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    ANTENNA MATCHING CALCULATION Search Results

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    ANTENNA MATCHING CALCULATION Datasheets Context Search

    Catalog Datasheet MFG & Type PDF Document Tags

    RF pcb antenna max7044

    Abstract: RF Transmitter 315MHz 433.92MHz loop antenna design 433-92mhz rf model AN3401 2004 APPLICATION NOTE 3401 APP3401 MAX1472 MAX1479 MAX7044
    Text: Maxim/Dallas > App Notes > WIRELESS, RF, AND CABLE Keywords: Loop antenna, PCB antenna, MAX1472, MAX7044, MAX1479, antenna matching, ISM band TX, ISM transmitter, 315MHz transmitter, 433MHz transmitter, 433.92MHz transmitter Nov 16, 2004 APPLICATION NOTE 3401


    Original     		PDF MAX1472, MAX7044, MAX1479, 315MHz 433MHz 92MHz 300MHz 450MHz RF pcb antenna max7044 RF Transmitter 315MHz 433.92MHz loop antenna design 433-92mhz rf model AN3401 2004 APPLICATION NOTE 3401 APP3401 MAX1472 MAX1479 MAX7044

    Untitled

    Abstract: No abstract text available
    Text: AN11003 Pegoda Amplifier Rev. 2.0 — 18 July 2012 199720 Application note COMPANY PUBLIC Document information Info Content Keywords RFID, Antenna Design, RF Amplifier, Antenna Matching, contactless reader Abstract This application note provides guidance on antenna and RF amplifier


    Original     		PDF AN11003

    HF Reader Antenna Matching

    Abstract: TRIMMER capacitor 5-60 pF atmel rfid reader schematic GRM1885C1H330GA01 GRM1555C1H102GA01 rfid reader schematic GRM1555C1H270GZ01 AT88RF1354 GRM1885C1H5R6B TZ03Z500F169B00
    Text: High Frequency RFID Reader Antenna Matching 1. Introduction A high frequency reader system's magnetic field is used for tag power and communication. One factor determining the magnetic field's size and strength is antenna current. Increasing antenna current increases the


    Original     		PDF AT88RF1354 HF Reader Antenna Matching TRIMMER capacitor 5-60 pF atmel rfid reader schematic GRM1885C1H330GA01 GRM1555C1H102GA01 rfid reader schematic GRM1555C1H270GZ01 GRM1885C1H5R6B TZ03Z500F169B00

    RFSim99

    Abstract: nfc antenna design guide nfc antenna nfc pcb antenna AN166510 nfc antenna design AN166510 - Amplifier antenna matching calculation AN142522 nxp nfc nfc antenna matching
    Text: AN142522 RF Amplifier for NXP Contactless NFC Reader IC's Rev. 2.2 — 25 November 2008 Application note Document information Info Content Keywords RFID, Antenna Design, RF Amplifier, Antenna Matching, contactless reader, NFC Abstract This application notes provides guidance on antenna and RF amplifier


    Original     		PDF AN142522 MFRC52x. RFSim99 nfc antenna design guide nfc antenna nfc pcb antenna AN166510 nfc antenna design AN166510 - Amplifier antenna matching calculation AN142522 nxp nfc nfc antenna matching

    MFRC52x

    Abstract: AN166510 - Amplifier antenna matching calculation RFSim99 antenna matching 13,56 mhz calculation AN10893 13.56MHZ RFID nxp nxp proximity antenna design antenna matching calculation NXP antenna design guide 13.56 power amplifier nxp
    Text: AN10893 RF Amplifier for NXP contactless MFRC52x Rev. 1.0 — 4 November 2009 182010 Application note PUBLIC Document information Info Content Keywords RFID, Antenna Design, RF Amplifier, Antenna Matching, contactless reader Abstract This application notes provides guidance on antenna and RF amplifier


    Original     		PDF AN10893 MFRC52x MFRC52x. AN10893 MFRC52x AN166510 - Amplifier antenna matching calculation RFSim99 antenna matching 13,56 mhz calculation 13.56MHZ RFID nxp nxp proximity antenna design antenna matching calculation NXP antenna design guide 13.56 power amplifier nxp

    slot antenna

    Abstract: matching with smith chart antenna matching calculation Antenna 50 ohms antenna test with network analyzer ferrite antenna transceiver 868 antenna 868 TR1000 TR1001
    Text: ASH Transceiver Antenna Impedance Matching In many low power radio applications, a small physical form factor is required i.e., a RKE transmitter . In such applications a full sized quarter wavelength antenna becomes impractical; the antenna must be shorter. Short antennas usually present a capacitive load,


