COMSET SEMICONDUCT ORS 1/2
2N1595 thru 2N1599
SILICON THYRISTOR
Industrial-type, low-current silicon controlled rectifiers
in a three-lead package ideal for printed-circuit applications.
Current handling capability of 1.6 amperes at junction temperetures to 125°C
MAXIMUM RATINGS (*)
TJ=125°C unless otherwise noted
Symbol Ratings 2N1595 2N1596 2N1597 2N1598 2N1599
VRSM(REP) Peak revers e blocking vo ltag e * 50 100 200 300 400 V
IT(RMS) Forward Current RMS (all conduction
angles) 1.6 Amp
ITSM Peak Surge Current
(One Cycle, 60Hz, TJ=-65 to +125°C) 15 Amp
PGM Peak Gate Power – For ward 0.1 W
PG(AV) Average Gate Power - Forward 0.01 W
IGM Peak Gate Current – Forward 0.1 Amp
VGFM Peak Gate Voltage - Forward 10 V
VGRM Peak Gate Voltage - Reverse 10 V
TJ Operating Junction Temperature
Range -65 to +125
TSTG Storage Temperature Range -65 to +150 °C
ELECTRICAL CHARACTERISTICS
TJ=25°C unless otherwise noted, RGK=1000Ω
Symbol Ratings 2N1595 2N1596 2N1597 2N1598 2N1599
VDRM Peak Forward Blocking
Voltage * Min : 50 100 200 300 400 V
IRRM Peak Reverse Blocking Current
(Rated VDRM, TJ =125°C) Max : 1.0 mA
COMSET SEMICONDUCT ORS 2/2
2N1595 thru 2N1599
Symbol Ratings 2N1595 2N1596 2N1597 2N1598 2N1599
IDRM
Peak Forward Blocking Current
(Rated VDRM with gate open , TJ
=125°C) Max :1.0 mA
IGT Gate Trigger Current (2)
Anode Vo ltag e=7.0 Vdc , RL=12ΩTyp : 2.0
Ma x : 10 mA
Gate Trigger Voltage
Anode Vo ltag e=7.0 Vdc , RL=12ΩTyp : 0.7
Ma x : 3.0
VGT VDRM = Rated, RL=100Ω, TJ=125°C Min : 0. 2 V
IHHolding Current
Anode Voltage=7.0 Vdc , gate open Typ : 5.0 mA
VTM Forward On Voltage
IT=1 Adc Typ : 1.1
Ma x : 2.0 V
tgt Turn-On Time (td+tr)
IGT=10 mA, IT=1 A Typ : 0.8 µs
tq
Turn-Off Time
IT=1 A, IR =1 A, dv/dt=20 V/µs,
TJ=125°C
VDRM = Rated Voltage Typ : 10 µs
* VDRM or VRSM can be applied for all types on a continuous dc basis without incurring damage.
MECHANIC AL DATA CASE TO-39
DIMENSIONS
mm inches
A 6,25 0,24
B 13,59 0,53
C 9,24 0,36
D 8,24 0,32
E 0,78 0,03
F 1,05 0,041
G 0,42 0,165
H 45°
L5,10,2
Pin 1 : Cathode
Pin 2 : Gate
Pin 3 : Anode
Information furnished is believed to be accurate and reliabl e. How ever, CS assumes no respons abili ty
for the consequences of use of such information nor for errors that could appear.
Data are subject to change without not ice.
