zPCT7T8NOOH?Y YX Jie Fem GEM 3 0 0mA) MX (Ta= 25C) mm & + LMREEIARE - 4% Vier 35V (uPCT8NO05H~1 8H) + HARE: 3.0 Oma Vin: 40V (a PC78N2 4H) + GRERLEWPE PSE: ARIE, AMER, A S OF:IBE Pp : 125W (Tce=25%, i Torr :-20~85C Tae :-55~150T : yea Ti :-20~150 @teeeeRD) yy-3:3eY TO- DHyDA BMsor-F 3 TO-126 (I4y7A HD O12 2 10C/W Os-4 211 0C/W iE, AMES THES, T)> 150C PERERA AHH 77M T S., MERE (Voor=200mA, Cin=0.33uF, Cin=OLaF, OCSTISI 25C) uPCT8N05H wPCT8NO8H | wPC78N10H | #PCT8N12H | wPC78NI5H | uwPC78N1I8H as a (Viw=10.V) Win= 1 4V) (Vin=17V) (WVa=19V) Win=23-V) Wiw= 2 7) M 6 Bhi #/B ALB DB ee AB Dw eR KR DR ER ALE DR ALR DL OR OK Ti= 25 48/50) 52/77) 80) 83] 96/ 100 | 04 | 115 | t20 | 125 | 144 [ 150] 156 [173 | a0 | 187 Vort |g a <tourS200mA 4% 5.25 | 7.6 &4 | 95 10.5 | ia 12.6 | 14.25 15.75 | 174 18.9 Vv TVSVinS20V_ | 10.5VSViwS23V|125VSVinS25V|145VSVinS27V | 125 VSViwS30V[ 21VS5ViwS39V | 15 | 50 [18 | 80 | % | 100 30 | 100 [| 32 | 100 32 | 100 REGwIT=25C TVSViwS25V [105 VSVins25V]125VsVins3 OV] 145VSVins30V[175VEViws30V] 21VSVns3aV | mye [10 | 25 | 13 [| 40 7 | 50 [ 2%] 50 | 3] 50 [3] 50 BVEVins20V | 12VSVinS23V | 13VSVieS25V | 16VSVins27V | 20VSVins30V | 22VSViwS33V z Ti=25C poy | ] 1 ] bmA<lare300mA | 6 | 100 8 | 180 12 | 200 18 | 240 25) 300 me REG bao | mv i= 0 SmASIor<200mA | 4| 50 6 | 8 8 | 100 2 | 120 | 8 | 8 20 | 180 Tatas | Ts= 25C [ 35 5 3.5 5 3.6 5 3.6 5 [37 5 3.7 5 | mA | 0.8 i 08 0.8 0.8 | 0.8 0.8 Alatas TVSVas25V. [| 105VSViwS25V] 13VSVinS30V | 145 VSVinS30V[175VSVins30V| 21VSVin533V | mA 1mAS Tours 3 00mA [J 05 [os 0.5 | [ 05 my | 05 Ti=25C | \ | | 0 00 1 res Not | gu2<t<100kHz 0 | 120 | 65 | 190 80 | 230 90 | 280 1 | 350 5) 40] HV oe ee 62 | 70 | 56 | 68 56 | 66 55 | 64 54 | 62 | 53 | 60 | RR [Ti 25, fe 120n2 BVEVinsl OV | LIV SVS2 10 | 1 3VSVS 250 | 15VSVns25V | 1e5VSVinsRSv | 22VSVusa2v | 28 + Tet Vio [Ts=25T Li | [_i7 L7 17 Li 7 Vv lore | Ti= 25 360 | 500 | 640 | 360 | 400 | 640 | 360 | 480 | 040 | 360 | 480 | 640 | 360 | 470 | 640 | 360 | 460 | 640 | mA _ 170 | {170 [100 100 100 60 Isc | T1728 Vin=25V Vin=25V Vin=30V Vin=30V Vin=3 0V Vin=33V mA yVour | lour=5mA | oi | [o2 | L o2 | [03 | [05 | 0.5 mV/CazPCT7TSBNOOHYYX APR HAM EE GEM 300mA) (938) wW w a 3 (y Le, Ry | OUND \ WSR (Vour= 2 0 OMA, Ciw=0.3 3 HF, Ciw=0. Lu F, OCSTIS 1 25C) INPUT GND OUTPUT uPC78N24H m8 oe Vu=33V) | at TERS PWC IE: MME Tope my Tat uPCT8N05H 7 ~ 25V CLOV typ) V ; mat Oe Vv uPC78N08H = ~ 10.5 ~ 25V (14V typ) oT | mASlourS 2 00mA oT VEVasa av uPCT8N10H-- 125 ~ 30V C17V typ) = 0 | 10 uPCT8Ni2H-- 14.5 ~ 30V (19V typ) uPCT8N15H 17.5 ~ 30V (23V typ) 27VEVins38V REGiw| T:=25T 30 | 30 mV uPC78N18H-- ~21~33V (2TV typ) yaVEVazd av uPCT&N24H ~ ~27~ 38V (33V typ) Toast HHITMRE reece 0 ~ 300mA ; 35 | 480 SeMBE -20~ 125 ImAlourS300mA REG: mv Ti=25C 93 | 340 5mAS]ourS200mA Tpas | T=25T 3.7 5 | mA 0.8 Alnus 27VSVind38V mA 1mASlourS300mA 0.5 Ti=25C N ims T | ioHzsfs100kHz 135 | 560] #V 50 | 57 R = = R Ti=25%0, f=120Hz PaVeVaciav dB Vio | Ti=25C 1.7 Vv Tork | Ts= 25 360 | 460 | 640 [| mA 50 I Ti=2 5% sc 1=25C Vans BV mA YVour | Lour=SmA | 07 [ mV/C . C78N00 UUU