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U306

Siliconix
Part Number U306
Manufacturer Siliconix
Description p-channel JFET
Published Sep 21, 2019
Detailed Description p-channel JFETs designed for • • • • Analog Switches • Commutators • Choppers H Siliconix Performance Curves PSA/PSB/PS...
Datasheet PDF File U306 PDF File

U306
U306

Overview
p-channel JFETs designed for • • • • Analog Switches • Commutators • Choppers H Siliconix Performance Curves PSA/PSB/PSC See Section 4 BENEFITS • Low Insertion Loss rDSlon) < 85 n (U304) • High Off-Isolation ID(off) < 500 pA ABSOLUTE MAXIMUM RATINGS (25°C) Reverse Gate-Drain or Gate-Source Voltage (Note 1) .
.
30V Gate Current .
50mA Total Device Dissipation, Free-Air (Derate 2.
8 mW/oC) .
.
.
350mW Storage Temperature Range .
.
.
.
-65 to +200°C Lead Temperature (1/16" from case for 60 seconds) .
.
.
300°C TO-18 See Section 6 .
~: U ~;rr D G~C • ELECTRICAL CHARACTERISTICS (25°C unless otherwise noted) Characteristic 1 12" IGSS 3- ' ~ :: T 5A T 6- ' I C -7 8 BVGSS VGSlnffl VOS(on) lOSS I o(off) "9 'OS(on) 10 'ds(on) 22: 0 CISS Y 12 N Crss Gate Reverse Current Gate-Source Breakdown Voltage Gate-Source Cutoff Voltage Drain-Source ON Voltage SaturatIon Drain Current (Note 2) Drain Cutoff Current Static Dram-Source ON Resistance Drain-Source ON ReSistance Common-Source Input Capacitance Common-Source Reverse Transfer Capacitance 13 S td(on) 14 W I t, 15 T 1e c H teI(off) tf Turn-ON Delay Time Rise Time Turn-OFF Delay Time Fall Time U304 Min Max 500 10 30 5 10 -1.
3 -30 -90 -500 -1.
0 B5 85 27 7 20 15 10 25 U305 Min Max 500 1.
0 30 36 -0.
8 -15 -60 -500 -1.
0 110 110 27 7 25 25 15 40 U306 Unit Min Max 500 pA 1.
0 p.
A 30 11 V -0.
6 -5 -25 mA -500 pA -1.
0 p.
A 175 n 175 n 27 pF 7 25 35 ns 20 60 Test Conditions VGS = 20 V, VOS = 0 I 125°C IG= 1 /lA, VOS=O VDS - -15 V.
ID = -1,.
A VGS = 0, 10 = -15 mA (U304), 10 = -7 rnA (U305), 10 = -3 mA (U306) VOS=-15V,VGS=0 VOS = -15 V, VGS = 12 V (U304), VGS = 7 V (U305), VGS = 5 V (U306) 125"C VGS=OV,IO=-l mA VGS=OV,IO=O f = 1 kHz VOS=-15V,VGS=0 VOS - 0, VGS = 12 V (U304) VGS = 7 V (U305), VGS = 5 V (U306) f= 1 MHz U304 VOO -10V VGSloff) 12V RL 580n VGS(on) 0 1010n) -15mA U305 -6V 7V 743U 0 -7 rnA U306 -6V 5V 1800n 0 -3mA NOT...


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