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    CIRCUIT SIMULATION AND PRODUCT SELECTION Search Results

    CIRCUIT SIMULATION AND PRODUCT SELECTION Result Highlights (6)

    Part ECAD Model Manufacturer Description Download Buy
    TLP2701 Toshiba Electronic Devices & Storage Corporation Photocoupler (photo-IC output), 5000 Vrms, 4pin SO6L Visit Toshiba Electronic Devices & Storage Corporation
    74HC4053FT Toshiba Electronic Devices & Storage Corporation CMOS Logic IC, SPDT(1:2)/Analog Multiplexer, TSSOP16B, -40 to 125 degC Visit Toshiba Electronic Devices & Storage Corporation
    74HC4051FT Toshiba Electronic Devices & Storage Corporation CMOS Logic IC, SP8T(1:8)/Analog Multiplexer, TSSOP16B, -40 to 125 degC Visit Toshiba Electronic Devices & Storage Corporation
    TCKE800NA Toshiba Electronic Devices & Storage Corporation eFuse IC (electronic Fuse), 4.4 to 18 V, 5.0 A, Auto-retry, WSON10B Visit Toshiba Electronic Devices & Storage Corporation
    TCKE800NL Toshiba Electronic Devices & Storage Corporation eFuse IC (electronic Fuse), 4.4 to 18 V, 5.0 A, Latch, WSON10B Visit Toshiba Electronic Devices & Storage Corporation
    TCKE812NL Toshiba Electronic Devices & Storage Corporation eFuse IC (electronic Fuse), 4.4 to 18 V, 5.0 A, Latch, Fixed Over Voltage Clamp, WSON10B Visit Toshiba Electronic Devices & Storage Corporation

    CIRCUIT SIMULATION AND PRODUCT SELECTION Datasheets Context Search

    Catalog Datasheet MFG & Type PDF Document Tags

    PCF7991AT

    Abstract: pcf7991 PCF79735 AN99021 transponders pcf7991at PCF7930 HITAG2 protocol PCF7930XP pcf79xx pcf79*5
    Text: APPLICATION NOTE Equivalent Circuit Simulation for Inductively Coupled Transponders AN99021 Philips Semiconductors Equivalent Circuit Simulation for Inductively Coupled Transponders Application Note AN99021 Abstract The Philips product family PCF79xx offers devices for contact- and battery less identification applications, based


    Original     		PDF AN99021 PCF79xx PCF7991AT pcf7991 PCF79735 AN99021 transponders pcf7991at PCF7930 HITAG2 protocol PCF7930XP pcf79*5

    K30 varistor

    Abstract: varistor k30 CN2220K30G CN2220S14BAUTOE2G2 CT0603L25HSG
    Text: Ceramic transient voltage suppressors Selection procedures Date: August 2008 EPCOS AG 2008. Reproduction, publication and dissemination of this publication, enclosures hereto and the information contained therein without EPCOS' prior express consent is prohibited.


    Original     		PDF CN2220S14BAUTOE2G2 CN2220S14BAUTOE2G2. K30 varistor varistor k30 CN2220K30G CN2220S14BAUTOE2G2 CT0603L25HSG

    Untitled

    Abstract: No abstract text available
    Text: PAC-Designer Software ispPAC® Development System drop down menus provide the user with easy access to all the features of PAC-Designer. Design control, such as pin connection, gain and capacitor value selection, is easily accomplished through point-and-click or dragand-drop operations, or through dialog boxes, as


    Original     		PDF 1-800-LATTICE

    transistor ajw

    Abstract: ATF55143 Curtice AN-1222 ATF-54143 ATF-55143 ATF-551M4 ATF-5X143 55143
    Text: ATF-55143 E-pHEMT GaAs FET Low Noise Amplifier Design for 1.575 GHz GPS Applications Application Note 1376 Introduction A critical first step in any LNA design is the selection of the active device. Low cost field effect transistors are often used due to their low noise figures and high


