SC1131 Search Results

Contextual Info: ¿ ^ S E M | J T E C H COMBINATION SWITCHING CONTROLLER AND LOW DROPOUT REGULATOR April 8, 1998 SC113X TEL805-498-2111 FAX:805-498-3804 WEB:http://www.semtech.com DESCRIPTION FEATURES The SC1131/2/3/4 incorporates a high current low dropout linear regulator section together with a

Contextual Info: SC11313/SC11314 Programmable Sinewave/Squarewave Generator 'V ' SIERRA SEMICONDUCTOR □ □ □ □ P ro g ra m m in g freq u en cy from D C to 3 .5 K H z w ith ±0.1 dB am p litu d e a tten u a tio n G a in e rro r— ± 1 .0 d B H arm o n ic d isto rtio n — 45 dB

SC1133CT

Abstract: SC1131 SC1134 SC113X TO-220 3 lead bend TO220VS SC1132CT
Contextual Info: COMBINATION SWITCHING CONTROLLER AND LOW DROPOUT REGULATOR PRELIMINARY - October 2, 1997 SC113X TEL:805-498-2111 FAX:805-498-3804 WEB:http://www.semtech.com DESCRIPTION FEATURES The SC1131/2/3/4 incorporates a high current low dropout linear regulator section together with a

8255 intel microprocessor block diagram

Abstract: SC1133CT TO 220 PACKAGE WITH 4 PIN pin diagram of 8255 microprocessor L-021 cyrix m2 SC1132CT
Contextual Info: ^ n V T F T "P I ^ L iV A l U TEL: 805-498-2111 PRELIMINARY - April 1997 DESCRIPTION: FEATURES: The SC1131/2/3 incorporates a high current Low Dropout Linear Regulator section together with a Switching Buck Mode Controller. This unique combination is well suited for high current low voltage

SC11319

Abstract: sc11319cn
Contextual Info: PRELIMINARY SC11319 Telephone Line Equalizer With Programmable Gain/Loss Circuit 'V ” SIERRA SEMICONDUCTOR FEATURES 14-PIN DIP PACKAG E □ T elephone Line Equalizer with adjustable slope, height and bandw idth □ 6 0 H z rejection filter □ O n-chip continuous anti­

squarewave generator

Abstract: D2900 4th-order switch-capacitor notch filter
Contextual Info: >11^ SIERRA SEMICONDUCTOR SC11315/SC11316/SC11317 Programmable Sinewave/Squarewave Generator The Programmable Sine/Squarewave Generator is a 8 / 14/20-pin 5 V /10 V integrated circuit. It uses switch-capacitor filter design tech­ niques to attenuate the harmonic

Contextual Info: SC11310 PGLC Programmable Gain/Loss Circuit V SIERRA SEMICONDUCTOR □ □ □ □ 28-P IN PLCC PACKAGE □ M onotonie g a in /lo s s setting kH z large signal and 1.5 M H z sm all signal ban dw idth for gain of + 2 5 .5 dB -6 0 dB total h arm onic d istortion

Contextual Info: y iV SC11310 PGLC Programmable Gain/Loss Circuit V ' SIERRA SEMICONDUCTOR □ Gain adjustable from -25.5 to +25.5 dB in steps of 0.1 dB □ 0.05 dB g ain /lo ss error □ G ain /lo ss setting via parallel, serial and through interfaces □ T w o m o d esfo rg a in /lo ssv alu e s

1000uf

Abstract: P55 MOSFET SC1133CT SC1131 TO-220 3 lead bend TO-220-SB T50-52D
Contextual Info: SC113X Combination Switching Controller and Low Dropout Regulator POWER MANAGEMENT Description Features u u u u u u The SC1131/2/3/4 incorporates a high current low dropout linear regulator section together with a switching voltage-mode controller. This unique combination is well suited for high current low voltage power supply applications such as the Intel PentiumTM P55, AMD

SC11310

Abstract: SC11310CN SC11310cv
Contextual Info: SC11310 PGLC Programmable Gain/Loss Circuit V SIERRA SEMICONDUCTOR 28-PIN P L C C PACKAGE 20-PIN DIP PACKAGE □ G ain adjustable from -2 5 .5 to + 2 5 5 dB in steps of 0.1 dB □ 0.05 dB g a in /lo ss error □ G a in /lo ss setting via parallel, serial and through interfaces

Contextual Info: SC11319 Telephone leiepnone Line Equalizer tqi With Programmable Gain/ Loss Circuit o SIERRA SEMICONDUCTOR □ □ □ 14-PIN DIP PACKAQE □ T w o m odes fo r g a in /lo s s T elep h o n e L in e Eq u alizer w ith ad ju stab le slope, h eig h t and ban d w id th

SC11011CV

Abstract: SC11006CN 741 ic SC11046CN 14 pin ic dip SC11211CN SC11026CN SC11402CN sc11007cn sc11016cn
Contextual Info: Product Number/Physical Dimension Cross Reference Product Number Package No. Type Pins Page No. Product Number Package No. Type Pin* Page No. Produci Number Package No. Type Pins Page No. SC11000CN DIP 24 737 SC11033CV PLCC 28 741 SC11314CN DIP 8 S C 11001CN

SC11310CN

Contextual Info: 1110319 REPLACE SIERRA SC11310CN WITH MICROLINEAR ML2009CP FEATURES: • Allows drop in replacement of obsolete chip. SPECIFICATIONS: •Female socket material is black UL 94V-0 Glass-filled 4./ Nylon 170°C continuous use temp. • PCB is FR-4,.062 [1.56] or .094 [2.39] thick.

