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    FET T60 Search Results

    FET T60 Result Highlights (5)

    Part ECAD Model Manufacturer Description Download Buy
    AD8224ACPZ-WP Analog Devices Dual Channel FET Instrumentati Visit Analog Devices Buy
    AD820ARMZ-R7 Analog Devices FET INPT, SINGLE SPLY AMP Visit Analog Devices Buy
    ADA4817-1ARDZ-R7 Analog Devices High Speed FET Input Amp Visit Analog Devices Buy
    AD8220WARMZ-RL Analog Devices FET Input Instrumentation Ampl Visit Analog Devices Buy
    AD8220BRMZ-RL Analog Devices FET Input Instrumentation Ampl Visit Analog Devices Buy

    FET T60 Datasheets Context Search

    Catalog Datasheet MFG & Type PDF Document Tags

    smd transistor 712

    Abstract: smd code marking NY T6020
    Text: SURFACE MOUNT T package VOLTAGE CONTROLLED CRYSTAL OSCILLATORS HCMOS/TTL 5V T6020, T6021 5 x 7 mm Surface Mount Industrial: -40º to +85ºC 3 MHz to 45 MHz GUARANTEED CAPTURE RANGE/ABSOLUTE PULL RANGE Guaranteed Capture Range GCR and Absolute Pull Range (APR) are terms often used interchangeably.


    Original     		PDF T6020, T6021 T6020 smd transistor 712 smd code marking NY T6020

    "Voltage Controlled Oscillators"

    Abstract: T6020
    Text: SURFACE MOUNT T6020, T6021 VOLTAGE CONTROLLED OSCILLATORS HCMOS, -40° to +85°C Surface Mount, 5V Extended Temp Surface Mount VCXOs, 5V 3 MHz to 45 MHz Industrial temperature -40°C to 85°C thru-hole VCXOs are available in a variety of off-the-shelf models. These


    Original     		PDF T6020, T6021 NY10801 "Voltage Controlled Oscillators" T6020

    dc to dc converters schematic diagram with LM358

    Abstract: 1500UF CS12 IRLR024N LM358 SC1157 SC1157CS SC1158 Si4410 T60-52
    Text: SC1157 Programmable Synchronous DC/DC Controller for Advanced Processors POWER MANAGEMENT Description Features u u u u u The SC1157 is a low-cost, full featured, synchronous voltage-mode controller designed for use in single ended power supply applications where efficiency is of primary


    Original     		PDF SC1157 SC1157 SC1157CS LM358 16AWG T60-52 SO-16 dc to dc converters schematic diagram with LM358 1500UF CS12 IRLR024N LM358 SC1157CS SC1158 Si4410 T60-52

    dc to dc converters schematic diagram with LM358

    Abstract: lm358 frequency duty cycle Si4410 LM358 oscillator 1500UF lm358 current sense SC1158CS CS12 IRLR024N LM358
    Text: SC1158 Programmable Synchronous DC/DC Controller for Advanced Processors POWER MANAGEMENT Description Features u u u u u The SC1158 is a low-cost, full featured, synchronous voltage-mode controller designed for use in single ended power supply applications where efficiency is of primary concern.


    Original     		PDF SC1158 SC1158 SC1158CS LM358 16AWG T60-52 SO-16 dc to dc converters schematic diagram with LM358 lm358 frequency duty cycle Si4410 LM358 oscillator 1500UF lm358 current sense SC1158CS CS12 IRLR024N LM358

    smd w70 diode

    Abstract: delta inverter hed55xxu12 A302 w9 BA41-00727A NB8M LTN121W1-L03-G BA41-00728A NH82801HBM UJ-850
    Text: Main System Location Level SEC Code Name Description Qt'y SA/SNA T7100 1.8GHz .1 0902-002196 IC-MICROPROCESSOR 1 SA T7300(2.0GHz) .1 0902-002197 IC-MICROPROCESSOR


    Original     		PDF T7100 T7300 T7500 T7700 512X2) AU10U JACK-IEEE1394 AU30U IEEE1394 smd w70 diode delta inverter hed55xxu12 A302 w9 BA41-00727A NB8M LTN121W1-L03-G BA41-00728A NH82801HBM UJ-850

    psr16c30

    Abstract: PSR16C PSR16C30CT PSR-16C micrometals t60-52 PHILIPS capacitors 1000uf 300v photron diode pentium 4 microprocessor circuit diagram layout diagram of microprocessor non electrolytic capacitor esl esr
    Text: POWERING INTEL'S PENTIUM II MICROPROCESSOR March 11, 1998 AN97-1 TEL:805-498-2111 FAX:805-498-3804 WEB:http://www.semtech.com Powering Intel's Pentium II Microprocessor using the SC1151CS and the MP60-F VRM Introduction Modern microprocessors demand more and more


