U257CHP Search Results

U257CHP Datasheets (2)

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Part	ECAD Model	Manufacturer	Description	Datasheet Type	PDF	PDF Size	Page count
U257CHP		Unknown	Shortform Datasheet & Cross References Data	Short Form	PDF	81.48KB	1
U257CHP		Siliconix	FET Design Catalogue 1979	Scan	PDF	86.64KB	2

U257CHP Datasheets Context Search

Catalog Datasheet	Type	Document Tags	PDF
dual jfet vhf Abstract: u257 siliconix 2N5911-12 2N5912CHP U257 U257CHP U312 U312CHP 2n5911 Siliconix N-Channel JFET Contextual Info: U312 n-channel JFET designed for S Siliconix . Performance Curves NZF See Section 5 • VHF/UHF Common-Gate Amplifiers BEN EFITS • High Power Gain 10 dB Typical at 450 MHz, Common Gate ■ M ixers • Low Noise N F = 3.5 dB Typical at 4 50 MHz ABSOLUTE M A X IM U M R A TIN G S 25°C	OCR Scan	dual jfet vhf u257 siliconix 2n5911-12 2n5912chp +6u257 u257chp u312 u312chp 2n5911 siliconix n-channel jfet	PDF
u257 siliconix Abstract: 2N5912CHP U257 Siliconix Dual N-Channel JFET 2N5911-12 U257CHP U312 U312CHP "N-Channel JFET" 2n5911 Contextual Info: Kl 14-18 H n-channel JFET Siliconix designed f o r . . . Performance Curves NZF See Section 5 • Analog Switches B EN EFITS • ■ Choppers ■ Commutators No Offset or Error Voltages Generated by Closed Switch Purely Resistive High Isolation Resistance from	OCR Scan	u257 siliconix 2n5912chp u257 siliconix dual n-channel jfet +62n5911-12 u257chp u312 u312chp n-channel jfet 2n5911	PDF
2N5911-12 Abstract: 2N5912CHP J210 J211 J212 U257 U312 U312CHP J211 jfet siliconix Siliconix Dual N-Channel JFETs Contextual Info: n-channel JFETs designed f o r . k> H Siliconix Performance Curves NZF See Section 5 • G e n e r a l P u rp ose A m p lifie rs o < - K> BEN EFITS • High Gain G ps = 7000 /¿mho Minimum J211, J212 High Input Impedance IQSS = 100 pA Maximum Cjss = 5 pF Typical	OCR Scan	2n5911-12 2n5912chp j210 j211 +6j212 u257 u312 u312chp j211 jfet siliconix siliconix dual n-channel jfets	PDF
Dual N-Channel JFET Abstract: u257 2n5911 u257 siliconix 2N5911-12 2N5912CHP U257CHP U312 U312CHP sae 1979 Contextual Info: U257 matched dual n-channel JFET designed for . S S ilic o n ix . Performance Curves NZF See Section 5 • W ideband Differential Amplifiers B E N E F IT S • High Gain through 100 M Hz gfs = 5000 jumho Minimum • Matching Characteristics Specified TO -78	OCR Scan	dual n-channel jfet u257 2n5911 u257 siliconix +62n5911-12 2n5912chp u257chp u312 u312chp sae 1979	PDF
2N5911-12 Abstract: 2N5911 u257 2N5912CHP U257CHP U312 U312CHP Contextual Info: NZF GATE ALSO BACKSIDE CONTACT n-channel JFET designed far . . . B S ilic o n ix • High Frequency Amplifiers B E N E F IT S: ■ Mixers • High Power Gain ■ Oscillators • Low Input Capacitance TYPE PACKAGE P R IN C IP A L D E V IC E S Single TO-52 TO-78	OCR Scan	2n5911-12 u440-41 u312chp 2n5912chp +4u257chp 2n5911 u257 u312	PDF
K212 jfet Abstract: K212-18 Siliconix Dual N-Channel JFETs 2N5911-12 2N5912CHP K211-18 U257 U257CHP U312 U312CHP Contextual Info: I Cl n-channel JFETs designed fo r d s S . Silicon ix Performance Curves NZF See Section 5 • G en eral Purpose A m plifiers B EN EFITS I • High Gain G ps = 7000 ¿imho Minimum K 211-18, K212-18 High Input Impedance I q SS = 100 pA Maximum c iss = 5 pF Typical	OCR Scan	k211-18 k212-18 k212 jfet siliconix dual n-channel jfets +62n5911-12 2n5912chp u257 u257chp u312 u312chp	PDF
2N5911-12 Abstract: 2N5912CHP U257 U257CHP U312 U312CHP Contextual Info: J300 B n -c h a n n e l JFE Ts designed fo r . . . sl i l i e o n i x f t IZF nance Curves N «lion 5 BEN EFI1 s • VHF/UHF Amplifiers ■ Oscillators ■ M ixers • Highp awer Gain 2 0 - -23 dB Typical at 10C MHz, con imon-Source 1 7 r5—20 .5 dB Typical at 100 MHz,	OCR Scan	2n5911-12 2n5912chp u257 u257chp +2u312 u312chp	PDF
e304 fet Abstract: JFET TRANSISTOR REPLACEMENT GUIDE j201 bfq13 e420 dual jfet JFET TIS88 Siliconix FET Design Catalog E112 jfet jfet e300 BFW10 JFET 2N3686 Contextual Info: January 1986 Small-Signal FET Data Book Slliconix incorporated reserves the right to make changes in the circuitry or specifications at any time without notice and assumes no responsibility for the use of any circuits described herein and makes no representations that	OCR Scan	k28742 44449silxhx e304 fet jfet transistor replacement guide j201 +8bfq13 e420 dual jfet jfet tis88 siliconix fet design catalog e112 jfet jfet e300 bfw10 jfet 2n3686	PDF
U257 Abstract: 2N5911-12 2N5912 2N5912CHP U312 U312CHP Siliconix Dual N-Channel JFETs Contextual Info: • • Performance Curves NZF See Section 5 • BENEFITS • High Gain through 100 MHz gfs > 5000 ¿¿mho • Matching Characteristics Specified • Wideband D ifferential Amplifiers 2N5912 designed fo r H S ilic o n ix 2N5911 matched dual n-channel JFETs	OCR Scan	u257 2n5911-12 2n5912 2n5912chp +3u312 u312chp siliconix dual n-channel jfets	PDF
J114 Abstract: 2N5911-12 2N5912CHP U257 U257CHP U312 U312CHP Dual N-Channel JFET Contextual Info: n-channel JFET designed for Siliconix Performance Curves NZF See Section 5 • A nalog Switches B EN EFITS • • B • • ■ Choppers ■ Commutators No Offset or Error Voltages Generated by Closed Switch Purely Resistive High Isolation Resistance from	OCR Scan	j114 2n5911-12 2n5912chp u257 +4u257chp u312 u312chp dual n-channel jfet	PDF
Siliconix JFET Dual Amplifiers Abstract: 2N5911-12 2N5912CHP U257 U257CHP U312 U312CHP u257 siliconix Contextual Info: n-channel JFET designed fo r B . Siliconix Performance Curves NZF See Section 5 • VH F/U H F A m plifiers B EN EFITS • High Power Gain 22 dB Typical at 100 M Hz Common-Source 17 dB Typical at 100 M Hz Common-Gate ■ Oscillators I M ixers • Low Noise	OCR Scan	siliconix jfet dual amplifiers 2n5911-12 2n5912chp u257 +4u257chp u312 u312chp u257 siliconix	PDF