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    VARACTOR DIODE SPICE MODEL Search Results

    VARACTOR DIODE SPICE MODEL Result Highlights (5)

    Part ECAD Model Manufacturer Description Download Buy
    CUZ24V Toshiba Electronic Devices & Storage Corporation Zener Diode, 24 V, USC Visit Toshiba Electronic Devices & Storage Corporation
    XCUZ13V Toshiba Electronic Devices & Storage Corporation Zener Diode, 13.0 V, USC Visit Toshiba Electronic Devices & Storage Corporation
    XCUZ36V Toshiba Electronic Devices & Storage Corporation Zener Diode, 36.0 V, USC Visit Toshiba Electronic Devices & Storage Corporation
    CUZ12V Toshiba Electronic Devices & Storage Corporation Zener Diode, 12 V, USC Visit Toshiba Electronic Devices & Storage Corporation
    MUZ5V6 Toshiba Electronic Devices & Storage Corporation Zener Diode, 5.6 V, USM Visit Toshiba Electronic Devices & Storage Corporation

    VARACTOR DIODE SPICE MODEL Datasheets Context Search

    Catalog Datasheet MFG & Type PDF Document Tags

    varactor

    Abstract: No abstract text available
    Text: DATA SHEET SMV2019 to SMV2023: Silicon Hyperabrupt Varactor Diode Chips Features High Q for low loss resonators Low leakage current ● High tuning ratio for wideband VCOs ● SPICE model parameters ● Small footprint chip design ● ● Description Skyworks silicon hyperabrupt junction varactor diode chips are


    Original     		PDF SMV2019 SMV2023: varactor

    Untitled

    Abstract: No abstract text available
    Text: Silicon Hyperabrupt Varactor Diode Chips SMV2019 to SMV2023 Features • High Q for Low Loss Resonators ■ Low Leakage Current ■ High Tuning Ratio for Wideband VCOs ■ SPICE Model Parameters ■ Small Footprint Chip Design Description passivated resulting in low leakage current and high


    Original     		PDF SMV2019 SMV2023 SMV2020 SMV2021 SMV2022 SMV2023 APN1004. 8/01A

    SMV2020-000

    Abstract: SMV2019 varactor diode SPICE model SMV2019-000 SMV2020 SMV2021-000 SMV2022-000 SMV2023 SMV2023-000 SMV2109
    Text: Silicon Hyperabrupt Varactor Diode Chips SMV2019 to SMV2023 Features • High Q for Low Loss Resonators ■ Low Leakage Current ■ High Tuning Ratio for Wideband VCOs ■ SPICE Model Parameters ■ Small Footprint Chip Design Description nominal and are fully passivated resulting in low


    Original     		PDF SMV2019 SMV2023 SMV2019 SMV2020 SMV2021 SMV2022 APN1004. 8/01A SMV2020-000 varactor diode SPICE model SMV2019-000 SMV2020 SMV2021-000 SMV2022-000 SMV2023 SMV2023-000 SMV2109

    SMV2020-000

    Abstract: SMV2019 SMV2019-000 SMV2020 SMV2021 SMV2021-000 SMV2022 SMV2022-000 SMV2023 SMV2023-000
    Text: DATA SHEET SMV2019 to SMV2023: Silicon Hyperabrupt Varactor Diode Chips Features High Q for low loss resonators Low leakage current ● High tuning ratio for wideband VCOs ● SPICE model parameters ● Small footprint chip design ● Available lead Pb -free, RoHS-compliant, and Green


    Original     		PDF SMV2019 SMV2023: SMV2020-000 SMV2019-000 SMV2020 SMV2021 SMV2021-000 SMV2022 SMV2022-000 SMV2023 SMV2023-000

    Untitled

    Abstract: No abstract text available
    Text: DATA SHEET SMV2019 to SMV2023: Silicon Hyperabrupt Varactor Diode Chips Features High Q for low loss resonators Low leakage current ● High tuning ratio for wideband VCOs ● SPICE model parameters ● Small footprint chip design ● Available lead Pb -free, RoHS-compliant, and Green


    Original     		PDF SMV2019 SMV2023: SMV2020 SMV2021 SMV2022 SMV2023 APN1004.

    varactor diode SPICE model

    Abstract: varactor diode spice model transit time extraction APN1004 varactor SMV1228 varactor diode parameter SMV1127 SMV1232 equivalent diode RF 302 varactor ghz
    Text: Application Note Varactor SPICE Models for RF VCO Applications APN1004 components would not be important unless higher harmonics generated by the varactor affects performance of the VCO. In this case, a more detailed equivalent circuit model is needed. The technique used should be based


