3.3V AME8822AEEV 1815 SOT-23 A2 sot-25 MARKING
Contextual Info: AME, Inc. AME8822 n General Description High PSRR, 250mA CMOS LDO n Functional Block Diagram The AME8822 family of positive, linear regulators feature low quiescent current 30µA typ. low dropout voltage and excellent PSRR, thus making them ideal for telecommunications and other battery applications.