FE gm XK 6% S@ S AY % te (Ta=25C) gu at & A ou j {| Vaee Vast BX] [* [X|Pp/Pcu! Iass ->--__Ipss Vas(off) gn v & ay max) | Ves | (min) ](max)|Vps |(min)| (max) }ps | Ip (min) | (typ) |Vps | Ip Ky WW) pee] fe, CADE TAD a) a) a) | GS) ey (W) | @) 2M 50F-050 BL [yn -4, UPS MOS NIE 500/DSs| +20/S 50/D} 400)+100n} +20 im| 500} 2.1 4! VGS| 10m 45| 25 25 2M150S-050 Sree [RPA ERE MOS NIE 500|DSS] +20)S 50/D} 400)+100n} +20 1m| 500} 2.4 4) VGS) 10m 45) 25 25 2N4392 NEC SW, Chop J NID -40/GD0] -40/0] 50m|G} 300m! -100pi -20) 25m) 75m) 20| -2| -5] 20 tn 2N4393 NEC SW, Chop J NID -40/GD0} -4010) 50m/G] 300m] -100p} -20} 5m) 30m} 20] -0.5} -3] 20 in ass RS DC, LF A, Chop J PID 20} GDS ~10m\G} 100m tn] 10)-50 2 |-0. 9m} -10] 0.7) 5.0} -10/-0.14] 0.1m -10} ESS 2SJ12 RS DC, LF A, Chop J PID 20|GDS -10m/G] 100m] 0.4m} 101-902 ]-0. 9m) ~10} 0.7) 5.0] -10|-0.14) 0.1m 10] IDSs 28J13 aS DC, LF A, Chop J PID 20|GDS -100mjG) 600m} 10n| 10|-t. 0m] -L2m) -10} 1.0] 6.0] -10]-0.14) 1.5m 10] IDSs 28515 ghia DC, LF A J P 18/GD0 15/0} -L0m/G} 200m} 50n 9 12 6.0] -10] -104} 0.2m] 1.0m] -12] IDSS 2SJ16 Behe DC, LF A J P 18/GD0 15/0] -10m|/G} 200m} 10n 9 -12 6.0} -10| -10] 0.2m} 1.0m) -12} IDSS 2SJ11 ae C-MIC J P 201GD0) 0.3/0) 0.5miG} 10m} O.1n] 0.1 0. 2m -9 28118 yo LF PA JV) P 170/GD0 -5/D 63 7.5] 25] -60) -100m 2sJ19 NEC LF D JV) P 140/GDo 30/0] -100mjD} 800m] 104] 20|-1. 8m) -48m} -5 28320 NEC LF PA J() Pp 100]GDo 40/0] -10;D} 100) 1004] 30) -3) -8} -5) 5.5) 16.5) -35] -50m 28322 Yi- C-MIC J PID 80/GD0} 0.510) 0. 5mjG) 50m -0. 3mj-0. 7m} -20 0. 2m -20 28339 = LF A J PID 50|GD0 50(0] -10m|G|. 15/CH tn} 30) -tm! -12m) -10 6| ~10] -10a} 1.5m ~10] IDSS 28140 = LF A, A-SW J PD 50/GDO -10m\G] 300m tn} 30) -1m) -12mj -10] 0.3 6) -10] -10z) 1.5m} 4m/ -10) IDSs 28543 PE LFA J PID 50/GDS 20m/D) 250m] 0.14] 30/-0. 5m) -12m} -10] 0.2 3] ~10! -10z} 3m] 9m) -10] IDSs 2SJ44 NEC LF LNA J PID 40}GD0 40/0] -10m/G] 400m In} 20) 1m! -18m} -10] 0.2) 4.5] -10) -10z] 7m) = 9mj -10] -1m 28145 NEC LFA J PID 40) GD0 40/0] -10m/G] 400m In| 20] -1m| -18m) -10] 0.2) 1.5] -10} -10u] Tm] 9m] -10) = -1m 28J47 AY LF PA MOS PIE | ~100j)DSxX] +14] -7/D} 100 0| -1.5] -10/ 100m} 0.6 1] -10 -3 28548 AM LF PA, HS PSW MOS PiE ~120/DSX} 414]S -7/D 100 0.15/-1.45) -10) -100m) 0.7 t] -10 ~3 28349 Ax LF PA, HS PS MOS P|E | -140/DSX} +14]S -7/D| 100 -0.15}-1. 