    Original     		PDF AN97-1 SC1151CS MP60-F 16935F SC1151 16935F 300mA psr16c30 PSR16C PSR16C30CT PSR-16C micrometals t60-52 PHILIPS capacitors 1000uf 300v photron diode pentium 4 microprocessor circuit diagram layout diagram of microprocessor non electrolytic capacitor esl esr

    INCAP LIMITED CAPACITORS

    Abstract: sanyo capacitor 1000uf 25v 150a PWM schematic diagram 12v DC HIP6001 papst-motoren sanyo capacitor 1000uf 6.3V 1000UF 20V CAPACITOR 10kw dc-dc JOLO SPCJ-123-01 fluke 8050a
    Text: ISL6558EVAL1 - Multi-Phase Power Conversion For Routers and PC Peripherals Up To 100A Application Note November 2002 AN1029.2 Author: Chun Cheung, Ross O. Staffhorst Abstract This application note highlights design considerations for a 150W power supply using Intersil’s ISL6558 Four-Phase Controller and


    Original     		PDF ISL6558EVAL1 AN1029 ISL6558 HIP6601B HIP6601B. INCAP LIMITED CAPACITORS sanyo capacitor 1000uf 25v 150a PWM schematic diagram 12v DC HIP6001 papst-motoren sanyo capacitor 1000uf 6.3V 1000UF 20V CAPACITOR 10kw dc-dc JOLO SPCJ-123-01 fluke 8050a

    papst-motoren

    Abstract: HIP6001 JOLO SPCJ-123-01 72w SOT23 AN10293 ISL6558EVAL1Z x178 fluke 8050a AN1029 10mf 16v 0603
    Text: Application Note 1029 Author: Chun Cheung, Ross O. Staffhorst ISL6558EVAL1Z - Multi-Phase Power Conversion For Routers and PC Peripherals Up To 100A Abstract This application note highlights design considerations for a 150W power supply using Intersil’s ISL6558 4-Phase


    Original     		PDF ISL6558EVAL1Z ISL6558 ISL6612A ISL6612A. AN1029 papst-motoren HIP6001 JOLO SPCJ-123-01 72w SOT23 AN10293 x178 fluke 8050a 10mf 16v 0603

    85N03

    Abstract: PWM Power Supplies eeufj toroidal choke 40N03
    Text: NCP5209 4−In−1 PWM Buck and Tri−Linear Power Controller The NCP5209 4−In−1 PWM Buck and Tri−Linear Power Controller is a complete ACPI compliant power solution for MCH and DDR memory. This IC combines the high efficiency of a PWM controller for the VDDQ supply with the simplicity of linear regulator for the


    Original     		PDF NCP5209 NCP5209/D 85N03 PWM Power Supplies eeufj toroidal choke 40N03

    PWM Power Supplies

    Abstract: 40N03
    Text: NCP5209 4−In−1 PWM Buck and Tri−Linear Power Controller The NCP5209 4−In−1 PWM Buck and Tri−Linear Power Controller is a complete ACPI compliant power solution for MCH and DDR memory. This IC combines the high efficiency of a PWM controller for the VDDQ supply with the simplicity of linear regulator for the


    Original     		PDF NCP5209 NCP5209/D PWM Power Supplies 40N03

    DPak Package size

    Abstract: 418B-03
    Text: MTB60N05HDL Preferred Device Power MOSFET 60 Amps, 50 Volts, Logic Level N–Channel D2PAK The D2PAK package has the capability of housing a larger die than any existing surface mount package which allows it to be used in applications that require the use of surface mount components with


    Original     		PDF MTB60N05HDL MTB60N05HDL 418B-03 MTB60N05HDLT4 20Semiconductor 20Product 20Catalog MTB05 13-Mar-2002 DPak Package size

