n-channel enhancement mode lateral D-MOS FET
n-channel enhancement- H
mode lateral
Silicanix
D-MOS FETs
designed for Military and Industrial Applications • • •
...
Description
n-channel enhancement- H
mode lateral
Silicanix
D-MOS FETs
designed for Military and Industrial Applications
High Speed Switching
Analog Switch Multiplexer Digital Switch A to D Converters D to A Converters
Choppers
Sample and Hold
BENEFITS High Speed Switching Ultra Low Feedback
Capacitance
Low RDS(ON) Diode Protected Gate
ABSOLUTE MAXIMUM RATINGS (OC) Drain Current __ ............................ 50 rnA Total Device Dissipation at 25°C
Case Temperature .......................... 1.2W Storage Temperature Range ........ -65° to +150°C Lead Temperature
(1/16" from case for 10 sec) ................ 300°C Operating Temperature Range ...... -55° to + 150°C
TO-72 See Section 6
s
Go--J,.J~c
I.~ L
_
_
_D_--l
~
G
0s
ELECTRICAL CHARACTERISTICS (25°C unless otherwise noted)
Characteristic-DC
Min Typ
Max
Unit
IGSS BVSO
Gate Reverse Current
Breakdown Voltage Source to Dram
0.1 10
1
/LA V
BVSB
Breakdown Voltage Source to Body
10
V
BVOS
Breakdown Voltage Dram to Source
15
V
VGS(th)
Gate-Source Threshold Voltage
0.5
25 V
gf.
Common-Source Forward Transconductance
25 30
mmhos
ROS(ON)
Dram to Source ReSistance
Characteristic-AC
Small Signal Capacitance
C(GS+GO+GB) C(GO+OS) COG
Gate Mode Drain Mode Reverse Transfer
8 Min Typ
18 12
Max
17 7 2.5
n n n
Unit
pF pF pF
Test Conditions VGS ~ 20V, VOS ~ VGS ~ VBS ~ 0 VGO ~ VBO ~ -5V, 10 ~ 1 /LA
IS ~ 10JLA. VGB ~ 0
VGS ~ VBS ~ OV. 10 ~ 10 /LA
VOS ~ VGS ~ Vth, 10 ~ 10 JLA
V...
Similar Datasheet