ITT - Index of

2N4420,2N4421,2N4422
ELECTRICAL CHARACTERISTICS (T A = 250 C unless otherwise specified.)
Symbol Min Max Unit Conditions
BV CBO 40 - Vde IC = 100uAde,I E = 0
BV CES 40 - Vde IC = 100uAde, V BE - 0
VCEO(sus)*
15 - Vde IC = 10 mAde
BV EBO 0.0 VCle IE - 100 uACle, IC = U
VCE(sat) * - 0.2 Vde IC = 30 mAde,l B - 3.0 mAde
- 0.3 IC = 30 mAde,l B - 3.0 mAde, T A - +65 C
- 0.28 I C - 100 mAde, I B-1 0 mAde
- 0.5 IC -300 mAde, I B - 30 mAde
VBEIsat)*
0.75 0.95 Vde IC = 30 mAde,l B = 3.0 mAde
- 1.2 IC - 100 mAde, IB - 10 mAde
- 1.7 IC = 300 mAde, IB - 30 mAde
hFE * 30 120 - IC = 30 mAde, V CE = 0.4 Vde
25 - IC - 100 mAde, V CE - 0.5Vac
ICES
15 - IC - 300 mAde, V CE - 1.0 Vde
- 0.5 uAde VCE = 20 Vde, V EB - 0
- 3.0 Vr.F -20 Vde, V ER = 0, T A - +65 C
IB - 0.5 uAde VCE - 20 Vde, V EB = 0
Cob - 5.0 pF V CB - 5.0 V, IE - 0, f - 140 kHz
Cib - 8.0 pF V BE - 0.5 V,IC 0, t - 140 kHz
h fe 3.5 - - IC - 30mA, VCE = 10V, f -100 MHz
td - 10 ns VCC - +10 V,ICS = 300 mA, IB1 - 30 mA,
VBE(off) =-3.0V (Fig. 1)
tr - 15 ns VCC - +10 V,ICS - 300 mA,I B1 -' 30 mA,
V BE (off) = -3.0 V (F ig. 1)
ton - 18 ns IC = 300 mA,I B1 = 30 mA,
V BE (off) = -3.0 V (Fig. 1)
ts - 20 ns VCC - +10 V,ICS = 300 mA, IB1 - 30 mA,
I B2 =-30mA (Fig. 1)
t f - 15 ns VCC = +10 V,ICS - 300 mA,IB1 - 30 mA,
IB2 = -30 mA (Fig. 1)
toff - 28 ns IC = 300 mA,I B1 = 30 mA,
I B2 =-30mA (Fig. 1)
TS - 18 ns IC - 10 mA, IB1 = 10 mA,
IB2 = -10 mA. (Fig. 2)
*Pulse Conditions: PW ~ 300 us; Duty Cycle ~ 1%.
9-100