    Original     		PDF APN1004 SMV1493-011 SMV1235-011 SMV1235 SMV1493-011 SMV1235 6/99A varactor diode SPICE model varactor diode spice model transit time extraction APN1004 varactor SMV1228 varactor diode parameter SMV1127 SMV1232 equivalent diode RF 302 varactor ghz

    SMV1127

    Abstract: varactor diode SPICE model varactor diode spice model transit time extraction varactor diode parameter SMV1206 APN1004 SMV1232 equivalent SMV1175 varactor diode capacitance range microwave varactor diode
    Text: Application Note Varactor SPICE Models for RF VCO Applications APN1004 components would not be important unless higher harmonics generated by the varactor affects performance of the VCO. In this case, a more detailed equivalent circuit model is needed. The technique used should be based


    Original     		PDF APN1004 SMV1493-011 SMV1235-011 SMV1235 SMV1493-011 SMV1235 6/99A SMV1127 varactor diode SPICE model varactor diode spice model transit time extraction varactor diode parameter SMV1206 APN1004 SMV1232 equivalent SMV1175 varactor diode capacitance range microwave varactor diode

    Varactor SPICE Models for RF VCO Applications

    Abstract: 200315B symbol of varactor diode and equivalent circuit varactor diode SPICE model equivalent circuit diagram of varactor diode varactor spice varactor diode spice model transit time extraction varactor diode notes SMV1235-011 varactor ghz
    Text: APPLICATION NOTE Varactor SPICE Models for RF VCO Applications The varactor SPICE model described in this Application Note is useful for RF Voltage Controlled Oscillator VCO applications. However, the model neglects some parasitic components often needed for high frequency microwave applications, such as the


    Original     		PDF 200315B Varactor SPICE Models for RF VCO Applications 200315B symbol of varactor diode and equivalent circuit varactor diode SPICE model equivalent circuit diagram of varactor diode varactor spice varactor diode spice model transit time extraction varactor diode notes SMV1235-011 varactor ghz

    symbol of varactor diode and equivalent circuit

    Abstract: varactor diode SPICE model varactor diode spice model transit time extraction APN1004 SMV1232 equivalent SMV1175 SMV1206 varactor diode notes Capacitance Varactor Diode SMV1129
    Text: APPLICATION NOTE APN1004: Varactor SPICE Models for RF VCO Applications Varactor Equivalent Circuit Model Definitions case, a more detailed equivalent circuit model is needed. The technique used should be based on the varactor model extraction procedure from S-parameter data.


    Original     		PDF APN1004: symbol of varactor diode and equivalent circuit varactor diode SPICE model varactor diode spice model transit time extraction APN1004 SMV1232 equivalent SMV1175 SMV1206 varactor diode notes Capacitance Varactor Diode SMV1129

    Application Notes

    Abstract: Colpitts VCO design NE68519 APN1013 SMV1408 SMV1493-079 CR10-200J-T varactor diode for Colpitts oscillator varactor diode capacitance measurement APN1007
    Text: APPLICATION NOTE APN1013: A Differential VCO Design for GSM Handset Applications Introduction The VCO Model The differential pair of bipolar transistors is the common building block in modern RF integrated circuits. An advantage of this architecture is its high loop gain making it popular for differential


    Original     		PDF APN1013: NE68519 Application Notes Colpitts VCO design APN1013 SMV1408 SMV1493-079 CR10-200J-T varactor diode for Colpitts oscillator varactor diode capacitance measurement APN1007

    avx CR10

    Abstract: APN1005 varactor diode notes semiconductors catalogue reverse biasing a varactor diode NE68119 SMV1265 SMV1265-011 NEC k 2134 transistor x band varactor diode
    Text: APPLICATION NOTE APN1005: A Balanced Wideband VCO for Set-Top TV Tuner Applications Introduction VCO Model Modern set-top TV DBS tuner systems require more channel coverage, while maintaining competitive prices. This situation creates tough design goals: to improve performance and simplify


    Original     		PDF APN1005: SMV1265-011 avx CR10 APN1005 varactor diode notes semiconductors catalogue reverse biasing a varactor diode NE68119 SMV1265 NEC k 2134 transistor x band varactor diode

    variable phase shifter

    Abstract: HI1608 phase shifter phase shifter circulator HI1608-1B2N2 spice Circulator varactor diode phase shifter HYB-1 varactor diode SPICE model Design with PIN diode alpha
    Text: Application Note A Varactor Controlled Phase Shifter for PCS Base Station Applications APN1009 Introduction Power amplifiers in today’s base stations use compensation techniques to reduce distortion. There are many well-known compensation techniques available, all


