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    ECG 100 TRANSISTOR Search Results

    ECG 100 TRANSISTOR Result Highlights (5)

    Part ECAD Model Manufacturer Description Download Buy
    TTC5886A Toshiba Electronic Devices & Storage Corporation NPN Bipolar Transistor / hFE=400~1000 / VCE(sat)=0.22V / tf=120ns Visit Toshiba Electronic Devices & Storage Corporation
    TTA2097 Toshiba Electronic Devices & Storage Corporation PNP Bipolar Transistor / hFE=200~500 / VCE(sat)=-0.27V / tf=60ns Visit Toshiba Electronic Devices & Storage Corporation
    XPQR8308QB Toshiba Electronic Devices & Storage Corporation N-ch MOSFET, 80 V, 350 A, 0.00083 Ω@10V, L-TOGL Visit Toshiba Electronic Devices & Storage Corporation
    XPQ1R00AQB Toshiba Electronic Devices & Storage Corporation N-ch MOSFET, 100 V, 300 A, 0.00103 Ω@10V, L-TOGL Visit Toshiba Electronic Devices & Storage Corporation
    TK190U65Z Toshiba Electronic Devices & Storage Corporation MOSFET, N-ch, 650 V, 15 A, 0.19 Ohm@10V, TOLL Visit Toshiba Electronic Devices & Storage Corporation

    ECG 100 TRANSISTOR Datasheets Context Search

    Catalog Datasheet MFG & Type PDF Document Tags

    TRANSISTOR REPLACEMENT ECG

    Abstract: ECG Semiconductors transistor 171 DO-40 diode ECG190 ECG1906
    Text: PHILIPS E C G INC ECG Semiconductors 17E ECG 1902, ECG1906, ECG 1908 / 3-Terminal, Positive Fixed V R .200 ' Features • Output current of 100 m A • Internal thermal overload protection • Output transistor safe area protection • Internal short circuit current limit


    OCR Scan     		PDF ECG1902, ECG1906, ECG1908 T--58--11--13 TRANSISTOR REPLACEMENT ECG ECG Semiconductors transistor 171 DO-40 diode ECG190 ECG1906

    TRANSISTOR REPLACEMENT ECG 130

    Abstract: ECG950 ECG988 ECG977
    Text: PHILIPS E C G INC 17E fj • bbSBTSfl G0G44D7 1 ' ECG ECG950, ECG951, ECG977, ECG981, ECG988 3-Terminal Positive Voltage Regulator Sem iconductors .200 " - 5.08 -1 Features • Output current of 100 m A • Internal thermal overload protection • Output transistor safe area protection


    OCR Scan     		PDF G0G44D7 T--58--11--13 ECG961 ECG969 ECG950, ECG951, CG977 ECG981/ECG988 TRANSISTOR REPLACEMENT ECG 130 ECG950 ECG988 ECG977

    TRANSISTOR REPLACEMENT ECG 250

    Abstract: ECG976
    Text: PHILIPS E C G INC 17E ECG Semiconductors ECG976 OPERATIONAL AMPLIFIER FEATURES! 4 • OFFSET VOLTAGE 3 mV MAXIMUM OVER TEMPERATURE • INPUT CURRENT 100 nA MAXIMUM OVER TEMPERATURE • OFFSET CURRENT 20 nA MAXIMUM OVER TEMPERATURE. • GUARANTEED DRIFT CHARACTERISTICS


    OCR Scan     		PDF bb5312fl ECG976 ECG976 TRANSISTOR REPLACEMENT ECG 250

    ECG946

    Abstract: ECG944
    Text: PHILIPS E C G INC ECG@ Semiconductors 17E 0 • T—58—11—13 ECG946 POSITIVE VOLTAGE REGULATOR -l.252" 3l.80 M A Xr Electronic "Shut-Down" Control and Short-Circuit Protection Excellent load Regulation(LowOutput Impedance • 20milliohms typ from dc to 100 kHz)


    OCR Scan     		PDF ECG946 T--58--11--13 ECG946 20milliohms ECG944

    TRANSISTOR REPLACEMENT ECG

    Abstract: ECG976 ECG97 transistor ECG 65 "matched transistor" KSI 13 transistor wmv
    Text: P H ILIPS 17E E C G INC ECG Sem ico nd ucto rs b h S BT Sa ECG976 OPERATIONAL AMPLIFIER FEATURES! • • • • OFFSET VOLTAGE 3 mV MAXIMUM OVER TEMPERATURE INPUT CURRENT 100 nA MAXIMUM OVER TEMPERATURE OFFSET CURRENT 20 nA MAXIMUM OVER TEMPERATURE. GUARANTEED DRIFT CHARACTERISTICS