    Original     		PDF

    construction of loop antenna

    Abstract: square loop antenna reactance loop antenna Antenna design magnetic loop antennas autotransformer simulation AN831 antenna murata differential loop antenna ess 1978 Matching Transformer - line matching transformed
    Text: Loop Antenna Basics and Regulatory Compliance for Short-Range Radio Part 5 of this series addresses the basics of loop antenna design for Short-Range Radio using integrated PLL transmitters. The several basic matching methods are reviewed and contrasted for efficiency and harmonic performance, and a fundamentally sound and apparently new


    Original     		PDF AN831: construction of loop antenna square loop antenna reactance loop antenna Antenna design magnetic loop antennas autotransformer simulation AN831 antenna murata differential loop antenna ess 1978 Matching Transformer - line matching transformed

    short distance rf tx ic

    Abstract: RF PCB Antenna micro strip line RF 2.4Ghz antenna 2.4Gh* microstrip patch antenna rectangular microstrip patch Antenna antenna matching calculation
    Text: 2.4GHz RF TX/RX PCB Guidelines 2.4GHz RF TX/RX PCB Guidelines D/N：HA0224E PCB Layout Notes The RF can be connected to a passive patch antenna or an antenna connector. The RF connection is on the PCB and connects the RF pin 2 & pin 3 with a matching and balun


    Original     		PDF D/NHA0224E 2450MHz. 2450MHz/50 32MHz short distance rf tx ic RF PCB Antenna micro strip line RF 2.4Ghz antenna 2.4Gh* microstrip patch antenna rectangular microstrip patch Antenna antenna matching calculation

    RFID loop antenna 13.56MHz

    Abstract: RFID loop antenna 13.56MHz spiral wurth 742 792 04 planar spiral coil Round loop antenna for 13.56MHz wurth 742 792 04 18 AN1806 antenna crx14 RFID loop antenna 13.56MHz coil RFID antenna 13.56MHz
    Text: AN1806 APPLICATION NOTE Antenna and Associated Components Matching-Circuit Calculation for the CRX14 Coupler In the basic RFID system (as shown in Figure 1): 1. The Reader generates an electromagnetic field. This field is rectified to generate the supply voltage


    Original     		PDF AN1806 CRX14 CRX14, RFID loop antenna 13.56MHz RFID loop antenna 13.56MHz spiral wurth 742 792 04 planar spiral coil Round loop antenna for 13.56MHz wurth 742 792 04 18 AN1806 antenna crx14 RFID loop antenna 13.56MHz coil RFID antenna 13.56MHz

    RFID loop antenna 13.56MHz spiral

    Abstract: RFID loop antenna 13.56MHz Round loop antenna for 13.56MHz RFID loop antenna RFID loop antenna 13.56MHz coil planar spiral coil wurth 742 792 04 18 13.56MHz Reader antenna designing 13.56MHZ RFID matching AN1806
    Text: AN1806 APPLICATION NOTE Antenna and Associated Components Matching-Circuit Calculation for the CRX14 Coupler In the basic RFID system (as shown in Figure 1): 1. The Reader generates an electromagnetic field. This field is rectified to generate the supply voltage inside the Tag.


    Original     		PDF AN1806 CRX14 AN1806 RFID loop antenna 13.56MHz spiral RFID loop antenna 13.56MHz Round loop antenna for 13.56MHz RFID loop antenna RFID loop antenna 13.56MHz coil planar spiral coil wurth 742 792 04 18 13.56MHz Reader antenna designing 13.56MHZ RFID matching

    micro strip line

    Abstract: 2.4GHz RECEIVER IC short distance rf tx ic DESIGN RULE CHECK PCB antenna matching calculation 2.4GHz amplifier layout RF PCB Antenna DESIGN RULE PCB pcb crystal layout balun differential to single
    Text: 2.4GHz RF TX/RX PCB Guideline 2.4GHz RF TX/RX PCB Guideline 文件編碼：HA0224T PCB Layout 時可能需注意事項 RF Part can be connected to a passive patch antenna or an antenna connector. The RF connection is on the PCB and connects the RF pin 2 & pin 3 with a matching and balun circuit, as shown in Fig.1.