45} -10] -100m] 0.7 1] -10 -3 28349 (H) AW HS PS MOS PIE | -140/DSX} +14]S -7/D} 100 -0.15}-1.45] -10] -100m] 0.7 1 28550 AYE LF/HF PA, HS PSW |MOS PIE | ~160/DSX] +14] -71D} 100 -0.15}-1.45} -10) -100m) 0.7 1) -10 -3 28350 (H) AY. HS PSH MOS P/E | -160/DSx} +14}S -7/D} 100 -0.15}-1.45] -10} 100m) 0.7 1 28351 AM LF LN A J PID 40/GD0 40/S} -10m/G} 800m} 10n} 40) -6m| -50m) -10] 0.2) 1.1] -10] -10%!) 33m; 40m} -10} 5m 28355 Ax LF/HF PA, HS PSW |MOS PIE | -180/DSX; +20/S -8/D] 125 -0.15}-1. 45} -10] -100m] 0.7 1) -10 -3 28556 Ay LF/HF PA, HS PSW [MOS PIE | -200!DSx] +20/s -8/D} 125 -0.15/-1. 45] -10} -100m} 0.7 1] -10 -3 28156 (H) Aw HP PA, HS PS MOS PIE | -200;DSx} +20]s -8}D) 125 -3m}-160]-0.55) -3) -10] -100m) 0.7 1} ~10 3 25168 Bi LF LNA J PD -401DSX 40}S| -10m/G] 300m} 10n| 30 |-1. 6m} -12m) -10) 0.13] 1.5] -10] -10~] 8m} 2m) -10) ~8mZz sm 8 te (Ta=25) avTtyu Cis Crs NF Ros (ON) . ie fe F% gw (typ) | (typ) [Vos |Vps ;typ|max| f Re max) (Vos | Ip =D th tt Me & xy (oP | GED LW) LH) fab fab | day |) | CO) TP] @ 7800 400) a] 25 O14) 15 25| ton=$30ns, toff=78Cnstyp | ID=25A, VDD=100 328 | RF ARK 2MI50F-050 7800 400} 0] 25 Q.1t; 15 25| ton=530ns, toff=78Cnstyp | ID=254, VDD=100 328 | 256 PAR 2M150S-050 9 2.7; 0} 20 60; 0 6m 73} SDG 2N4392 10 3} 0} 20 100; 0 in 73| SDG 2N4393 2 t1)ooo; 4 1k 1M 2)SGDC sl 2 1] 0}0.5 1k 1M 2|SGDC 2SJ12 8 1] 0 AD BME BEES ce Vmax | Af=10~100kHz 35] SGD 2ss13 6 1] oO] 4 1k 1M 1} SDG 2SJ15 6 i} ol 4 1k 1M 1/SDG 28116 S/N=52dB 47/GSD 2Ss17 190 15] 0 VON=-10Vmax, 4 =4typ 2SK60 45)6S 28J18 w#=10min, 30typ VDS=-10, [D=-10mA 2SK69 41|SGD 2sJ19 710 -10 w=dmin, 4typ VDS=-10V, ID=-1A 2SK70 42|GSD 28320 S/N=526B 48) GDS 28122 20 0} -10 100] 100k AVGS=50mVmax VDS=-L0V, ID=-1mA 81|Dual FET 28539 18 3.5) 0} -10 220typ} 0 5m 2SK381 151 SGD 28140 22 3.6, | -10 NV=80mmax Rg=100kQ, Gv=80dB 80A|DGS 28343 50 10} of 60 NV=20Vmax JERI LS 53} DGS 2s J44 50 10; Of -10 NV=50mVmax FERRIC ES 53A|DGS 2SJ45 900 40; 5 VDS (sat)=-12Vmax ID=-7A, VGD=0 2SK132 28A/GDS, X##28)48 | 2SJ47 900 40} 5] 10 VDS (sat) =-12Vmax ID=-7A, VGD=0 28K133 28A|GDS 28548 900 40} 5; -10 DS (sat) =-12max 1D=-7A, VGD=0 2SK134 28A|GDS 28J49 900 40/5} -10 VDS (sat) =-12Vmax ID=-7A, VGD=0 2SK134H 28A/GDS 28349 (H) | 900 40] 5) -10 YDS (sat) =-12Vmax ID=-7A, VGD=0 2SK135 28A/GDS 25150 900 40} 5) -10 VDS(sat) =-12max ID=-T7A, VGD=0 2SK135H 28A|GDS, UBE2ZSI50 | 2850 (H) 1 1k 1k 2SK151 QTA| DGS, RFZSITO =| 2851 1200 60] 5] -10 VDS (sat) =-12Vmax ID=-8A, VGD=0 2SK175 28A\GDS 28155 1200 60| 5) -10 VDS (sat) =-12Vmax iD=-8A, VGD=0 2SK176 28A|GDS 28556 1200 60} 5] -10 1.5] -15 -4 28A)GDS 28556 (H) 32 7.5) 0] -10 VN=25mmax 79A}DGS 25168