    OCR Scan     		PDF OOQ4M71 ECG976 ECG976 ECG97Ã TRANSISTOR REPLACEMENT ECG ECG97 transistor ECG 65 "matched transistor" KSI 13 transistor wmv

    ECG1900

    Abstract: ECG190
    Text: 17E PHILIPS E C G INC bbS3T2a ooosboa s T—58—11—23 ECG Sem iconductors ECG1900 Positive VR, 3 Terminal, Adjustable .200 " Features • Output current 100 m A • Output adjustable between 1.2 V and 37 V • Internal thermal overload protection • Internal short-circuit current limiting


    OCR Scan     		PDF T--58--11--23 ECG1900 ECG1900 ECG190

    ECG861

    Abstract: ecg jfet
    Text: P H IL I P S E C G INC 17E ECG • ^53=120 000S03Ô 1 ■ 7 '- ^ / - / / ECG861 Quad Single Pole Analog Sw Sem iconductors Features • Analog signals are not loaded • Constant "O N " resistance for signals up to ±10 V and 100 kHz • Sm all signal analog signals to 50 MHz


    OCR Scan     		PDF 000S03Ã ECG861 ECG861 ecg jfet

    ecg voltage regulator 3v

    Abstract: ECG190 ECG1901
    Text: PHILIPS E C G INC 17E ECG 1^53^50 0005L.14 Ü ECG1901 Negative VR, 3 Terminal, Adjustable Se m ico n d u cto rs .200" Features • Adjustable output down to 1.2 V • 100 m A output current • Line regulation typically 0.01%/V • Load regulation typically 0.1*/«


    OCR Scan     		PDF 0005L ECG1901 ECG1901 ecg voltage regulator 3v ECG190

    diode Kl04

    Abstract: No abstract text available
    Text: P H I L IP S E C G INC 17 E ECG Sem iconductors 0 • ^ 53=123 000503 A 1 ■ 7 '- ^ / - / / ECG861 Quad Single Pole Analog Sw Features • Analog signals are not loaded • Constant "ON" resistance for signals up to ±10 V and 100 kHz • Small signal analog signals to 50 MHz


    OCR Scan     		PDF ECG861 0S047 ECG861 diode Kl04

    ECG832

    Abstract: FSK DEcoder
    Text: PHILIPS E C G INC 17E D ECG • ^ 5 3 ^ 2 0 Q0D43Dt. L, ■ ECG832 Tone Decoder S e m ic o n d u c to rs • Features • 20 to 1 frequency range w ith an exter­ nal resistor • Logic compatible output w ith 100 mA current sinking capability • Bandwidth adjustable from 0 to 14%


    OCR Scan     		PDF Q0D43Dt. ECG832 ECG832 FSK DEcoder

    transistor ECG 152

    Abstract: Bt 2313 transistor outlines transistor ecg36 TRANSISTOR ecg 379 ECG157 123AP transistor ECG 332 Philips ECG 152 ECG 3041
    Text: PHILIP S E C 6 INC S4E D Transistors cont d ECG Type ECG36 NPN-Si, Pwr Amp, Hi Speed ECG36MP* Switch (Compì to ECG37) MECG bbS3TSfl DDD714b (Maximum Ratings at Tc = 25°C Unless Otherwise Noted) Collector To Base Volts b v Cbo Description and Application


    OCR Scan     		PDF DDD714b ECG36 ECG36MP* ECG37) T48-1 ECG37 ECG37MCP ECG36) ECG36 ECG37 transistor ECG 152 Bt 2313 transistor outlines transistor ecg36 TRANSISTOR ecg 379 ECG157 123AP transistor ECG 332 Philips ECG 152 ECG 3041

    transistor ecg36

    Abstract: transistor ECG 152 TRANSISTOR ecg 379 transistor. ECG 123AP transistor ECG 332 ecg 126 transistor TRANSISTOR ECG 69 TRANSISTOR Outlines ecg 123 transistor transistor pnp ecg 180
    Text: PHILIP S E C 6 INC S4E D Transistors cont d ECG Type Description and Application ECG36 NPN-Si, Pwr Amp, Hi Speed ECG36MP* Switch (Compì to ECG37) • bbS3TSfl DDD714b MECG (Maximum Ratings at Tc = 25°C Unless Otherwise Noted) Collector To Base Volts b v Cbo