    Original     		PDF ATF-55143 ATF-55143 AN-1281: ATF-54143 5988-9555EN transistor ajw ATF55143 Curtice AN-1222 ATF-551M4 ATF-5X143 55143

    agilent pHEMT transistor

    Abstract: Curtice transistor ajw agilent pHEMT transistor LNA LOW NOISE AMPLIFIER ATF-54143 AN-1222 ATF55143 ATF-55143 ATF-551M4 advanced design system
    Text: Agilent ATF-55143 E-pHEMT GaAs FET Low Noise Amplifier Design for 1.575 GHz GPS Applications Application Note 1376 Introduction A critical first step in any LNA design is the selection of the active device. Low cost field effect transistors are often used


    Original     		PDF ATF-55143 ATF-55143 5988-9555EN agilent pHEMT transistor Curtice transistor ajw agilent pHEMT transistor LNA LOW NOISE AMPLIFIER ATF-54143 AN-1222 ATF55143 ATF-551M4 advanced design system

    L-07C1N8ST

    Abstract: atf55143 fet curtice nonlinear model ATF-55143 sdars AN-1222 ATF-551M4 ATF pHEMT 250R07C8R2FV4T
    Text: ATF-55143 Low Noise 2300 MHz Amplifier Application Note 5294 Introduction Description A critical first step in any LNA design is the selection of the active device. Low cost field effect transistors are often used due to their low noise figures and high linearity. Besides having a very low typical noise figure


    Original     		PDF ATF-55143 ATF-55143 AV01-0376EN L-07C1N8ST atf55143 fet curtice nonlinear model sdars AN-1222 ATF-551M4 ATF pHEMT 250R07C8R2FV4T

    triangle wave op amp

    Abstract: No abstract text available
    Text: John Caldwell TI Precision Designs: Verified Design Analog Pulse Width Modulation TI Precision Designs Circuit Description TI Precision Designs are analog solutions created by TI’s analog experts. Verified Designs offer the theory, component selection, simulation, complete PCB


    Original     		PDF ISO/TS16949 ISO/TS16949. triangle wave op amp

    agilent pHEMT transistor

    Abstract: transistor C715 ATF-531P8 AN-1222 ATF531P83 ATF-54143 BCV62C vhf fet lna GaAs pHEMT Low Noise 2x2 agilent pHEMT transistor LNA LOW NOISE AMPLIFIER
    Text: Agilent ATF-531P8 E-pHEMT GaAs FET Low Noise Amplifier Design for 800 and 900 MHz Applications Application Note 1371 Introduction A critical first step in any LNA design is the selection of the active device. Low cost field effect transistors are often used


    Original     		PDF ATF-531P8 ATF-531P8 5988-9545EN agilent pHEMT transistor transistor C715 AN-1222 ATF531P83 ATF-54143 BCV62C vhf fet lna GaAs pHEMT Low Noise 2x2 agilent pHEMT transistor LNA LOW NOISE AMPLIFIER

    transistor C715

    Abstract: ATF-531P8 ATF531 AN-1222 ATF531P83 ATF-54143 BCV62C fet curtice mesfet fet
    Text: ATF-531P8 E-pHEMT GaAs FET Low Noise Amplifier Design for 800 and 900 MHz Applications Application Note 1371 Introduction A critical first step in any LNA design is the selection of the active device. Low cost field effect transistors are often used due to their low noise figures and high


    Original     		PDF ATF-531P8 AN-1281: ATF-54143 5988-9545EN transistor C715 ATF531 AN-1222 ATF531P83 BCV62C fet curtice mesfet fet

    TRANSISTOR C815

    Abstract: equivalent transistor C5001 ATF-58143 AV02-0913EN ATF581433 surface mount transistor c633 C5001 transistor fet curtice AN-1222 LL1005-FH2N2S
    Text: ATF-58143 E-pHEMT GaAs FET Low Noise Amplifier Design for 900 MHz Applications Application Note 1375 Introduction A critical first step in any LNA design is the selection of the ­active device. Low cost field ­effect transistors are often used due to their low noise figures and high linearity. Besides having a very low typical noise figure 0.6


