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Fairchild Power Switch(FPS) LCD Monitor / DVDP / DVDRW / STB Power Conversion. Selection Guide. - 650 V Class. FSDX0365RNB. 11. DRAIN. GND. DRAIN. Vcc. 1. DRAIN. Vfb. Vstr. Ipk. 8 DIP. Built in Start up circuit using BCDMOS high-voltage regulator
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Fairchild Power Switch(FPS) LCD Monitor / DVDP / DVDRW / STBPower Conversion
Selection Guide - 650V Class
FSDX0365RNB 11 DRAIN GND DRAIN Vcc 1 DRAIN Vfb Vstr Ipk 8DIP • Built in Start up circuit using BCDMOS high-voltage regulator • - Saves power loss caused by start resistor • Built in Soft start • - Reduces transformer stress when start up • Frequency Modulation function • - 100kHz±3kHz, 67kHz±2kHz, 50kHz ±1.5kHz • - Improves EMI performance • - Saves filter component cost • Auto burst mode operation • - Provides very low stand by power consumption • Improved reliability through various Protection functions • - Over voltage, Over load and Thermal shut down • Programmable pulse by pulse current limit • - Reduces transformer size
Block Diagram of FSDX0365RNB Built-in Start up With High voltage J-FET Burst Block Soft Start EMI reduction Block Current Mode Control OLP Current Limit Block Multi Protection OVP TSD
FSDM0565RB • Built in Start up circuit using BCDMOS high-voltage regulator - Saves power loss caused by start up resistor • Built in Soft start - Reduces transformer stress when start up • Auto burst mode operation - Provides very low stand by power consumption • Improved reliability through various Protection functions - Over voltage, Over load and Thermal shut down • Optimized (fixed) pulse by pulse current limit level TO-220F-6L for under 20mm height from PCB I2PAK-6L for under 15mm height from PCB
FSCM0565R • Built in Soft start • - Reduce transformer stress when start up • Frequency Modulation function • - Improve EMI performance & reduce EMI filter • Low stand by power consumption with burst mode operation • Improved reliability through various Protection functions • - Over voltage, Over current, Over load and Thermal shut down • Programmable pulse by pulse current limit • - Optimized transformer size