2N 5432, 2N 5433, 2N 5434 STATIC CHARACTERISTICS CARACTERISTIQUES STATIQUES Tamb =25C (Unless otherwise stated) (Sauf indications contraires} Test conditions Canditions de mesure Min. Typ. Max. Vac = -15V ioe = 0 'Gso -0,2 nA D Ven= -15V GD Gate current Ip =0 'gp0 0,2 nA Courant de grille Vep= -15V Ig =0 lepo 0,2 BA = \O Tamb = 150C Total gate leakage current Vos = 9 ' -02 nA Courant,de fuite total de grille Veg = -15V GSs Gate-source breakdown voltage Vos = 0 Vv 25 Vv Tension de claquage grille-source lg =-1yA (BR)GSS Vong = 5V Ves = -10V osx 0,2 nA Drain cut-off current Courant rsiduel de drain Vo s= 5V Veg = ~10V 'psx 0,2 HA Tamb = 150C 2N 5432 150 mA Voc = 15V Drain current DS * Courant de drain Ves =0 'pss 2N 5433 100 mA 2N 5434 30 mA = 2N 5432 | 4 -10 Vv Gate-source cut-off voltage Vos =5v 3 9 Vv Tension grille-source de blocage 'p = 3nA Ves off 2N 5433 | ~ 2N 5434 | -1 -4 Vv Drai , I Vag = 0 2N 5432 50 mV rain-source saturation voltage Tension de saturation drain-source Ip = 10mA Vos sat 2N 5433 70 mV 2N 5434 100 mV Vg = 0 2N 5432 | 2 5 Q On-state drain-source resistance Rsistance drain-source a Itat passant Ib = 10mA "DS on 2N 5433 7 a 2N 5434 10 2 * Pulsed t,<300us 5 < 2% imputsions 2/8 8422N 5432, 2N 5433, 2N 5434 YNAMIC CHARACTERISTICS (for small signals) T = 25C (Unless otherwise stated) CARACTERISTIQUES DYNAMIQUES (pour petits signaux} amb {Sauf indications contraires) Test conditions i Conditions de mesure Min. Typ. Max. 0 Ves =0 2N 5432 | 2 5 2 n-state drain-source resistance = Asistance drain-source a Itat passant Ip =0 "ds on 2N 5433 7 Q f = 1kHz 2N 5434 10 2 Input capacitance vos - ~10V Cy 30 pF Capacit dentre Gs ss f = 1MHz R Vos =0 everse transfer capacitance =_ Cc Capacit de transfert inverse Ves 10V 12ss 15 pF f = 1MHz SWITCHING CHARACTERISTICS CARACTERISTIQUES DE COMMUTATION . t Turn-on time on 5 Temps total de croissance Vpp =15V ns V =0 GS on Vesx =-12V 2N 5432 Turn-off time Vos on = 50 mV tot 3g ns Temps total de dcroissance Turn-on time t Temps total de croissance Vop =1,5V on 5 ns _ Ves on = 2N 5433 Vesx =-12V Vv =70 mV Turn-off time DS on t, Temps total de dcroissance off 36 ns Turn-on time t Temps total de croissance Vpp =15V on 5 ns Vv =0 GS on Vesx =_12V 2N 5434 . Vv, = 100 mV Turn-off time DS on t Temps total de dcroissance off 36 ns 3/8 8432N 5432, 2N 5433, 2N 5434 SWITCHING TIMES TESTS CIRCUITS SCHEMAS DE MESURES DES TEMPS DE COMMUTATION Oscilloscope Oscilloscope Z, =50 2 t, 0,4 ns Cc, < 1,7 pF on tdton) RA 1 pF Generator Gnreteur vi . | ne { v2 Zo = 502 ed v1 t <1 ns o t <tns | | 502 1 50 of] ty 200 ns 2 f =500Hz q als | Yop] Sst nF I | Db vib ov 90 %: Vesx * ~12V 50 % 10 % Vie Vgsx 41 t t v24 off tdloff) t =Vop 10% 50 mV (2N 5432) Voson ={ 70mV_ (2N 5433) 100 mV (2N 5434) Vv 90% ov. DS on 4/8 8442N 5432, 2N 5433, 2N 5434 STATIC CHARACTERISTICS CARACTERISTIQUES STATIQUES ! D (mA}] 2N 5432 | tp < 300 us 8 <2% 600 400 200 0 0 5 10 15 Vpg') 0 100 200 300 400 500 Vpgimv) ~lIy . Ip {mA) Ves=0/ -1V (mA) 5 ~2V 2 wolese | A//?%, 10 wre 7. 40 UL / | WL) a / 20 L a 7 L5.5 V 102 5 2 10 L, 103 -6V 5 2 0 | -4 0 100 200 300 400 500 600 -Vv,cImv) w'o 1 2 3 4 6 6 ~VW 6/8 8452N 5432, 2N 5433, 2N 5434 STATIC CHARACTERISTICS CARACTERISTIQUES STATIQUES (mA) | Ves =9 300 300 te S 500s ee ee Vv 200 L--2V sto 100 Lene 3 V 3,5 V 0 0 5 10 15 Vag (v) pb : (mA) on 5433 | y Vag =0 tp < 300 us | 60} < 2% | y-iv 50 y-2V LY \ NNO a / 20 J, fo aan ee |e 3,5 V 0 aa 0 100 200 300 400 500 600 Vpsimv) 'p {mA} 60 50 40 30 20 10 0 an 64a3_ | yVos=0 tp < 300 us | rs 2% yt / J \ 23 UA Y j i y/ a Lhe 3,5 V fee 0 100 200 300 400 500 Vpgimv) Ves'V) 6/8 8462N 5432, 2N 5433, 2N 5434 STATIC C HARACTERISTICS CARACTERISTIQUES STATIQUES (mA)] oN 5434 150 100 50 0 0 5 10 15 Vag lV) vip {mA T 2N 6434 | t> 300 us Ves =9 5OFs < 2% 40 7 30 / eal 20 Lf Lo y V4 ay 10 ZL Lp , 2 0 100 200 300 400 500 -Vvp.imv) (mA) Ton 5434 | tp = 300 xs | Vv 0 2% Gs = 50 5S ' / 0,5V 40 / 30 A 7) e-1V 0 LL / YW YY Loy 10 / (| aL CT -2V 0 100 200 300 400 500 V,cimv) 3 ~VgslV) 718 8472N 5432, 2N 5433, 2N 5434 DYNAMIC CHARACTERISTICS CARACTERISTIQUES DYNAMIQUES C1265 Crass (pF) 2 T (pF) 2 T Ves =-10V Vps =15 f =1MHz f =1 MHz 10! 10 = \ 3 3 6 6 NI NN mh 2 2 10 10 0 5 10 15 20 Vpglv) 0 5 10 15 Vggtv) "ds on (a) 5S 2 10 6 2 10? 5 2 10! 5 2 10 012 3 4 6 7 B ~Vggtv} 8/8 848