WMK120N04TS - описание и поиск аналогов

WMK120N04TS 40V N-Channel Enhancement Mode Power MOSFET Description WMK120N04TS uses advanced power trench technology that has been especially tailored to minimize the on-state resistance and yet maintain superior switching performance. Features S D G V = 40V, I = 120A DS D TO-220 R

WML12N105C2, WMM12N105C2 WMN12N105C2, WMJ12N105C2, WMK12N105C2 1050V 0.68 Super Junction Power MOSFET Description WMOSTM C2 is Wayon s 2nd generation super junction MOSFET family that is utilizing charge S balance technology for extremely low on-resistance S D D G G S D G and low gate charge performance. WMOSTM C2 is TO-220F TO-262 TO-220 suitable for applic

WML12N65D1B WMK12N65D1B 650V 12A 0.58 N-ch Power MOSFET Description TO-220 TO-220F WMOSTM D1 is Wayon s 1st generation VDMOS family that is dramatic reduction in on-resistance and ultra-low gate charge for applications requiring high power density and high efficiency. And it is very robust and RoHS compliant. G Features D G S D S V =700V@T DS jmax Typ.R =0.58 @V =1

WML12N100C2, WMM C2 W M12N100C WMN12N WMJ12N10 K12N100C N100C2, W 00C2, WMK C2 1000V 0.68 S unction Power M T Super Ju MOSFET Descrip ption WMOSTM C2 is Wa 2nd generation super ayon s n junction MOSFET fa that is utilizing charge M amily S balance te or extremely esistance echnology fo y low on-re S D D G G G S D G and low ga charge performanc WMOSTM C

WML12N65D1 WMK12N65D1 650V 12A 0.58 N-ch Power MOSFET Description TO-220 TO-220F WMOSTM D1 is Wayon s 1st generation VDMOS family that is dramatic reduction in on-resistance and ultra-low gate charge for applications requiring high power density and high efficiency. And it is very robust and RoHS compliant. G Features D G S D S V =700V@T DS jmax Typ.R =0.58 @V =10V

WML12N80M3, W 80M3, WM M3 WMN12N8 MM12N80M WMO1 80M3, WM M3 12N80M3, WMP12N8 MK12N80M 800V 0.53 S T V Super Junction Power MOSFET Descrip ption WMOSTM M3 is Wayo neration 800 M on s 3rd gen 0V super junction MOSFET fa that is utilizing charge M amily S balance te or extremely esistance D echnology fo y low on-re S S G D D G G G T and low ga charge perfo