HIGH VOLTAGE IGNITION COIL DRIVER POWER I.C.

DESCRIPTION The VB927T is a monolithic high voltage integrated circuit made by using the STMicroelectronics VIPower™ technology, which combines vertical current flow power trilinton with a coil current and a collector voltage clamping. The device is particularly suitable for application in high

HIGH VOLTAGE IGNITION COIL DRIVER POWER I.C.

6.0 W 824 to 849 MHz RF LINEAR POWER AMPLIFIERS

The RF Line UHF Linear Power Amplifiers Designed specifically for the United States digital 3.0 W, mobile radio. The MHW927A/B are capable of wide power range control, operate from a 12.5 V supply and require 1.0 mW of RF input power. • MHW927A Operates from a 9.5 Volt Bias Supply (VB

6.0 W 824 to 849 MHz RF LINEAR POWER AMPLIFIERS

The RF Line UHF Linear Power Amplifiers Designed specifically for the United States digital 3.0 W, mobile radio. The MHW927A/B are capable of wide power range control, operate from a 12.5 V supply and require 1.0 mW of RF input power. • MHW927A Operates from a 9.5 Volt Bias Supply (VB

Integrated Circuit Differential Video Amplifier

Description: The NTE927 is a two–stage, differential input, differential output, wide–band video amplifier. The use of internal series–shunt feedback gives wide band bandwidth with low phase distortion and high gain stability. Emitter–follower outputs provide a high current drive, low impedance c

Integrated Circuit Differential Video Amplifier

Description: The NTE927D and NTE927SM are two–stage, differential input, differential output, wide–band video amplifiers. The use of internal series–shunt feedback gives wide band bandwidth with low phase distortion and high gain stability. Emitter–follower outputs provide a high current drive, l

Integrated Circuit Differential Video Amplifier

Description: The NTE927D and NTE927SM are two–stage, differential input, differential output, wide–band video amplifiers. The use of internal series–shunt feedback gives wide band bandwidth with low phase distortion and high gain stability. Emitter–follower outputs provide a high current drive, l