    OCR Scan     		PDF DDD714b ECG36 ECG36MP* ECG37) T48-1 ECG37 ECG37MCP ECG36) ECG36 ECG37 transistor ecg36 transistor ECG 152 TRANSISTOR ecg 379 transistor. ECG 123AP transistor ECG 332 ecg 126 transistor TRANSISTOR ECG 69 TRANSISTOR Outlines ecg 123 transistor transistor pnp ecg 180

    transistor pnp ecg 180

    Abstract: Transistor 123AP 123AP transistor BU 102A transistor fet ecg transistor. ECG 123AP 4511 gm Bt 2313 transistor t18 FET ecg 123 transistor
    Text: PHILIPS E C G INC S4E D Transistors icont'd ECG Type D escription and A p plicatio n • bbSBTEfl DDDTIH? &12 ■ E C G Maximum Ratings at T c = 25°C Unless Otherwise Noted) C ollector To Base V olts C ollector To E m itter V olts Base to E m itter V olts


    OCR Scan     		PDF GGG71H7 ECG58 ECG59) TB-35 T44-1 ECG59 ECG58) ECG60 transistor pnp ecg 180 Transistor 123AP 123AP transistor BU 102A transistor fet ecg transistor. ECG 123AP 4511 gm Bt 2313 transistor t18 FET ecg 123 transistor

    Bt 2313

    Abstract: Transistor 123AP transistor t18 FET transistor BD 263 transistor ECG 152 transistor ecg 226 123ap Philips ECG 152 ic 2429 ECG24
    Text: PHILIPS E C G INC S4E D Transistors icont'd ECG Type Description and Application • bbSBTEfl DDDTIH? &12 ■ E C G Maximum Ratings at Tc = 25°C Unless Otherwise Noted) Collector To Base Volts b v Cbo Collector To Emitter Volts b v Ceo Base to Emitter Volts


    OCR Scan     		PDF GGG71H7 ECG58 ECG59) TB-35 T44-1 ECG59 ECG58) ECG60 Bt 2313 Transistor 123AP transistor t18 FET transistor BD 263 transistor ECG 152 transistor ecg 226 123ap Philips ECG 152 ic 2429 ECG24

    ECG Cross Reference

    Abstract: transistor ECG128 Philips ECG 152 ECG159 transistor ECG159 ECG2355 NPN pnp MATCHED PAIRS ECG289A ECG184 cross reference ECG157
    Text: PHILIPS E C G INC 54E D Transistors cont'd ECG Type Description and Application • ^53^20 00071b2 OBT « E C G (Maximum Ratings at Tc = 25°C Unless Otherwise Noted) Collector To Base Volts Collector To Emitter Volts Base to Emitter Volts BVc b o BV c e O


    OCR Scan     		PDF 00071b2 ECG2429 ECG2428) OT-89 T20-5 ECG2430 ECG2431 ECG2431 ECG Cross Reference transistor ECG128 Philips ECG 152 ECG159 transistor ECG159 ECG2355 NPN pnp MATCHED PAIRS ECG289A ECG184 cross reference ECG157

    ECG2559

    Abstract: ECG2560 ECG2561 ECG2562 ECG2563 ECG2564 ECG2565 T0-220J ECG2569 ECG2567
    Text: Transistors cont'd ECG Type Description and Application (Maximum Ratings at Tc = 25°C Unless Otherwise Noted) Collector To Base Volts b v CBO Collector To Emitter Volts b v CEO Base to Emitter Volts BVEBO Max. Collector Current l£ Amps Max. Device Diss. Pn


    OCR Scan     		PDF ECG2559 ECG2560) T48-3 ECG2560 ECG2559) ECG2561 O-220 ECG2562 ECG2563) ECG2563 ECG2564 ECG2565 T0-220J ECG2569 ECG2567

    IGBT

    Abstract: ECG3320 transistors IGBT igbt types ECG3321 TR-06
    Text: In su lated G ate B ipolar Transistors IGBT ECG Type Description ECG 3300 IGBT, N-Ch, A Enhancem ent Collector DC to Emitter Collector Voltage Current Iq V CES A mps 400 10 Gate to Emitter Cutoff Voltage VGE(th) Gate to Emitter Voltage V GES ±25 Collector to


    OCR Scan     		PDF ecg3300 O-220J T41-1 ecg3301 ecg3302 ecg3303 T48-2 ecg3321 ecg3322 ecg3323 IGBT ECG3320 transistors IGBT igbt types TR-06

    ECG123AP

    Abstract: transistor ECG128 transistor ECG123 ECG123 ECG130 ECG153 ECG159 ECG121 ECG154 ecg127
    Text: PHILIPS E C G INC 54E D Transistors cont'd ECG Type Description and Application • bbSBRSfi 00D714T b^S ■ECfi (Maximum Ratings at Tc = 25°C Unless Otherwise Noted) Collector To Base Volts b v CBO Collector To Emitter Volts b vCEO Base to Emitter Volts


    OCR Scan     		PDF GGG7141 ECG107 ECG108 ECG121 ECG121MP* ECG123 ECG159 ECG159MCP ECG123AP) ECG123AP ECG123AP transistor ECG128 transistor ECG123 ECG130 ECG153 ECG154 ecg127

