~ 1t4 - f xR XK BR sm mh F tk (Ta=25%) g | #2 | mw oe | am oe lil) | vase i & less -1._Ipss vel | g \ Xx4} max) | Ves (max) | Yps (max) |os | Ip (min) Vos WV) pete) CY) % (A) () | (4) (Ay |) () |W) } (A) (S) ) 2sK1614 WF SH, RF PA ws IN goo|pss| +30/s +1] +30 1002 | 720 5) 25 3 25| 2SK1615 Ay SHF LN A GaASHEMT | N 3.5|DS | _~3/0 -10n]) -3 60m) 2 -2.5| 2} 100] 30m 2 2SK1616 AX SHF LN A GaAsHEMT|N 3.5]Ds | -3/0 10) -3 Tom] 2 -2.5| 2 40m 2 2SK1617 Au SHP LN A GaAsHEMT|N| 3.5|ps | -3]0 -10n| -3 60m] 2 -2.5) 2 30a 2 28K1618(L)(S) | E137 S-Reg, DDC MOS wile (_soo[pss} +30/s +10u| +25 2502 500/ 2 3] 105 12 10 2SK1619 ee SHF LN A Gass (N -3!p0| _-3/0 =10%/ -3| 15m] 60m) 2 oi 2 2 30m 2 2SK1620(L) (S) | ELIZ SW-Reg, DDC wos N isa|pss|+2als +i0e| +16) l25ou) rzof 2 a] t0 4 [19 28K1621 (L)(S) | xr SW-Reg, DDC ws [nie | _250/pss|_ +20/s +10u| +16 250.2] 200 2 4{ 10 27 10 ASk1622(L) (S) | FASE Votor/Relay-) |WS [NE | eolpss| +a0|s +i0u| 16 sou) sof 1) 2) 10 12 10 ask1623(L)(S) | ELSE Motor/Relay-D [mos [nie | ioo|pss]_ +20/s +10u| +16 a5ou/ 80] 1] 2) 10; 10| 10 2SK1624(L) (S) | Biz S-Reg. DDC MOS Nie} 600|Dss|_ +30|s alD +10n|) 25 250%) 500) 2) 3] 10] 2.2 10 2sk1625(L) (s) | xr SW-Reg, DDC wos nje | soo|pss| +a0/s D +10u| 25 2502| 500] 2] 3/10 4 10 2SK1626 ay SW-Reg, DDC MOS Nie | 450|pss} +30/s D tion} +25 2504] 360) 2) 3) 10) 2.5 10 2SK1627 FE SW-Reg, DDC wos nie | soo|pss| +30/s D +10u| +25 2502| 400/ 2; 3| 10 2.5 10 /2SK1628 ay SW-Reg, DDC wos nie | 450|pss}_ +30/s D t10n. +25 2602] 460) 2] 3| 10 12 10 2SK1629 Ax SW-Reg, DDC MOS nie | soolpss|_ +30ls D 104) 25 250u| 400] 2] aft 12 10 28K1630, 16308 | =3 HS PSW, S-Reg [MOS wle | _o0[pss} +30/s D +100n| +30 in| 700] 2) 4] 10 2 10 2SK1631 = HS PSH, S-Reg [MOS wie | 7oolpss| + 30|s D 100n| +30 in} tool =z} a} a 1 10 2SK1632, 16025 | = HS PSW, SW-Reg | MOS ile | toa/pss| _ +30/s ot 100n) +30 in] 700] 2] 4) 10] 1.5 10 4SK1633 =# HS PSW,SW-Reg = |MOS NIE ool 30 D +100n) +30 im! 700} 2) 410 5 10 aSK1634 =e HS PSW,SW-Reg | MOS wie | 700/pss|_ +30/s a +100n s im] 700] 2] 4/10] 1.5] 2.8] 10 2SK1635 WF HS SW, RE PA MOS NIE 6o|pss}_ +20 D| tin) +20 1oou} 40] 1) 5) 10 15) 10 28K1636(L) (S)_ | XZ SW-Reg ppc [wos__s(niB | 2sa|pss]_ +30 pl 75{+10u[ +25 [2s0u] 200] 2) a] 10 6 10 aSK1637 ave [si-Reg. ppc wos nje | 600/pss} +30 D| +10u| +25] 250] soo} 2] 3] 10 2.2 10 2Sk1638 | ELE SW-Reg, DDC wos [Nie | 900|pss| +20 o| +tou|) +16] [250u[ 7120/2 a0 tm) 1.1 20 28K1639 ax SW-Reg, DDC wos [NE | 900/pss]_ +20 | +10u/ +16] |2502/ 720) 2/4) 10 1.2 20 aSK1641 aS SW-Reg, DDC MOS nie | 2solpss| +30 o| 100n| 25 [300 { 280[ 1.5] 3.5] 10) 4 10 askiea2 SW-Reg, DDC wos [Nje | _4o0|pss|_ +30] D| +25, [soou| 400] 2! a] tof 3 10 askiegs | RE S-Reg, DDC wos iB | 900)pss} +30 | 25 soo] 120) 1.5] 3.5} 10 1 20 28k16a7(L)(S) | FYE SW-Reg, DDC [MOS fe | soofass| +a0/s | +25 [abou] t20] 2) 3] 10 0.9 20- 115 - = SB tf (Ta=25C) ayvyy Cis Crs NF Rps(ON) Hy TE 6 yn (typ) | (typ) |Vas [Yps /typ}max; f Ra | (max) |gs } Ip =O th tt He k fF x2vFy P| GEL) [ab as | diz) | () | ) | @ 1800 90] a] 20 1.7) 10 4] ton=100ns, tf=80nstyp ID=4A, VDD=200 196|GDS 2SK1614 0.8}1.1| 126 Ga=9. 