- 118 - [ He a k # = oR % te (Ta=25C) | B f # % AR i i } | | Views Vast BK; 1# BX|Pp/Pcu! Iass ~> bss Vas (oft) gn -] v x5} ray 5 (max) | Yas | (min) | (max)|Vps | (min) |(max)|os | Ip. | (min) | (typ) |os | Ib. ET ) [eee] (V) fe) CA) fey) (A) () | (a) | (A) TY) | DF) DF AD (S) oS) W) | @) 2SK1698 Ax HS PSW, DDC wos [w/e | 100/pss|_20]s]__ 0.3/0 i]+102] +16 50] 80; 1/ 2] 10| imi 0.25] 0.38/ 10/ 0.2 25K 1699, 16998 | = aE HS PSW, SW-Reg | MOS wle | 450)DSs) + 30/s 5)D) _75]+100n] +30] | am] 450/ 2| 4] tol stm 1.5] 2.5] 10 3 2SK1700 =# HS PSH, SH-Reg [MOS wle | asolpss| + 30/s 3|D) -35)100n| +30 im) 450) 2} 4} 20) sam)s1.5) 2.5) 10 3 28K1701 =x MOS n|_[_450[pss sip ask1702 =x MOS N 450] pss 81D 2SK1703, 17038 | =38 HS PSW, SW-Reg [MOS nle | soolpss] +30/s 5/D) 75{+100n] +30 in| 500) 2) +4} toy satm) 4.5) 2.5) 20 3 aski 104 = HS PSW,SH-Reg | MOS NjE | 500/DSs| +30]s 5|D} -35)+100n! +30 in) 500) 2) 4! 10) tm| 1.5] 2.5) 10 3 2SK1705 =e wos x 500) DSS 81D 28K1708 = wos IN 500|Dss 8/D 2SK1707 =x MOS N 600) DSS 4D 2SK1708 = MOS N 600] DSS alD 2SK1709 = NOS N 600| DSS 6|D 2SKi710 = MOS N 600| pss 6|D 2SK1716 ES Motor-D, DDC | MOS NE 60|pss| +20/s 2[p} -20|+10u] +16 100] 60; 0.8) 2| 10; im 1/ 1.6] 10 1 2SK1717 HE Motor-D,DDC [MOS NIE 6o|pss} -+20/s 2/p| 1.5]+102| +16 100! 60; 0.8) 2] 10] Im 1) 1.6) 10 1 aSKi718 eS Motor-D, DDC | MOS NE so|pss} +20]s 61D}. 28{ +10) +16 100) 60} 0.8) 2] 10} im) 3.5) 6] 10 3 28K1719 Re Motor-D, DDC _| Nos NIE 60/DSS| +20/s sipnl -20(t104| +16 100n| 60) o.8| 2{ tof inl asl 6) a0) 2s 2SK1720 = SH-Reg, DDC MOS NIE solpss! +2o/s] 45/p| 100/+10u| +16 100u| 60] 1.5] 3.5] tof im) 15; a1| iol 25 2SK1721 [Hee SW-Reg, DDC NOS nje | soo]pss/ -+30|s slp) 40/+100n! +25 300w| 00] 2) 4] tof im, ot] 1.8) 10] 2SK1722 RS SW-Reg, DDC MOS Nie | 800/DSS) -+30/s 5|D]| _ 60/+100n, +25 3002| 500/ 1.5) 3.5] 10) inl 25] 3.3) 10) 25 28K1123 ee SW-Reg, DDC MOS nie | soolpss| 30ls} iz{p| 150|+100n) +25 3002) 600/ 1.5| 3.5/ i0/ im) 6| 3 10 8 2SK1724 =i HS SW MOS NE 30|DSS! +15|S 1p] 3.5/+10u| +12 tou} of if 2) to] stm] 06] 1] 10) os 2SK1725 =H HS SW MOS vle | aolpss] 15/8 1p] ifeiow] +12 io; 30) tf 2] 10) am) os] 1] to] 0.8 28K1726 =e aS SW (wos [nfe | so)pss] +15/s] 1jp} 8.5/1) +12 iow} 60) 2] 2) 10] tm 0.6) 1] 10 0.5 2SKi121 ait lus ow wos NIE solpss} +15/s} 0.8 |p 1)+10u} +12 1oz} Bo; 1] 2] 10) tay 0.8) 0.9) 10; 0.4 28K1728 =i HS SW [Mos nie | toolpss| tals riol3.5/t10~]} +12 1od~| t00of if 2 tol tn! 0.6) {| to] 0.5 28K1729 =e HS SW _ [wos wle | toolpss] +15/s) o.sjp] 35/10] +12 100{ 100] 1) 2} 10] tm] 0.4] 07] 10) 9.25 2SK1730 =i HS SW jwos[xle | sojoss t1s/sf1.8/D] 1]+t0) +12 100u} 30) af 2] tof am] 2] 2] to] 28K1731 =i HS SW __ {MOS njE 30|/pss} +15]S 3D) 1.54102} +12 100z| 30} 1) 2) 10} im) 2! 