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2N5904

Siliconix
Part Number 2N5904
Manufacturer Siliconix
Description dual n-channel JFET
Published Sep 24, 2019
Detailed Description matched dual n-channel JFETs designed for • • • • Differential Amplifiers • High Input Impedance Amplifiers ABSOLUTE MAX...
Datasheet PDF File 2N5904 PDF File

2N5904
2N5904

Overview
matched dual n-channel JFETs designed for • • • • Differential Amplifiers • High Input Impedance Amplifiers ABSOLUTE MAXIMUM RATINGS (25°C) Gate-to-Gate Voltage .
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±80V Gate-Drain or Gate-Source Voltage -40 V Gate Current .
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10 mA Device Dissipation (Each Side), T A =25°C (Derate 3 mWrC) .
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367mW Total Device Dissipation, T A =25°C (Derate 4 mWrC) .
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500mW Storage Temperature Range .
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-65 to +200°C H Siliconix Performance Curves NT See Section 4 BENEFITS • Matching Characteristics Specified • High Input Impedance IG = 1 pA Max (2N5906-9) TO·78 See Section 6 ~~0, 62 s, 82 Jc S2 0 50 D2 0, '0 06 G2 20 7 0, 10 S, Bottom View ~\°2 [ *ELECTRICAL CHARACTERISTICS (25°C unless otherwise noted) CharactenstlC 1-2.
I~ I~ 4 S TA :5' ~ '6' C I, IGSS BVGSS VGS'off) VGS IG Gate Reverse Current Gate-Source Breakdown Voltage Gate-Source Cutoff Voltage Gate Source Voltage Gate Operating Current I.
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! lOSS 9 9" '0.
'10 1;;1- 0 CISS 1'_2 V N ens 13 ~ "Is 111_4 I C '0' 15 1- 'n 16 NF Saturation Drain Current Common-Source Forward Transconductance Common-Source Output Conductdnce Common-Source Input Capacitance Common Source Reverse Transfer Capacitance Common-Source Forward Transconductance Common-Source Output Conductance EqUivalent Short CIrCUIt Input NOise Voltage Spot NOise Figure Characteristic 17 '18 1- 19 I_M A 20 T C 1- H I~I N 22 G 1- 23 "Gl-IG2' IOSSl IOSS2 9f51 91s2 1VGS1-VGS2' A1VGS,-VGS2' AT Differential Gate Current Saturation Dram Current RatiO (Note 1) Transconductance RatiO (Note 1) Differential Gate-Source Voltage Gate-Source Voltage DIfferential Drift INote 21 1'24 19os1-90s2 1 Differential Output Conductance •JEDEC regIstered data NOTES: 1.
Assumes smaller value 1n numerator 2.
Measured at end pOints, TA and TB 2N6902-5 Mon Max -5 -10 -40 ·0.
6 -46 -4 -3 -3 30 500 70 260 5 3 15 2N5906-9 M,n Max -2 -5 -4...


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