5dBmin/11dBtyp f=12GHz GSDS 2SK1615 1.3/1.7| 126 Ga=8dBmin/10dBtyp f=12GHz WL PPAK|GSDS 2SK1616 1.0/1.4] 126 Ga=8dBmin/9. 3dBtyp f=12GHz 12 PPAK|GSDS 2SK1617 295 12) 0] 10 5| 10 1) ton=33ns, toff=95nstyp | ID=1A, VDD=30V 2941GDS 28K1618(L) (S) 1.0/1.3} 126 Ga=9dBmin/10. 5dBtyp f=12GH2 338 | GSDS 2SK1619 1200 a5} of 10 0.15) 10 5|ton=70ns, toff=i10nstyp | 1D=5A, VDD=30 294\GDS 2SK1620L) (S) 820 115] 0) 10 0.55} 10 4|ton=60ns, toff=120nstyp | 1D=4A, VDD=30V 294/GDS 28K1621{L) (S) 1400 220; 0) 10 0.04) 10 15] ton=145ns, toff=450nstyp | ID=15A, VDD=30 294/GDS 28K1622(L) (S) 1300 160] 0; 10 0.085] 10 10] ton=112ns, toff=450nstyp | ID=10A, VDD=30V 294|GDS 28K1623(L) (S) 600 25} Oo} 10 2.4) 10 2|ton=38ns, toff=95nstyp | 1D=2A, VDD=30V 294) GDS 28K1624(L) (S) 1180 50] 0] 10 1.3} 10 4|ton=65ns, toff=150nstyp | 1D=4A, VDD=30 294}GDS 2SK1625(L) (S) 640 20] 0| 10 1.4] 10| 2.5) ton=85ns, toff=80nstyp | 1D=2. 5A, VDD=30V 292)GDS 28K1626 640 20] 0} 10 1.5] 10| 2.5/ton=35ns, toff=80nstyp | ID=2. 5A, VDD=30 292|GDs 28K1627 2800 90] 0} 10 0.25) 10 15} ton=172ns, toff=300nstyp | ID=15A, VDD=30 296 /GDS 28K1628 2800 gol oO; 10 0.27| 10 15] ton=172ns, toff=300nstyp |ID=15A, VDD=30 296|GDS 2SK1629 560 35} 0) 25 4.4) 10 2/ton=55ns, toff=85nstyp | ID=2A, VDD=200V 267/S:330| GDS 28K1630, 1630S 560 35] 0) 25 4.4) 10} 1.5) ton=55ns, toff=85nstyp | 1D=1. 5A, VDD=200V 215|GDS 2SK1631 1000 60; 0} 25 2.3} 10 3) ton=80ns, toff=125nstyp | 1D=3A, VDD=200V 267/S: 330 |GDS 2SK1632, 1632S 1000 60; oO] 25 2.3} 10 3|ton=75ns, toff=125nstyp | 1D=3A, VDD=200V 215|GDS 2SK1633 1000 60) 0) 25 2.3) 10 3} ton=80ns, toff=125nstyp | ID=3A, VDD=200V 250/GDS 2SK1634 3800) 2000; 0) 10 30m} 10 25] ton=380ns, tf=430nstyp | 1D=25A, VDD=30V 258|GDS 2SK1635 1250 85/0} 10 0.27] 10 8| ton=109ns, toff=170nstyp | ID=8A, VDD=30V 294/GDS 28K1636(L) (S) 600 25] 0) 10 2.4) 10 2|ton=38ns, toff=9instyp | ID=2A, VDD=30V 292!GDS 28K1637 650 250) 0| 10 5.5] 10 2\ton=95ns, toff=160nstyp | [D=2A, VDD=30 116B] GDS 2SK1638 900 350; 0} 10 4) 10 2|ton=115ns, toff=230nstyp | [D=2A, YDD=30V 116B| GDS 28K1639 2100 200) | 10 0.23) 10 10| ton=150ns, toff=350nstyp | ID=10A, VDD=150 184|GDS 2Sk1641 1250 55] 0) 25 0.55) 10 5|ton=40ns, toff=100nstyp | 1D=4. 5A, VDD=225V 235|GDS 2SK1642 700 55| 0] 25 2.8) 10 2|ton=30ns, toff=70nstyp | ID=2A, VDD=400V 231)GDS 2SK1643 425 175] 0] 10 1 10 1]ton=45ns, toff=110nstyp | ID=1A, YDD=30 294|GDS 2SK1647 (L) (S)