    Original     		PDF ATF-58143 900MHz ATF-58143 AN-1281: ATF54143 5989-9554EN AV02-0913EN TRANSISTOR C815 equivalent transistor C5001 ATF581433 surface mount transistor c633 C5001 transistor fet curtice AN-1222 LL1005-FH2N2S

    equivalent transistor C5001

    Abstract: C5001 transistor c815 transistor transistor c815 ATF581433 ATF-58143 transistor C633 ATF58143 LL1005-FH2N2S TRANSISTORS BJT list
    Text: Agilent ATF-58143 E-pHEMT GaAs FET Low Noise Amplifier Design for 900 MHz Applications Application Note 1375 Introduction A critical first step in any LNA design is the selection of the active device. Low cost field effect transistors are often used due to their low noise figures


    Original     		PDF ATF-58143 ATF-58143 MTT-28, AN-1281: ATF-54143 AN-1222: equivalent transistor C5001 C5001 transistor c815 transistor transistor c815 ATF581433 transistor C633 ATF58143 LL1005-FH2N2S TRANSISTORS BJT list

    ATF-54143 application notes

    Abstract: ATF54143.s2p ATF-54143 atf54143 pHEMT Curtice AN1222 ATF54143 BCV62B agilent pHEMT transistor agilent ads
    Text: A 802.11a WLAN Driver Amplifier using the Agilent Enhancement Mode PHEMT ATF-54143 Transistor Application Note 1286 Introduction Device Selection The driver amplifiers described in this application note are for use in applications covering 5.0 GHz to 5.8 GHz. This frequency range


    Original     		PDF ATF-54143 5988-5845EN ECEN4228 ATF-54143 ATF-54143 application notes ATF54143.s2p atf54143 pHEMT Curtice AN1222 ATF54143 BCV62B agilent pHEMT transistor agilent ads

    mentor robot

    Abstract: IPC356 pick and place robot IPC-356 design ideas Erni sow Cables IPC-A-610
    Text: ERNI Systems USA Backplanes & Sub-Racks: Design, Simulation, Manufacturing and Test www.erni.com Engineering From Beginning to End Conceptualization • From Customer Idea to Statement of Work SOW • Structuring - Connector selection - Form factor - Data architecture


    Original     		PDF

    CECC00802

    Abstract: philips Power MOSFET Selection Guide
    Text: www.newport-comps.com I N S I D E Commercial Column – Engineer-to-Engineer support from Newport DC-DC converters for industrial distributed power architectures Guide simplifies selection of converters, inductors and transformers Technical Column – Variety is the


    Original     		PDF

    mentor robot

    Abstract: IPC-A620 EXPRESS PCB Erni Connectors electronic passive components catalog cables pick and place robot
    Text: ERNI Systems Technology Backplanes and Complete Systems: Design, Simulation, Production and Test www.erni.com Catalog E 074601 07/10 Edition 1 Development – From beginning to end Product concept • From idea to the specification sheet ■ Structuring – Connector selection


    Original     		PDF

    P2005A

    Abstract: P2005S
    Text: P2005A/S October 2003 rev 1.0 Low Frequency EMI Reduction IC Features deviations ranging form ±0.6% to ±3.0%. Refer FCC approved method of EMI attenuation. Frequency Deviation Selections Table. The P2005X Provides up to 15dB of EMI suppression. reduces electromagnetic interference EMI at the clock


    Original     		PDF P2005A/S P2005X 32MHz. P2005A P2005S

    Practical statistical simulation for efficient circuit design

    Abstract: kopin
    Text: P1: SFK Trim: 247mm x 174mm CUUK1544-09 9 CUUK1544/Fager Top: 12.653mm Design: Engg C Gutter: 16.871mm 978 0 521 76210 6 June 14, 2011 Practical statistical simulation for efficient circuit design Pete Zampardi, Yingying Yang, Juntao Hu, Bin Li, Mats Fredriksson,


    Original     		PDF 247mm 174mm CUUK1544-09 CUUK1544/Fager 653mm 871mm 7033268A-GEN, com/display/ads2009/Using 28DOE Practical statistical simulation for efficient circuit design kopin

    P16HD8

    Abstract: P16R4 preload decade counter transistor B1010 F159
    Text: Equation and JEDEC Simulators User Manual Table of Contents Preface 1. Equation and JEDEC Simulation Equation and JEDEC File Simulation Test Vector Files . . . . . . . . . . How to Invoke Simulation . . . . The Simulator Model . . . . . . . JEDEC and .tmv Vectors . . . . .