    DFN20

    Abstract: 40N03 eeufj EEUFJ0J eeufj* panasonic 0A2A0 505AB A114 A115 NTD85N02R
    Text: NCP5220A 3−in−1 PWM Dual Buck and Linear Power Controller The NCP5220A 3−in−1 PWM Dual Buck and Linear Power Controller, is a complete power solution for MCH and DDR memory. This IC combines the efficiency of PWM controllers for the VDDQ supply and the MCH core supply voltage with the simplicity of linear


    Original     		PDF NCP5220A NCP5220A NCP5220A/D DFN20 40N03 eeufj EEUFJ0J eeufj* panasonic 0A2A0 505AB A114 A115 NTD85N02R

    NTD85N02R

    Abstract: No abstract text available
    Text: NCP5220 3−in−1 PWM Dual Buck and Linear Power Controller The NCP5220 3−in−1 PWM a Dual Buck and Linear Power Controller, is a complete power solution for MCH and DDR memory. This IC combines the efficiency of PWM controllers for the VDDQ supply and the MCH core supply voltage with the simplicity of linear


    Original     		PDF NCP5220 NCP5220 NCP5220/D NTD85N02R

    40n03

    Abstract: 40n0 NTD85N02R
    Text: NCP5220 3−in−1 PWM Dual Buck and Linear Power Controller The NCP5220 3−in−1 PWM a Dual Buck and Linear Power Controller, is a complete power solution for MCH and DDR memory. This IC combines the efficiency of PWM controllers for the VDDQ supply and the MCH core supply voltage with the simplicity of linear


    Original     		PDF NCP5220 NCP5220/D 40n03 40n0 NTD85N02R

    40N03

    Abstract: capacitor 2200 mf Electrolytic Capacitor 3,300 mF NTD85N02R ECJ1VB1A224K 505AB A114 A115 JESD22 eeufj
    Text: NCP5220 3−in−1 PWM Dual Buck and Linear Power Controller The NCP5220 3−in−1 PWM a Dual Buck and Linear Power Controller, is a complete power solution for MCH and DDR memory. This IC combines the efficiency of PWM controllers for the VDDQ supply and the MCH core supply voltage with the simplicity of linear


    Original     		PDF NCP5220 NCP5220 NCP5220/D 40N03 capacitor 2200 mf Electrolytic Capacitor 3,300 mF NTD85N02R ECJ1VB1A224K 505AB A114 A115 JESD22 eeufj

    DFN20

    Abstract: eeufj* panasonic 40n03r
    Text: NCP5220A 3−in−1 PWM Dual Buck and Linear Power Controller The NCP5220A 3−in−1 PWM Dual Buck and Linear Power Controller, is a complete power solution for MCH and DDR memory. This IC combines the efficiency of PWM controllers for the VDDQ supply and the MCH core supply voltage with the simplicity of linear


    Original     		PDF NCP5220A NCP5220A/D DFN20 eeufj* panasonic 40n03r

    5Bt fet

    Abstract: 2SK119 transistor afr 46 transistor T700 transistor afr 22 Tic T430 t280 930 T430 T030 T108
    Text: NEC j ! T f / \ f X h =7 J u n c tio n Field E ffect T ra n s is to r A 2 S 1 K 1 9 JH /.$? -*tt ilfix U ffl Silicon N-Channel Junction FET DC Amplifier, High Frequency Amplifier Industrial Use ? l 4 t ± \ z £ f) 2SK119Ü, <, o i) — 0 /PA C K A G E DIMENSIONS


    OCR Scan     		PDF 2SK119 2SK119Ã 5Bt fet 2SK119 transistor afr 46 transistor T700 transistor afr 22 Tic T430 t280 930 T430 T030 T108

    UPA70A

    Abstract: UPA71A PA70A SIL F330 f630 pt 4115 551K X640 T108 PA71A
    Text: [ h -7 9 C o m p o u n d F ie ld -E ffe c t T ra n s is to r f M P A 7 A , 7 A A , 7 1 A , 7 1 A ( A ) mmm mm Silicon N-Channel Dual Junction FET Differential Amplifier Industrial Use /¿PA70A, 7 1 A (i, y ' ) 3 > N f 3> F E T T % ifffilH /P a c k a g e Dimensions


    OCR Scan     		PDF uPA70A, //PA70A UPA70A UPA71A PA70A SIL F330 f630 pt 4115 551K X640 T108 PA71A

    t430 transistor

    Abstract: MOS T430 881-1 nec fet chopper P514 T430 66771 TG28 upa34a T030
    Text: NEC j s if / \ - r x b ~ 7 C o m p o u n d T ra n s is to r I / * a ' y s < & J : V r& W } m m & ¿ P A 3 4 A m N-Channel Depletion Twin M O S FET Chopper, Differential Amplifier O2 yuMOS F E T $: |p]— -f- -y 7 °_ h l' S L X ^ P A C K A G E D IM EN SIO N S Unit : mm)


