SCR 50 AMP Search Results

SFKTS63T15

Abstract: SFKTS63T20
Contextual Info: MICRO FUSION THREE PHASE SCR POWER CONTROLLERS FEATURES Auto-Ranging Input Voltage 24 - 600 VAC, 45 - 65 Hz AC Output 8, 16, 32, 50, 80 Amps @ 50°C 6000 ft Control Features Microprocessor-based controller / phase lock loop timing 4 SCR or 6 SCR configuration

500v 50a scr

Abstract: SCR 100A M505012FV E72445 scr 500V 50A M505012F
Contextual Info: Series M50 SCR/Diode 50-100 Amp • SCR/DIODE Modules • Over 40KW Output Capability PART NUMBER IDENTIFICATION Series Type Current M50-Case style 50 - 50 Amps 100 - 100 Amps Circuit Type 1-8 see schematic diagrams Example: M505012FV AC Line Voltage 1 - 120 Vac

500v 50a scr

Abstract: 20 AMPS SCR schematic diagram scr SCR 10-32 scr TC series 1202 transistor scr 1000 amps E72445 12FV SCR 100A
Contextual Info: Series M50 SCR/D iode 50-100 Amp • SCR/DIODE Modules • Over 40KW Output Capability PART NUM BER IDENTIFICATION Series Type Curre nt M50 -Case style 50 - 50 Amps 100 - 100 Amps Cir cuit Type 1-8 see schematic diagrams Exam ple : M5050 12FV AC Line Vol t ag e

SCR 100A 800V

Abstract: scr control circuit for welding NTE5538 SCR 800V 50A 1250A2s
Contextual Info: NTE5538 Silicon Controlled Rectifier SCR 800V, 50 Amp, TO218 Isolated Description: The NTE5538 general purpose SCR is suited for power supplies up to 400Hz on resistive or inductive loads. Applications: D Motor Control D Overvoltage Crowbar Protection D Capacitive Discharge Ignition

Contextual Info: PT-50 Vishay Dale Through Hole Transformers Trigger, SCR Isolation FEATURES • Designed for low-cost trigger source isolation in SCR power control circuits • Small physical size and low profile provide packaging advantages • Designed to transfer high amplitude or long duration

Contextual Info: LD42_ _50 LD47_ _50_ Powerex, Inc., 200 Hillis Street, Youngwood, Pennsylvania 15697-1800 412 925-7272 SCR/Diode POW-R-BLOK Module 500 Amperes/1600 Volts Description: LD42_ _50, LD47 50 SCR/Diode POW-R-BLOK™ Module 500 Amperes/1600 Volts

Contextual Info: PT-50 Vishay Dale Through Hole Transformers Trigger, SCR Isolation FEATURES • Designed for low-cost trigger source isolation in SCR power control circuits • Small physical size and low profile provide packaging advantages • Designed to transfer high amplitude or long duration

Contextual Info: MODEL PT-50 Transformers Trigger, SCR Isolation FEATURES • Designed for low-cost trigger source isolation in SCR Power Control Circuits • Small physical size and low profile provide packaging advantages • Designed to transfer high amplitude or long duration pulses without saturation

Contextual Info: MODEL PT-50 Transformers Trigger, SCR Isolation FEATURES • Designed for low-cost trigger source isolation in SCR power control circuits • Small physical size and low profile provide packaging advantages • Designed to transfer high amplitude or long duration pulses without saturation

PT50110

Abstract: DALE PT 30 PT50101
Contextual Info: PT-50 Vishay Dale Through Hole Transformers Trigger, SCR Isolation FEATURES • Designed for low-cost trigger source isolation in SCR power control circuits • Small physical size and low profile provide packaging advantages • Designed to transfer high amplitude or long duration

SCR POWER CONTROL

Abstract: "scr power control" scr 106 DALE transformers PT-20 PT-50 dash transformer
Contextual Info: Model PT-50 Vishay Dale Transformers Trigger, SCR Isolation FEATURES • Designed for low-cost trigger source isolation in SCR power control circuits. • Small physical size and low profile provide packaging advantages. • Designed to transfer high amplitude or long duration pulses without saturation.

DALE transformers

Contextual Info: PT-50 Vishay Dale Transformers Trigger, SCR Isolation FEATURES • Designed for low-cost trigger source isolation in SCR power control circuits. • Small physical size and low profile provide packaging advantages. • Designed to transfer high amplitude or long duration pulses without saturation.