    Original     		PDF APN1009 APN1004, 3/00A variable phase shifter HI1608 phase shifter phase shifter circulator HI1608-1B2N2 spice Circulator varactor diode phase shifter HYB-1 varactor diode SPICE model Design with PIN diode alpha

    Colpitts VCO design

    Abstract: saw Colpitts circuit design Colpitts VCO Alpha Industries APN1003 PN Junction Diode varactor Colpitts APN1002 m6 transitor varactor diode for Colpitts oscillator
    Text: Application Note VCO Designs for Wireless Handset and CATV Set-Top Applications APN1012 Introduction Voltage Controlled Oscillators VCOs have come to the forefront of RF designs together with the first PLL circuits. In the era before the PLL, oscillators were mostly free


    Original     		PDF APN1012 APN1005, APN1007, APN1001, APN1002, 8/99A Colpitts VCO design saw Colpitts circuit design Colpitts VCO Alpha Industries APN1003 PN Junction Diode varactor Colpitts APN1002 m6 transitor varactor diode for Colpitts oscillator

    200319B

    Abstract: varactor diode SPICE model variable phase shifter symbol of varactor diode and equivalent circuit PAD1 Spice phase shifter circulator varactor diode phase shifter 180 Degree hybrid varactor diode varactor diode high frequency
    Text: APPLICATION NOTE A Varactor Controlled Phase Shifter for PCS Base Station Applications Introduction Power amplifiers in today’s base stations use compensation techniques to reduce distortion. There are many well-known compensation techniques available, all relying on similar


    Original     		PDF 200319B 200319B varactor diode SPICE model variable phase shifter symbol of varactor diode and equivalent circuit PAD1 Spice phase shifter circulator varactor diode phase shifter 180 Degree hybrid varactor diode varactor diode high frequency

    HI1608

    Abstract: symbol of varactor diode and equivalent circuit APN1009 phase shifter circulator purposes of varactor diode ic number of varactor diode varactor diode high frequency varactor diode SPICE model variable phase shifter HY19-12
    Text: APPLICATION NOTE APN1009: A Varactor Controlled Phase Shifter for PCS Base Station Applications Introduction Power amplifiers in today’s base stations use compensation techniques to reduce distortion. There are many well-known compensation techniques available, all relying on similar principles of phase and amplitude control. Thus, most and possibly all


    Original     		PDF APN1009: HI1608 symbol of varactor diode and equivalent circuit APN1009 phase shifter circulator purposes of varactor diode ic number of varactor diode varactor diode high frequency varactor diode SPICE model variable phase shifter HY19-12

    200071G

    Abstract: N marking varactor diode varactor diode SPICE model s parameters result for varactor diode varactor diode high frequency varactor diode parameter SMV1702-011LF 4V90 MARKING N VARACTOR DIODE
    Text: DATA SHEET SMV1702-011LF Hyperabrupt Junction Tuning Varactor Applications • Low-noise and wideband UHF and VHF VCOs • High-volume, low-voltage VCOs Features • Low series resistance • High capacitance ratio • Small footprint SOD-323 package MSL1, 260 °C per


    Original     		PDF SMV1702-011LF OD-323 J-STD-020) OD-323 SMV1702-01yworks 200071G 200071G N marking varactor diode varactor diode SPICE model s parameters result for varactor diode varactor diode high frequency varactor diode parameter 4V90 MARKING N VARACTOR DIODE

    Application Notes

    Abstract: Colpitts VCO design APN1012 APN1003 varactor diode for Colpitts oscillator Common collector configuration APN1002 coaxial resonator, skyworks m6 transitor working of colpitts oscillator
    Text: APPLICATION NOTE APN1012: VCO Designs for Wireless Handset and CATV Set-Top Applications Introduction Voltage Controlled Oscillators VCOs have come to the forefront of RF designs together with the first PLL circuits. In the era before the PLL, oscillators were mostly free running, and only in


    Original     		PDF APN1012: Application Notes Colpitts VCO design APN1012 APN1003 varactor diode for Colpitts oscillator Common collector configuration APN1002 coaxial resonator, skyworks m6 transitor working of colpitts oscillator

    s parameters result for varactor diode

    Abstract: varactor diode SPICE model
    Text: DATA SHEET SMV1702-011LF Hyperabrupt Junction Tuning Varactor Applications • Low-noise and wideband UHF and VHF VCOs  High-volume, low-voltage VCOs Features  Low series resistance  High capacitance ratio  Small footprint SOD-323 package MSL1, 260 °C per


