EPA/80 ZVS-Like PFC/PWM COMBO CONTROLLER

GENERAL DESCRIPTION Switching to CM6802A/B/AH/BH from your existing CM6800 family boards can gain the following advanced performances: 1.) Around 2 efficiency gain when the output load is below 40 of the full load. 2.) Hold Up time can be increased ~ 30 from the existing 6800 power su

EPA/80 ZVS-Like PFC/PWM COMBO CONTROLLER

文件：819.63 Kbytes Page：25 Pages

EPA/80++ ZVS-Like PFC/PWM COMBO CONTR

Switching  to  CM6802A/B/AH/BH  from    your  existing CM6800 family boards can gain the following advanced performances:\n\n 1.)   Around2%efficiencygain whentheoutputloadis below40%ofthefull load.\n\n 2.)   Hold Uptimecanbeincreased~ 30%fromthe existing6800 powersupply.\n\n 3.)   420V  ·Patents Pending\n·Pin to pin compatible with CM6800,CM6800A, ML4800 and FAN4800.\n·23V Bi-CMOS process.\n·Designed for EPA/80++ efficiency.\n·CM6802A/B : Selectable Boost output from 380V to 300V during light load.\n·CM6802AH/BH: Selectable Boost output from 380V to 342V during light load.\n·All hi;

EPA/80 ZVS-Like PFC/PWM COMBO CONTROLLER

GENERAL DESCRIPTION Switching to CM6802A/B/AH/BH from your existing CM6800 family boards can gain the following advanced performances: 1.) Around 2 efficiency gain when the output load is below 40 of the full load. 2.) Hold Up time can be increased ~ 30 from the existing 6800 power su

EPA/80 ZVS-Like PFC/PWM COMBO CONTROLLER

GENERAL DESCRIPTION Switching to CM6802A/B/AH/BH from your existing CM6800 family boards can gain the following advanced performances: 1.) Around 2 efficiency gain when the output load is below 40 of the full load. 2.) Hold Up time can be increased ~ 30 from the existing 6800 power su

EPA/80 ZVS-Like PFC/PWM COMBO CONTROLLER

GENERAL DESCRIPTION Switching to CM6802A/B/AH/BH from your existing CM6800 family boards can gain the following advanced performances: 1.) Around 2 efficiency gain when the output load is below 40 of the full load. 2.) Hold Up time can be increased ~ 30 from the existing 6800 power su

EPA/80 ZVS-Like PFC/PWM COMBO CONTROLLER

GENERAL DESCRIPTION Switching to CM6802A/B/AH/BH from your existing CM6800 family boards can gain the following advanced performances: 1.) Around 2 efficiency gain when the output load is below 40 of the full load. 2.) Hold Up time can be increased ~ 30 from the existing 6800 power su

EPA/80 ZVS-Like PFC/PWM COMBO CONTROLLER

GENERAL DESCRIPTION Switching to CM6802A/B/AH/BH from your existing CM6800 family boards can gain the following advanced performances: 1.) Around 2 efficiency gain when the output load is below 40 of the full load. 2.) Hold Up time can be increased ~ 30 from the existing 6800 power su

EPA/80 ZVS-Like PFC/PWM COMBO CONTROLLER

GENERAL DESCRIPTION Switching to CM6802A/B/AH/BH from your existing CM6800 family boards can gain the following advanced performances: 1.) Around 2 efficiency gain when the output load is below 40 of the full load. 2.) Hold Up time can be increased ~ 30 from the existing 6800 power su

EPA/80 ZVS-Like PFC/PWM COMBO CONTROLLER

GENERAL DESCRIPTION Switching to CM6802A/B/AH/BH from your existing CM6800 family boards can gain the following advanced performances: 1.) Around 2 efficiency gain when the output load is below 40 of the full load. 2.) Hold Up time can be increased ~ 30 from the existing 6800 power su

EPA/80 ZVS-Like PFC/PWM COMBO CONTROLLER

GENERAL DESCRIPTION Switching to CM6802A/B/AH/BH from your existing CM6800 family boards can gain the following advanced performances: 1.) Around 2 efficiency gain when the output load is below 40 of the full load. 2.) Hold Up time can be increased ~ 30 from the existing 6800 power su

EPA/80 ZVS-Like PFC/PWM COMBO CONTROLLER

GENERAL DESCRIPTION Switching to CM6802A/B/AH/BH from your existing CM6800 family boards can gain the following advanced performances: 1.) Around 2 efficiency gain when the output load is below 40 of the full load. 2.) Hold Up time can be increased ~ 30 from the existing 6800 power su

EPA/80 ZVS-Like PFC/PWM COMBO CONTROLLER

GENERAL DESCRIPTION Switching to CM6802A/B/AH/BH from your existing CM6800 family boards can gain the following advanced performances: 1.) Around 2 efficiency gain when the output load is below 40 of the full load. 2.) Hold Up time can be increased ~ 30 from the existing 6800 power su

EPA/80 ZVS-Like PFC/PWM COMBO CONTROLLER

GENERAL DESCRIPTION Switching to CM6802A/B/AH/BH from your existing CM6800 family boards can gain the following advanced performances: 1.) Around 2 efficiency gain when the output load is below 40 of the full load. 2.) Hold Up time can be increased ~ 30 from the existing 6800 power su

EPA/80 ZVS-Like PFC/PWM COMBO CONTROLLER

GENERAL DESCRIPTION Switching to CM6802A/B/AH/BH from your existing CM6800 family boards can gain the following advanced performances: 1.) Around 2 efficiency gain when the output load is below 40 of the full load. 2.) Hold Up time can be increased ~ 30 from the existing 6800 power su

EPA/80 ZVS-Like PFC/PWM COMBO CONTROLLER

GENERAL DESCRIPTION Switching to CM6802A/B/AH/BH from your existing CM6800 family boards can gain the following advanced performances: 1.) Around 2 efficiency gain when the output load is below 40 of the full load. 2.) Hold Up time can be increased ~ 30 from the existing 6800 power su

EPA/80 ZVS-Like PFC/PWM COMBO CONTROLLER

文件：819.63 Kbytes Page：25 Pages

EPA/80 ZVS-Like PFC/PWM COMBO CONTROLLER

文件：819.63 Kbytes Page：25 Pages

EPA/80 ZVS-Like PFC/PWM COMBO CONTROLLER

文件：819.63 Kbytes Page：25 Pages

EPA/80 ZVS-Like PFC/PWM COMBO CONTROLLER

文件：819.63 Kbytes Page：25 Pages

EPA/80 ZVS-Like PFC/PWM COMBO CONTROLLER

文件：819.63 Kbytes Page：25 Pages

EPA/80 ZVS-Like PFC/PWM COMBO CONTROLLER

文件：819.63 Kbytes Page：25 Pages

Microprocessor With Clock and Oprtional RAM

8-BIT MICROPROCESSING UNIT (MPU) The MC6800 is a monolithic 8-bit microprocessor forming the central control function for Motorola’s M68~ family. Compatible with TTL, the MC6B~, as with all M6800 system parts, requires only one + 5.O-volt power supply, and no external TTL devices for bus interf

HEXFET Power MOSFET

文件：93.69 Kbytes Page：7 Pages

3-Pin, Low-Power 關P Reset Circuits

文件：147.23 Kbytes Page：7 Pages

N-Channel, Reduced Qg, Fast Switching MOSFET

文件：59.85 Kbytes Page：4 Pages

Monitor OSD with Auto-calibration

文件：143.79 Kbytes Page：5 Pages