STR-Y6700 - Quasi-Resonant Controllers

Sanken

STR-Y6700 Datasheet Preview — Preview of STR-Y6700 PDF

Datasheet Details

Part number	STR-Y6700
Manufacturer	Sanken ↗
File Size	1.76 MB
Description	Quasi-Resonant Controllers
Datasheet	STR-Y6700_Sanken.pdf

STR-Y6700 Product details

Description

Package The STR-Y6700 series are power ICs for switching TO220F-7L power supplies, incorporating a MOSFET and a quasi-resonant controller IC.Including an auto standby function in the controller, the product achieves the low standby power by the automatic switching between the quasi-resonant operation in normal operation, one bottom-skip operation under medium to light load conditions and the burst-oscillation under light load conditions.The product achieves high cost-performance pow

Features

Multi-mode Control s The optimum operation depending on load conditions e is changed automatically and is achieved high D efficiency operation across the full range of loads. w Operation Mode e Normal load -------------------------Quasi-resonant mode Medium to light load -------------One bottom-skip mode N Light load -------------------------- Burst oscillation mode r (Auto standby function) o.
No load power consumption f PIN < 30 mW (100VAC) PIN < 50 mW (230VAC) d.
L.

📁 STR-Y6700 Similar Datasheet

STR-Y6755 - Off-Line Quasi-Resonant Switching Regulators (Allegro)
STR-4A60S - Sensitive Gate Triacs (SemiWell Semiconductor)
STR-50115 - STR50115 (ETC)
STR-50330 - Hybrid IC Voltage Regulator (Sanken electric)
STR-53041 - Hybrid IC Voltage Regulator (Sanken electric)
STR-54041 - Hybrid IC Voltage Regulator Module (Sanken electric)
STR-A27 - Stereo FM-AM Receiver Service Manual (Sony)
STR-A6000H - STR-A6000H Series PWM Off-Line Switching Regulator ICs (Sanken Electric)

Other Datasheets by Sanken

STR-Y6735 - Quasi-Resonant Controllers
STR-Y6735A - Quasi-Resonant Controllers
STR-Y6753 - Quasi-Resonant Controllers
STR-Y6754 - Quasi-Resonant Controllers
STR-Y6763 - Quasi-Resonant Controllers
STR-Y6763A - Quasi-Resonant Controllers

Published: Nov 21, 2013 |