3.5) tof 1.5 asK732 | =e uS SW [wos wle | saloss{ +15is| 4.5jpl is[tion| +12 1oon| 30] 4) 2 a inf 4) 8.5 10] 2.5 - 119 - S SS & te (Ta=25) avyry Cis Crs NF Rps (ON) Hn FE Hy & (ep) | (typ) Nes fins eles) 2) | OR UL | TORRE MER H lte?h 33/ 3.5, 0] 10 4.5) 10] 0.2|ton=6ns, toff=32nstyp _| ID=0. 24, VGS=10V 295| GDS 2SK1698 460 20) 0] 25 1.8} 10 3 ton=37ns, toff=5instyp | 1D=3A, YDD=2007 267/8:330|GDS 9SK1699, 1699S 460 zo) 0] 25 1.8] 10 3/ton=37ns, toff=S5nstyp | ID=3A, YDD=200V 215|GDS 2SK1700 T0~220 2SK1701 10-2208 9SK1702 500 16] 0) 25 2.4] 10 3|ton=45ns, toff=80nstyp | 1D=3A, VDD=200 267/S: 330 |GDS 2SK1703, 1703S 500 16| 0) 25 2.4) 10 3|ton=45ns, toff=80nstyp | 1D=3A, YDD=200 215|GDS 2SK1704 T0-3P aSK1705 T0-220F 2SK1706 T0-220 2SK1707 T0-220F 2SK1708 T0-220 9SK1709 T0-220F 9SK1710 125 30/0) 10 0.37! 10 1! ton=60ns, toff=135nstyp | 1D=1A, VDD=304 235|GDS aSK1716 125 30/0] 10 0.37| 10 1|ton=60ns, toff=135nstyp | 1D=14, YDD=30V 256|GDS aSK1717 500 90, 0! 10 0.11] 10 3|ton=60ns, toff=300nstyp | ID=3A, VDD=30V 235 |GDS 9SK1718 500 90] o| 10 0.11] 10) 2.5]ton=60ns, toff=300nstyp | 1D=2. $4, DD=30V 257|GDS 2SK1719 2500; 700/ o| 10 0.03/ 10| 25/ton=60ns, toff=190nstyp | ID=25A, VDD=30 341|GDS. 2SK1720 400 60; 0| 10 3) 10 1|ton=30ns, toff=80nstyp | [D=1. 54, VDD=250 341 |GDS QSK1721 700/115] 0} 10 1.5) 10) 2.5|ton=30ns, toff=40nstyp _| ID=2. 54, VDD=225 341|GDS 2SK1722 9800/ 140/ 0} 10 0.65| 10 6/ton=5$ns, toff=120nstyp | 1D=6A, VDD=300 184/GDS 2SK1723 50 10 10 0.75, 10] 0. 5{ton=15ns, toff=50nstyp | ID=0. $A, VDD=15V 252|SDG 2SK1724 50 10 10 0.75| 10] 0.5|ton=15ns, toff=S0nstyp | ID=0. 54, VDD=15 348|SDG aSK1725 45 5 20 1.2| 10] 0.5]ton=15ns, toff=S0nstyp | ID=0. 4, VDD=30V 252) SDG aSK1726 45 5 20 1.2) 10! 0.4)}ton=15ns, toff=50nstyp _| ID=0. 4A, VDD=30 348|SDG 2SK1727 45 3 20 3.5| 10| 0.5{ton=16ns, toff=50nstyp | 1D=0. 5A, VDD=50V 252|SDG 2SK1728 45 3 20 3.5} 10] 0.25{ton=15ns, toff=60nstyp | ID=0. 254, YDD=50V 348 | SDG 28K1729 170 30 10 0.3] 10 1]ton=18ns, toff=85nstyp | ID=1A, VDD=15V 348|SDG 2SK1730 400 90 10 0.14 10] 1.5)ton=28ns, toff=155nstyp | 1D=1. $A, VDD=15V 347 |SDG 2SK1731 1000; 180 10 0.065} 10} 2. 5|ton=48ns, toff=260nstyp | ID=2. 5A, VDD=15V 347|SDG 2SK1732