S6A13 EQUIVALENT Search Results

S6A13

Abstract: thyristor handbook S6A13 equivalent TOSHIBA THYRISTOR TC thyristor
Contextual Info: S6A13 TOSHIBA Thyristor Silicon Planar Type S6A13 Condenser Discharge Control Applications • FWD included between cathode and anode • Critical rate of rise of ON-state current: di/dt = 750 A/µs • Repetitive peak surge ON-state current: ITRM = 500 A tw = 2 µs

thyristor handbook

Abstract: S6A13 S6A13 equivalent
Contextual Info: S6A13 TOSHIBA Thyristor Silicon Planar Type S6A13 Condenser Discharge Control Applications • FWD included between cathode and anode • Critical rate of rise of ON-state current: di/dt = 750 A/µs • Repetitive peak surge ON-state current: ITRM = 500 A tw = 2 µs

DIODE MARKING CODE TW

Abstract: thyristor handbook design
Contextual Info: S6A13 TOSHIBA Thyristor Silicon Planar Type S6A13 Condenser Discharge Control Applications Unit: mm • FWD included between cathode and anode • Critical rate of rise of ON-state current: di/dt = 750 A/µs • Repetitive peak surge ON-state current: ITRM = 500 A tw = 2 µs

S6A13

Abstract: thyristor handbook design
Contextual Info: S6A13 TOSHIBA Thyristor Silicon Planar Type S6A13 Condenser Discharge Control Applications Unit: mm • FWD included between cathode and anode · Critical rate of rise of ON-state current: di/dt = 750 A/µs · Repetitive peak surge ON-state current: ITRM = 500 A tw = 2 µs

S6A13

Abstract: thyristor handbook design
Contextual Info: S6A13 TOSHIBA Thyristor Silicon Planar Type S6A13 Condenser Discharge Control Applications Unit: mm • FWD included between cathode and anode • Critical rate of rise of ON-state current: di/dt = 750 A/µs • Repetitive peak surge ON-state current: ITRM = 500 A tw = 2 µs

Contextual Info: S6A13 TOSHIBA Thyristor Silicon Planar Type S6A13 Condenser Discharge Control Applications Unit: mm • FWD included between cathode and anode • Critical rate of rise of ON-state current: di/dt = 750 A/µs • Repetitive peak surge ON-state current: ITRM = 500 A tw = 2 µs

S6A13

Contextual Info: S6A13 TOSHIBA Thyristor Silicon Planar Type S6A13 Condenser Discharge Control Applications Unit: mm • FWD included between cathode and anode • Critical rate of rise of ON-state current: di/dt = 750 A/µs • Repetitive peak surge ON-state current: ITRM = 500 A tw = 2 µs

thyristor handbook

Abstract: S6A13 TOSHIBA Thyristor S6992 thyristor toshiba toshiba THYRISTOR diode
Contextual Info: New Product Guide High-di /dt and High-Pulse Current Thyristor Series PRODUCT GUIDE High-di/dt, High-Pulse Current and High-Voltage Thyristor Series Overview Package Dimensions Toshiba have developed a high-voltage thyristor capable of controlling high-di/dt and

SM2LZ47 equivalent

Abstract: RGK 13/1 TRIAC 13001 S6785G equivalent SF Toshiba Thyristor toshiba thyristor SF SM10LZ47 16A1A TOSHIBA PHASE CONTROL HIGH SPEED THYRISTORS SM8LZ47
Contextual Info: Thyristors and Triacs PRODUCT GUIDE 1 Overview Features Thyristors GeneralPurpose Thyristors A variety of non-insulated and insulated thyristors is available. Non-insulated thyristors range from 0.3 A to 10 A and insulated thyristors range from 3 A to 25 A.

PCF8474

Abstract: PCF8474A Password based door locking system AIC7880 DM10156 traffic light controller 8086 450GX AIC-7880 CL-GD5424 PS2 simm layout
Contextual Info: Intel AP450GX MP Server Board Set Technical Product Specification March 1997 The AP450GX M P Server Board Set may contain design defects or errors known as errata which may cause the product to deviate from published specifications. Characterized errata that may cause the AP450GX MP Server Board Set’s behavior to deviate from published specifications are documented in the AP450GX M P Server Board Set Specification

PCF8474

Abstract: Phoenix BIOS manual f.54 a pc8574 ISA bus controller for 80286 stepping motor teac CB2E188 AIC-7880 J101 J102 J103
Contextual Info: Intel AP450GX MP Server Board Set Technical Product Specification Order Number 282964-003 September 1997 The AP450GX MP Server Board Set may contain design defects or errors known as errata which may cause the product to deviate from published specifications. Characterized errata that may cause the