    Original     		PDF reset22a P16HD8 P16R4 preload decade counter transistor B1010 F159

    thermal SIMULATION

    Abstract: No abstract text available
    Text: V I S H AY I N T E R T E C H N O L O G Y, I N C . SILICONIX - On-Line Tool for Thermal Simulation AND TEC I INNOVAT O L OGY Online Thermal Simulation N HN Thermasim O 19 62-2012 Thermal Design Solutions INTRODUCTION As functionality and complexity increases in today’s electronic devices and systems, achieving performance


    Original     		PDF u-4-9337-2727 VMN-PL0335-1201 thermal SIMULATION

    Untitled

    Abstract: No abstract text available
    Text: PDF catalog is downloaded from!CAUTION the website for of Murata Manufacturing co., ltd. Therefore, it’s specifications areinsubject to change or oursmoking productsand/or in it may be discontinued without advance notice. Please check with our • Please


    Original     		PDF

    AB-046

    Abstract: OPA27
    Text: APPLICATION BULLETIN Mailing Address: PO Box 11400 • Tucson, AZ 85734 • Street Address: 6730 S. Tucson Blvd. • Tucson, AZ 85706 Tel: 602 746-1111 • Twx: 910-952-111 • Telex: 066-6491 • FAX (602) 889-1510 • Immediate Product Info: (800) 548-6132


    Original     		PDF

    Led driver 100W schematic

    Abstract: Schematic LED panel display tv low voltage ac led dimmer schematic triac spice model Application TRIAC Light Dimmer with Schematic spice dimmer SCHEMATIC simple dimmer ac dimmer low voltage ac dimmer schematic automatic light dimmer based on temperature
    Text: LED Selection and Driver Design Jeff Perry Senior Manager – WEBENCH Tools National Semiconductor 10/2009 National Semiconductor Corporate Confidential 2009 Overview • Important parameters for selecting LEDs • LED driver selection • Driver design and tradeoffs


    Original     		PDF LM3445 Led driver 100W schematic Schematic LED panel display tv low voltage ac led dimmer schematic triac spice model Application TRIAC Light Dimmer with Schematic spice dimmer SCHEMATIC simple dimmer ac dimmer low voltage ac dimmer schematic automatic light dimmer based on temperature

    CB4CLED

    Abstract: verilog code CB4CLED testbench diagram XC9536 verilog code for johnson counter design book 9536XL vhdl code program for 4-bit magnitude comparator x74_194 X74-139
    Text: CPLD Schematic Design Guide Getting Started with Schematic Design Design Entry Techniques Controlling Design Implementation Design Applications Attributes CPLD Library Selection Guide Fitter Command and Option Summary Simulation Summary CPLD Schematic Design Guide


    Original     		PDF XC2064, XC3090, XC4005, XC5210, XC-DS501 CB4CLED verilog code CB4CLED testbench diagram XC9536 verilog code for johnson counter design book 9536XL vhdl code program for 4-bit magnitude comparator x74_194 X74-139

    CALCULATION SemiSel

    Abstract: INVERTER 20kW semikron SKS 3 phase inverter simulation diagram skiip33ac12 SemiSel calculation of switching frequency of igbt inverter semikron skip SKIIP82AC basic electronic components rectifier, inverter
    Text: Circuit simulation and product selection with SEMISEL Choosing the optimum power semiconductor Technicians and developers need an effective fast tool for selecting pow er electronic devices and to estim ate losses. Sem isel sem iconductor selection is an on-line calculation and simulation tool


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