0/transformer dash 2 b-5

Contextual Info: PT-50 Vishay Dale Transformers Trigger, SCR Isolation FEATURES • Designed for low-cost trigger source isolation in SCR power control circuits. • Small physical size and low profile provide packaging advantages. RoHS • Designed to transfer high amplitude or long duration pulses without saturation.

VISHAY diode MARKING EB

Abstract: SCR 106 B ac motor speed control with scr scr 107 PT-20 PT-50 SCR dcr pt50
Contextual Info: PT-50 Vishay Dale Transformers Trigger, SCR Isolation FEATURES • • • • Designed for low-cost trigger source isolation in SCR power control circuits. Small physical size and low profile provide packaging advantages. Designed to transfer high amplitude or long duration pulses without saturation.

SCR POWER CONTROL

Abstract: schematic diagram for SCR controls heater transformer dash 2 b-5 SCR dcr PT-20 PT-50 0/transformer dash 2 b-5
Contextual Info: PT-50 Vishay Dale Transformers Trigger, SCR Isolation FEATURES • • • • Designed for low-cost trigger source isolation in SCR power control circuits. Small physical size and low profile provide packaging advantages. Designed to transfer high amplitude or long duration pulses without saturation.

a2700

Abstract: IT510 T510 BP107 P-24 80.125 scr TO94
Contextual Info: T510 Powerex, Inc., 200 Hillis Street, Youngwood, Pennsylvania 15697-1800 412 925-7272 Powerex, Europe, S.A. 428 Avenue G. Durand, BP107, 72003 Le Mans, France (43) 41.14.14 Phase Control SCR 50-80 Amperes (80-125 RMS) 600 Volts Scales s* 2 ” T510 Phase Control SCR

Contextual Info: A COMPANY OF MODEL PT-50 Transformers Trigger, SCR Isolation FEATURES • Designed for low-cost trigger source isolation in SCR Power Control Circuits • Small physical size and low profile provide packaging advantages • Designed to transfer high amplitude or long duration pulses without saturation

SCR POWER CONTROL

Abstract: PT-20 PT-50 scr 107
Contextual Info: PT-50 Vishay Dale Through Hole Transformers Trigger, SCR Isolation FEATURES • • • • Designed for low-cost trigger source isolation in SCR power control circuits. Small physical size and low profile provide packaging advantages. Designed to transfer high amplitude or long duration pulses without saturation.

Contextual Info: Model PT-50 VISHAY Vishay Dale Transformers Trigger, SCR Isolation FEATURES • Designed for low-cost trigger source isolation in SCR power control circuits. • Small physical size and low profile provide packaging advantages. • Designed to transfer high amplitude or long duration pulses without saturation.

Contextual Info: Model PT-50 VISHAY Vishay Dale Transformers Trigger, SCR Isolation FEATURES • Designed for low-cost trigger source isolation in SCR power control circuits. • Small physical size and low profile provide packaging advantages. • Designed to transfer high amplitude or long duration pulses without saturation.

Contextual Info: Model PT-50 VISHAY Vishay Dale Transformers Trigger, SCR Isolation FEATURES • Designed for low-cost trigger source isolation in SCR power control circuits. • Small physical size and low profile provide packaging advantages. • Designed to transfer high amplitude or long duration pulses without saturation.

Contextual Info: PT-50 Vishay Dale Through Hole Transformers Trigger, SCR Isolation FEATURES • • • • Designed for low-cost trigger source isolation in SCR power control circuits. Small physical size and low profile provide packaging advantages. Designed to transfer high amplitude or long duration pulses without saturation.

nte5534a

Abstract: NTE5534 SCR 535 A scr control circuit for welding
Contextual Info: NTE5534A Silicon Controlled Rectifier SCR 600V, 50 Amp, TO3 Isolated Square Pack Description: The NTE5534A is a general purpose SCR in a TO3 isolated high power square pack designed for use in applications where power handling and power dissipation are critical, such as solid state relays,

Contextual Info: 05012GOF-050 50 Amp Silicon Controlled Rectifier Available DESCRIPTION This SCR Silicon Controlled Rectifier has superior circuit-commutated turn-off time (tq) of <50 µs. Important: For the latest information, visit our website http://www.microsemi.com.