    MS 600 35

    Abstract: ECG3300 ECG3320 ECG3322 ECG3303 IGBT 200 A ECG3311 TR IGBT tr06 ECG3301
    Text: Insulated Gate Bipolar Transistors IGBT ECG Type Description Collector DC to Emitter Collector Voltage Current Iq V CES A mps E C G 3 3 00 IGBT, N-Ch A Enhancement 400 10 Gate to Emitter Cutoff Voltage v GE(th) Gate to Emitter Voltage V G ES ±25 Collector to


    OCR Scan     		PDF ECG3300 O-220J T41-1 ECG3301 ECG3302 ECG3303 ECG3320 T48-2 ECG3321 ECG3322 MS 600 35 IGBT 200 A ECG3311 TR IGBT tr06

    ECG188

    Abstract: ECG184 TO202N ECG172A transistor pnp ecg 182 ECG162 ECG176 ECG164 ECG175 ECG187A
    Text: Transistors cont'd ECG Type ECG162 (Maximum Ratings at Tc = 25°C Unless Otherwise Noted) Collector To Base Volts Description and Application Collector To Emitter Volts b v CEO b v CBO Base to Emitter Volts b v EBO Max. Collector Current lc Amps Max. Device


    OCR Scan     		PDF ECG162 ECG163A ECG164 ECG165 ECG171 O-202 ECG172A ECG192A ECG193A) T-16HS ECG188 ECG184 TO202N transistor pnp ecg 182 ECG176 ECG175 ECG187A

    ecg123A

    Abstract: ECG123AP transistor ECG123a transistor ECG123 ECG159 transistor ECG128 ECG107 ECG123 ECG130 ECG153
    Text: Transistors cont'd ECG Type ECG107 Description and Application (Maximum Ratings at T c = 25°C Unless Otherwise Noted) Collector To Base Volts b v CBO Collector To Emitter Volts b v CEO NPN-Si, UH F/VH F Am p, Osc, Vlix, IF Am p 35 ECG108 NPN-Si, R F /IF /V ideo Am p,


    OCR Scan     		PDF ECG107 ECG108 ECG121 ECG121MP* ECG123 ECG123A ECG123AP ECG159 ECG160 ECG161 ECG123AP transistor ECG123a transistor ECG123 ECG159 transistor ECG128 ECG130 ECG153

    ECG342

    Abstract: ECG333 PACKAGE ECG340 ECG348 ECG328 NPN RF Transistor ECG327 ECG332 T42A ECG323
    Text: Transistors cont'd ECG Type ECG324 Description and Application (Maximum Ratings at Tc = 25°C Unless Otherwise Noted) Collector To Base Volts Collector To Emitter Volts SVcBO b v Ce o Base to Emitter Volts b v EBO Max. Collector Current Iq Amps NPN-Si, AF Pwr Amp


    OCR Scan     		PDF ECG324 ECG323) ECG325 RF-38S ECG326 ECG328 ECG329 ECG347 RF-38SM ECG348 ECG342 ECG333 PACKAGE ECG340 NPN RF Transistor ECG327 ECG332 T42A ECG323

    ECG123AP

    Abstract: transistor ECG123 ECG159 transistor ECG128 ECG152 ECG128 ECG157 transistor ECG123a ECG123 ECG123A
    Text: Transistors cont'd ECG Type ECG107 ECG108 ECG121 Description and Application (Maximum Ratings at T c = 25°C Unless Otherwise Noted) Collector To Base Volts bvCBO Collector To Emitter Volts bvCEO Base to Emitter Volts BVEbo 5 Max. Collector Current lc Amps


    OCR Scan     		PDF ECG107 ro-92 ECG108 ECG121 ECG121MP* ECG123 ECG123A O-220 ECG154 ECG123AP transistor ECG123 ECG159 transistor ECG128 ECG152 ECG128 ECG157 transistor ECG123a

    ECG123AP

    Abstract: ECG159 transistor ECG128 ECG128 ecg123A ECG123 ECG152 ECG127 transistor ECG123 transistor ECG123a
    Text: Transistors cont'd ECG Type ECG107 Description and Application (Maximum Ratings at Tc = 25°C Unless Otherwise Noted) Collector To Base Volts Collector To Emitter Volts Base to Emitter Volts b v CBO b v CEO b v Eb o NPN-Si, UHF/VHF Amp, Osc, Vlix, IF Amp


    OCR Scan     		PDF ECG107 ro-92 ECG108 ECG121 ECG121MP* ECG123 ECG123A ECG159 ECG159MCP ECG123AP transistor ECG128 ECG128 ECG152 ECG127 transistor ECG123 transistor ECG123a