    OCR Scan     		PDF PA34A 40MAX. 002AK( -44551ft) t430 transistor MOS T430 881-1 nec fet chopper P514 T430 66771 TG28 upa34a T030

    2sk141

    Abstract: 2SK141A t430 transistor t802 transistor F370 f940 R950 t410 TRANSISTOR 05B2 T108
    Text: NEC j h J u n c tio n Field E ffe c t T ra n s is to r A S T r /\f7 =7 2 N V n S K 1 4 1 , 1 4 1 A = 7 > i> 7 .9 h m m nm m Silicon N-Channel Junction FET DC Amplifier, High Frequency Amplifier Industrial Use ^ff5I2]/PACKAGE DIMENSIONS ★ 2S K1 4 1, 1 4 1 A I ± , i l l f f l t t < 0 i S N f - + ^ ; u t t ^ F E T - C y


    OCR Scan     		PDF 2SK141 2SK141, 2SK141A 2SK141A t430 transistor t802 transistor F370 f940 R950 t410 TRANSISTOR 05B2 T108

    ECG2300

    Abstract: ECG2312 ECG481 ECG2308 # Frequency at which common emitter current gain is 70.0 of low frequency gain ECG2303 ECG2311 ECG486 ECG478 ECG479
    Text: Transistors cont'd E C G Type ECG478 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 Vceo bvceo bvebo Max. Device Diss. P q W atts Max. Collector


    OCR Scan     		PDF ECG478 RF-50F6 ECG479 ECG480 ECG481 RF-38F6B ECG482 RF-23F6E ECG483 ECG2300 ECG2312 ECG2308 # Frequency at which common emitter current gain is 70.0 of low frequency gain ECG2303 ECG2311 ECG486

    diode t48

    Abstract: ECG2302 ECG2305 t48 diode ECG488 ECG2300 ECG2310 ECG481 ECG2312 ECG2307
    Text: Transistors cont'd Collector To Base Volts BVceo Description and Application ECG Type ECG478 ¡ 1 ECG479 (Maximum Ratings at Tc = 25°C Unless Otherwise Noted) Collector To Emitter Volts bvceo Base to Emitter Volts BVeb O Max. Collector Current Ig Amps Max.


    OCR Scan     		PDF ECG478 RF-50F6 ECG479 ECG480 ECG481 RF-38F6B ECG482 RF-23F6E ECG483 diode t48 ECG2302 ECG2305 t48 diode ECG488 ECG2300 ECG2310 ECG2312 ECG2307

    t48 diode

    Abstract: ECG2302 ECG2311 ECG2308 BBSIAO ECG2312 # Frequency at which common emitter current gain is 70.0 of low frequency gain to3pj ECG481 diode t48
    Text: P H IL IP S E C G INC 54E ]> Transistors cont'd ECG Type Description and Application • bb53*12a D0D71S6 bTfl H E C G (Maximum Ratings at Tc = 25°C Unless Otherwise Noted) Collector To Base Volts Collector To Emitter Volts Base to Emitter Volts b v CBO


    OCR Scan     		PDF DDD71SÃ ECG478 RF-50F6 ECG479 ECG480 ECG481 RF-38F6B ECG482 RF-23F6E t48 diode ECG2302 ECG2311 ECG2308 BBSIAO ECG2312 # Frequency at which common emitter current gain is 70.0 of low frequency gain to3pj diode t48

    ECG451

    Abstract: ECG383 ECG386 ecg385 ECG382 ECG377 ECG378 ECG379 ECG381 ECG384
    Text: Transistors cont'd Description and Application ECG Type ECG378 PNP-Si, Pwr Driver, PO, Sw, Reg (Compì to ECG377) ECG379 ECG381 ECG382 (Maximum Ratings at T c = 25°C Unless Otherwise Noted) Collector To Base Volts Collector To Emitter Volts b v Cb o BV c e O


    OCR Scan     		PDF ECG378 ECG377) O-220 ECG379 ECG381 TB-33 ECG382 ECG383) O-92M ECG451 ECG383 ECG386 ecg385 ECG377 ECG384