T-1 3/4 Wedge Base

T-1 3/4 Wedge Base T-1 3/4 Midget Screw Base

Wedge,Midget Screw Base

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高性能副边控制开关电源芯片

CM177XG系列是一款针对离线式反激变换器的高性能高工作频率的准谐振模式AC-DC转换芯片，芯片支持7到60V的VDD供电，可轻松满足PD快充电源的宽电压输出要求。CM177XG可根据输入电压，输出电压以及负载的不同，控制系统工作于DCM/QR模式，在轻载时则会工作于burst模式以实现全电压范围、全负载段的效率最优，且待机功耗低于75mV满足六级能效要求。芯片内置有高精度120KHz的开关频率振荡器，且内置有专利的频率抖动和驱动控制技术，优化了系统EMI性能。CM176X/CM176XB/CM176XCP是一款多模式控制的高性能SSR电源芯片，内置650V功率MOSFET，可用于离线式开关

Integrated Circuit Vertical Deflection Output Circuit for Color TV

Description: The NTE1767 is a vertical deflection output circuit in a 8–Lead SIP type package for use in Color TV applications of 22 inch or larger. This device requires no voltage–boosted pulses and, therefore, can be connected to a chrominance–video deflection circuit (NTE1793), deflection ci

INTERFACE CIRCUIT RELAY AND LAMP-DRIVER

Description The TDE1767, TDE1767A, TDE1787, TDE1787A are a monolithic amplifiers designed for high current and high voltage applications, specifically to drive lamps, relays, stepping motors. The devices are assentially blow-out proof. The output is prois protected from short-circuits with t

INTERFACE CIRCUIT RELAY AND LAMP-DRIVER

Description The TDE1767, TDE1767A, TDE1787, TDE1787A are a monolithic amplifiers designed for high current and high voltage applications, specifically to drive lamps, relays, stepping motors. The devices are assentially blow-out proof. The output is prois protected from short-circuits with t

INTERFACE CIRCUIT RELAY AND LAMP-DRIVER

Description The TDE1767, TDE1767A, TDE1787, TDE1787A are a monolithic amplifiers designed for high current and high voltage applications, specifically to drive lamps, relays, stepping motors. The devices are assentially blow-out proof. The output is prois protected from short-circuits with t

INTERFACE CIRCUIT RELAY AND LAMP-DRIVER

Description The TDE1767, TDE1767A, TDE1787, TDE1787A are a monolithic amplifiers designed for high current and high voltage applications, specifically to drive lamps, relays, stepping motors. The devices are assentially blow-out proof. The output is prois protected from short-circuits with t