4.5V TO 18V INPUT, 5A SYNCHRONOUS BUCK CONVERTER

Features  VIN: 4.5V to 18V  Output Voltage (VOUT): 0.6V to 7V  5A Continuous Output Current  0.6V ± 1 Reference Voltage  195μA Quiescent Current  Selectable Switching Frequency  400kHz  800kHz  1.2MHz  Selectable Operation Modes  Pulse Frequency Modulation (PFM)  Ultrasonic

4.5V TO 18V INPUT, 5A LOW IQ SYNCHRONOUS BUCK CONVERTER

4.5V TO 18V INPUT, 5A SYNCHRONOUS BUCK CONVERTER

Features  VIN: 4.5V to 18V  Output Voltage (VOUT): 0.6V to 7V  5A Continuous Output Current  0.6V ± 1 Reference Voltage  195μA Quiescent Current  Selectable Switching Frequency  400kHz  800kHz  1.2MHz  Selectable Operation Modes  Pulse Frequency Modulation (PFM)  Ultrasonic

SYNCHRONIZATION DEFLECTION SYSTEM CONTROL PWM IC

DESCRIPTION The M62500 is a semiconductor integrated circuit designed and developed as a deflection control of the CRT display monitor. The built-in trigger mode oscillator allows stable PWM control to be gained against a wide range of change of external signals. The M62500 provides a low suppl

SYNCHRONIZATION DEFLECTION SYSTEM CONTROL PWM IC

DESCRIPTION The M62500 is a semiconductor integrated circuit designed and developed as a deflection control of the CRT display monitor. The built-in trigger mode oscillator allows stable PWM control to be gained against a wide range of change of external signals. The M62500 provides a low suppl

SYNCHRONIZATION DEFLECTION SYSTEM CONTROL PWM IC

DESCRIPTION The M62500 is a semiconductor integrated circuit designed and developed as a deflection control of the CRT display monitor. The built-in trigger mode oscillator allows stable PWM control to be gained against a wide range of change of external signals. The M62500 provides a low suppl

WR-62 to Circular Waveguide Mode Transition, 0.500” Diameter

Description: Model SWT-62500-SA is a WR-62 to 0.500” diameter circular waveguide mode transition. The mode transition is manufactured by either EDM machining or electro-forming techniques to ensure high accuracy and a quality surface finish. The transition only induces a fraction of a dB ins