    Original     		PDF SMV1702-011LF OD-323 J-STD-020) 200071F s parameters result for varactor diode varactor diode SPICE model

    varactor diode capacitance measurement

    Abstract: N marking varactor diode S1619 S1674 S1728
    Text: DATA SHEET SMV1702-011LF Hyperabrupt Junction Tuning Varactor Applications • Low-noise and wideband UHF and VHF VCOs  High-volume, low-voltage VCOs Features  Low series resistance  High capacitance ratio  Small footprint SOD-323 package MSL1, 260 °C per


    Original     		PDF SMV1702-011LF OD-323 J-STD-020) OD-323 SMV1702-011LFworks 200071E varactor diode capacitance measurement N marking varactor diode S1619 S1674 S1728

    S1619

    Abstract: S1674 silicon diode ideality factor N marking varactor diode
    Text: DATA SHEET SMV1702-011LF Hyperabrupt Junction Tuning Varactor Applications x Low-noise and wideband UHF and VHF VCOs x High-volume, low-voltage VCOs Features x Low series resistance x High capacitance ratio x Small footprint SOD-323 package MSL1, 260 °C per


    Original     		PDF SMV1702-011LF OD-323 J-STD-020) SMV1702-0ks 200071D S1619 S1674 silicon diode ideality factor N marking varactor diode

    Colpitts VCO design

    Abstract: gsm circuit diagram project GSM vco vco gsm gsm Handset Circuit Diagram 0603AU2R0JAT9 CR10-470J-T NE68519 VCO circuit diagram Tuner Applications APN1006
    Text: Application Note A Differential VCO Design for GSM Handset Applications APN1013 The differential pair of bipolar transistors is the common building block in modern RF integrated circuits. An advantage of this architecture is its high loop gain making it popular for differential Voltage Controlled Oscillator


    Original     		PDF APN1013 APN1004, APN1006, APN1005, APN1007, 8/99A Colpitts VCO design gsm circuit diagram project GSM vco vco gsm gsm Handset Circuit Diagram 0603AU2R0JAT9 CR10-470J-T NE68519 VCO circuit diagram Tuner Applications APN1006

    varactor diode for Colpitts oscillator

    Abstract: Colpitts circuit design TT 2188 transistor VCO circuit diagram frequency stability analysis colpitts oscillator colpitts oscillator 27 mhz Colpitts VCO Colpitts VCO design colpitts oscillator loop gain of Colpitts VCO design
    Text: Application Note A Colpitts VCO for Wideband 0.95–2.15 GHz Set-Top TV Tuner Applications APN1006 Introduction Modern set-top DBS TV tuners require high performance, broadband voltage control oscillator (VCO) designs at a competitive cost. To meet these goals, design engineers


    Original     		PDF APN1006 SMV1265-011 6/99A varactor diode for Colpitts oscillator Colpitts circuit design TT 2188 transistor VCO circuit diagram frequency stability analysis colpitts oscillator colpitts oscillator 27 mhz Colpitts VCO Colpitts VCO design colpitts oscillator loop gain of Colpitts VCO design

    Colpitts VCO design

    Abstract: MQE920 RDIV-3 protel PCB LAYOUT APN1016 Colpitts murata vco MQE523 varactor diode q factor measurement loop gain of Colpitts VCO design simu
    Text: Application Note A Low Phase Noise VCO Design for PCS Handset Applications APN1016 The factors that have significant impact on the primary VCO electrical specifications may be summarized as follows: Introduction The VCO design in a PCS handset must satisfy a number


    Original     		PDF APN1016 APN1004, APN1006, APN1005, APN1007, APN1012, APN1013, 11/99A Colpitts VCO design MQE920 RDIV-3 protel PCB LAYOUT APN1016 Colpitts murata vco MQE523 varactor diode q factor measurement loop gain of Colpitts VCO design simu

    IR 1838 3v

    Abstract: DIODE 409 1336 FEATURES tt 2206 SMV1142 SMV1142-011 SMV1144-011 SMV1145-011 SMV1145-079 SMV1146-011 SMV1147-011
    Text: Hyperabrupt Junction Tuning Varactors SMV1142–SMV1148 Features • Frequency Linear Design ■ Low Series Resistance ■ Available in the SOD-323 and SC-79 Packages ■ Designed for High Volume Commercial Applications ■ SPICE Models are Available Description


    Original     		PDF SMV1142 SMV1148 OD-323 SC-79 SMV1148 7/03A IR 1838 3v DIODE 409 1336 FEATURES tt 2206 SMV1142-011 SMV1144-011 SMV1145-011 SMV1145-079 SMV1146-011 SMV1147-011