UPGA301A Search Results

Contextual Info: UPGA301Ae3 Nanosecond SCR Switch Compliant DESCRIPTION The UPGA301Ae3 is designed for high current narrow-pulse switching applications where size and current handling capability are critical. These devices may be triggered on using low power logic drivers from +0.8 V at 200 A . Epoxy packaged, oxide passivated planar SCR

scr spice model

Abstract: SCR 100V 1A for LASER RANGE FINDER "laser range finder" SCR TRIGGER PULSE SCR 1A 100V SPICE thyristor model SCR AUTOMOTIVE APPLICATIONS UPGA301A SCR TRIGGER PULSE circuit
Contextual Info: PRELIMINARY UPGA301A Nanosecond SCR SWITCH WATERTOWN DIVISION P RODUCT P REVIEW KEY FEATURES DESCRIPTION Epoxy packaged, oxide passivated planar SCR chips with metallurgic bonds on both sides to achieve high reliability. Internal wire bond connection allows high current

SCR 602

Abstract: "laser range finder" SCR AUTOMOTIVE APPLICATIONS SCR TRIGGER PULSE circuit UPGA301A SCR Gate Drive Board GE power SCR datasheet GE SCR ge scr package SCR TRIGGER PULSE
Contextual Info: UPGA301Ae3 Nanosecond SCR SWITCH SCOTTSDALE DIVISION KEY FEATURES DESCRIPTION Epoxy packaged, oxide passivated planar SCR chips with metallurgic bonds on both sides to achieve high reliability. Internal wire bond connection allows high current surge capability for narrow pulse

SCR 100V 1A

Abstract: scr spice model LASER RANGE FINDER
Contextual Info: PRELIMINARY UPGA301A Nanosecond SCR SWITCH WATERTOWN DIVISION P RODUCT P REVIEW KEY FEATURES DESCRIPTION Epoxy packaged, oxide passivated planar SCR chips with metallurgic bonds on both sides to achieve high reliability. Internal wire bond connection allows high current

Contextual Info: PRELIMINARY UPGA301A Nanosecond SCR SWITCH WATERTOWN DIVISION P RODUCT P REVIEW KEY FEATURES DESCRIPTION Epoxy packaged, oxide passivated planar SCR chips with metallurgic bonds on both sides to achieve high reliability. Internal wire bond connection allows high current

GA301A

Abstract: msc 0043
Contextual Info: UPGA301Ae3 Nanosecond SCR Switch Compliant DESCRIPTION The UPGA301Ae3 is designed for high current narrow-pulse switching applications where size and current handling capability are critical. These devices may be triggered on using low power logic drivers from +0.8 V at 200 A . Epoxy packaged, oxide passivated planar SCR

UPGA301A

Abstract: FIRING squib scr 106 SCR 106 B scr firing pulse generating circuit
Contextual Info: MicroNOTE # 602 by: George Repucci UPGA301A Pulse Circuit Analysis The dynamic on-state characteristics of the UPGA301A are described. This device is assembled in Microsemi’s PowerMITE3 low profile, surface-mount package. The UPGA301A is an E-processed high speed silicon controlled

LE79Q2281

Abstract: 1N6761-1 2N2369AU 2N2907AUB BR17 datasheet transistor SI 6822 Dimming LED aplications Dimming LED Driver aplications GC4600 IC ZL70572
Contextual Info: Product Portfolio 2013-2014 ng-edge Embed Power Matters. About Microsemi Microsemi Corporation is a leading provider of semiconductor solutions differentiated by power, security, reliability and performance. The company concentrates on providing solutions for applications where power matters, security

SCR TRIGGER PULSE TRANSFORMER

Abstract: thyristor SCR1 SCR TRIGGER PULSE circuit SCR PULSE TRANSFORMER digital triggering scr RC inductive load thyristor design pulse transformer for triggering SCR SCR TRIGGER PULSE scr transformer drive gate PFN DIODE
Contextual Info: MicroNote #601 George Repucci Senior Applications Engineer Nanosecond SCR Switch for Reliable High Current Pulse Generators and Modulators Design requirements for modulator and pulse generator circuits include fast rise time, low jitter to enhance short radar or laser ranging

MIL-STD-750

Abstract: CK6001 UPS835LE3 1038A UPS1040E3 plaskon thomas shear UPS840e3 SEC77 qualify
Contextual Info: SCO TT SD ALE DI VI SIO N MSC POWERMITE 3 Qualification Data Completion Date: July 7, 2005 Purpose: To qualify 1 Mfg Location (PSI Technologies) (2) New Molding Compound (CK6001) (3) Matte Sn Lead Finish Reliability test Test Method Conditions SS Rejects