Datasheet4U Logo Datasheet4U.com

G5176 - DIGITAL PWM

Description

The G5176 is a high performance AC/DC power supply controller which uses digital control technology to build peak current mode PWM flyback power supplies.The device directly drives a power BJT and operates in quasi-resonant mode to provide high efficiency along with a number of key built-in protecti

Features

  • while minimizing the external component count, simplifying EMI design and lowering the total bill of material cost. Global-Semi’s innovative proprietary technology ensures that with low system cost, power supplies built with the G5176 can achieve both highest average efficiency, less than 30mW no-load power consumption and fast dynamic load response in a compact form factor. The G5176 removes the need for secondary feedback circuitry while achieving excellent line and load regulation. It also el.

📥 Download Datasheet

Datasheet Details

Part number G5176
Manufacturer Global Semiconductor
File Size 6.94 MB
Description DIGITAL PWM
Datasheet download datasheet G5176 Datasheet

Full PDF Text Transcription (Reference)

The following content is an automatically extracted verbatim text from the original manufacturer datasheet and is provided for reference purposes only.

View original datasheet text
G5176 Low-Power Off-Line Digital Green-Mode PWM Controller DIGITAL PWM IC 1.0 General Description The G5176 is a high performance AC/DC power supply controller which uses digital control technology to build peak current mode PWM flyback power supplies.The device directly drives a power BJT and operates in quasi-resonant mode to provide high efficiency along with a number of key built-in protection features while minimizing the external component count, simplifying EMI design and lowering the total bill of material cost. Global-Semi’s innovative proprietary technology ensures that with low system cost, power supplies built with the G5176 can achieve both highest average efficiency, less than 30mW no-load power consumption and fast dynamic load response in a compact form factor.
Published: |