SC11310

Contextual Info: SC11310 PGLC Programmable Gain/Loss Circuit 'V ' ¡IERRA SEMICONDUCTOR □ Gain adjustable from -25.5 to +25.5 dB in steps of 0.1 dB □ 0.05 dB g ain /lo ss error □ G ain/loss setting via parallel, serial and through interfaces □ T w o m o d esfo rg a in /lo ssv alu e s

ASTM-B16-85

Contextual Info: 1110319 REPLACE SIERRA SC11310CN WITH MICROLINEAR ML2009CP FEATURES: • Allows drop in replacement of obsolete chip. SPECIFICATIONS: •Female socket material is black UL 94V-0 Glass-filled 4./ Nylon 170°C continuous use temp. • PCB is FR-4,.062 [1.56] or .094 [2.39] thick.

squarewave generator

Abstract: SC11314 SC11313CN SC11313 SC11313/SC11314
Contextual Info: SC11313/SC11314 Programmable Sinewave/Squarewave Generator SIERRA SEMICONDUCTOR □ Programming frequency from DC to 3.5 KHz with ±0.1 dB amplitude attenuation □ Gain error—±1.0dB □ Harmonic distortion—45 dB □ On chip crystal oscillator □ No external com ponents

SC-1230

Abstract: SC-2231 SC1110 SC-1211W SC-1010W SC-1010WB SC123 SC-1130 SC-2111W rotary switches RC Series
Contextual Info: COPAL ELECTRONICS ROTARY CODED SWITCHES SC-1000/2000 INTERNAL STRUCTURE SC-1000 / 2000 series RoHS compatible 1 4 3 2 6 7 • FEATURES ● Lead-free soldering ● Fine click with metallic spring ● Low profile of 3.9 mm makes perfect for high density board mounting applications

Contextual Info: SEMTECH JJJrJ — COMBINATION SWITCHING CONTROLLER AND LOW DROPOUT REGULATOR April 8, 1998 SC113X TE L805-498-2111 FAX:805-498-3804 W E B :http://www.semtech.com DESCRIPTION FEATURES The SC 1131/2/3/4 incorporates a high current low dropout linear regulator section together with a

SC-1030

Abstract: SC-1010TB SC-2210TB SC-1030w SC-2011W SC-2131 SC-2010WB SC1000 SC-1030TB SC-2231W
Contextual Info: COPAL ELECTRONICS ROTARY CODED SWITCHES SC-1000/2000 INTERNAL STRUCTURE SC-1000 / 2000 series RoHS compliant 1 4 3 2 6 7 5 Part name Material Flammability Polyphenylenesulphide UL-94V-0 Stainless SUS 301 — Silicone rubber UL-94HB Rotor : Polyamide Pattern : Copper alloy, Gold-plated

SC1129

Abstract: SC11095 SC11270 SC11204
Contextual Info: SIERRA SEMI CONDUCTOR CORP M7E D • Ö24S01D OOOGTVS 7 ■ SSC FU N CTIO N A L INDEX—Data Com m unication Pro d u cts T*75*3& *^0 TYPE OF PRODUCT PRODUCT N U M BER 300 bps Modems SC11002CN /CM Bell 103 Com patible +5 Volts 15 SC11003CN /CM Sam e as SC11002, 5 Volt Only

Contextual Info: y iV SC11330 4-Wire Loopback Circuit W SIERRA SEMICONDUCTOR SC11330 1 6 -P IN D IP PA CK A G E FE A TU R E S □ 2.048, 3.579 or 6.144 MHz clock input or crystal □ 1.5, 4.0 or 20.0 minute timeout select □ 16-pin DIP package i SC11330CN G E N E R A L D E S C R IP T IO N

SC-1010TB

Abstract: SC10-10 SC-2211 SC-2011W SC-1010B SC-2030B SC-1030B SC-1010W SC-1231 SC-1030
Contextual Info: 鉛フリー対応薄型（３.９ mm） １０mm角 スルーホールピン/SMD ロータリコードスイッチ ROTARY CODED SWITCHES SC-1000/2000 内部構造図 INTERNAL STRUCTURE SC-1000 / 2000 series RoHS 指令対応 RoHS compliant 1 ス イ

SC-2031

Contextual Info: COPAL ELECTRONICS ROTARY CODED SWITCHES SC-1000/2000 INTERNAL STRUCTURE SC-1000 / 2000 series RoHS compliant 1 4 3 2 6 7 •FEATURES ● RoHS compliant ● Fine click with metallic spring ● Low profile of 3.9 mm makes perfect for high density board mounting applications

220v AC voltage stabilizer schematic diagram

Abstract: BA 49182 RJh 3047 rjh 3047 equivalent a1458 opto philips ecg master replacement guide MOSFET, rjh 3077 sc1097 philips ecg semiconductors master replacement guide Electronic ballast 40W using 13005 transistor
Contextual Info: QUICK INDEX NEW IN THIS ISSUE! Detailed Index - See Pages 2-6 Fiber Optic Connectors and Accessories . . . . . . . . . . . See Page 121 Connectors, Cable Assemblies, IC Sockets . . . . . . . . . . . 10-122 Fiber Optic Cable, Connectors, and Accessories . . . . . . See Pages 118-122