    Original     		PDF HA0224T 50Matching 2450MHZ 2450MHZ/50 32MHz micro strip line 2.4GHz RECEIVER IC short distance rf tx ic DESIGN RULE CHECK PCB antenna matching calculation 2.4GHz amplifier layout RF PCB Antenna DESIGN RULE PCB pcb crystal layout balun differential to single

    ATMEL 1045

    Abstract: SO20 package vlf antenna atmel 314 433.92 transmitter, pcb layout LL2012-F47NJ 433.92 Mhz oscillator B3551 LL2012-F39NJ TGS 2600
    Text: Features • Minimal External Circuitry Requirements, no RF Components on the PC Board Except • • • • • • • • • • • • Matching to the Receiver Antenna High Sensitivity, Especially at Low Data Rates SSO20 and SO20 package Fully Integrated VCO


    Original     		PDF SSO20 ATMEL 1045 SO20 package vlf antenna atmel 314 433.92 transmitter, pcb layout LL2012-F47NJ 433.92 Mhz oscillator B3551 LL2012-F39NJ TGS 2600

    4521B

    Abstract: rs 4521b SO20 package vlf antenna LL2012-F39NJ
    Text: Features • Minimal External Circuitry Requirements, no RF Components on the PC Board Except • • • • • • • • • • • • Matching to the Receiver Antenna High Sensitivity, Especially at Low Data Rates SSO20 and SO20 package Fully Integrated VCO


    Original     		PDF SSO20 4521B rs 4521b SO20 package vlf antenna LL2012-F39NJ

    ATMEL 1045

    Abstract: SO20 package TGS 2600 LL2012-F39NJ SO20 SSO20 T5744 U2741B T5744N-TKS notch filter saw
    Text: Features • Minimal External Circuitry Requirements, no RF Components on the PC Board Except • • • • • • • • • • • • Matching to the Receiver Antenna High Sensitivity, Especially at Low Data Rates SSO20 and SO20 package Fully Integrated VCO


    Original     		PDF SSO20 4521C ATMEL 1045 SO20 package TGS 2600 LL2012-F39NJ SO20 T5744 U2741B T5744N-TKS notch filter saw

    ATMEL 1045

    Abstract: No abstract text available
    Text: Features • Minimal External Circuitry Requirements, no RF Components on the PC Board Except • • • • • • • • • • • • Matching to the Receiver Antenna High Sensitivity, Especially at Low Data Rates SSO20 and SO20 package Fully Integrated VCO


    Original     		PDF SSO20 ATMEL 1045

    atmel application note manchester coding and BER

    Abstract: No abstract text available
    Text: Features • Minimal External Circuitry Requirements, No RF Components on the PC Board Except • • • • • • • • • • • • • • Matching to the Receiver Antenna High Sensitivity, Especially at Low Data Rates Sensitivity Reduction Possible Even While Receiving


    Original     		PDF

    1085 fm transmitter

    Abstract: ATA3741 ATR3741 B3555 SO20 U2741B 20697 rf
    Text: Features • Minimal External Circuitry Requirements, No RF Components on the PC Board Except • • • • • • • • • • • • • • Matching to the Receiver Antenna High Sensitivity, Especially at Low Data Rates Sensitivity Reduction Possible Even While Receiving


    Original     		PDF

    1085 fm transmitter

    Abstract: ATA3741 ATR3741 B3555 SO20 U2741B u2741
    Text: Features • Minimal External Circuitry Requirements, No RF Components on the PC Board Except • • • • • • • • • • • • • • Matching to the Receiver Antenna High Sensitivity, Especially at Low Data Rates Sensitivity Reduction Possible Even While Receiving


    Original     		PDF 4899B 1085 fm transmitter ATA3741 ATR3741 B3555 SO20 U2741B u2741

    B3555

    Abstract: SO20 U2741B U3741BM RF Transmitter 315MHz ask fsk 600
    Text: Features • Minimal External Circuitry Requirements, No RF Components on the PC Board Except • • • • • • • • • • • • • • Matching to the Receiver Antenna High Sensitivity, Especially at Low Data Rates Sensitivity Reduction Possible Even While Receiving


    Original     		PDF 4662B B3555 SO20 U2741B U3741BM RF Transmitter 315MHz ask fsk 600

    Untitled

    Abstract: No abstract text available
    Text: Features • Minimal External Circuitry Requirements, No RF Components on the PC Board Except • • • • • • • • • • • • • • Matching to the Receiver Antenna High Sensitivity, Especially at Low Data Rates Sensitivity Reduction Possible Even While Receiving


    Original     		PDF 4899Bâ

    Untitled

    Abstract: No abstract text available
    Text: Features • Supply Voltage 4.5V to 5.5V • Operating Temperature Range –40°C to +85°C • Minimal External Circuitry Requirements, No RF Components on the PC Board Except • • • • • • • • • • • Matching to the Receiver Antenna High Sensitivity, Especially at Low Data Rates


    Original     		PDF 4901Bâ

    ATA2745

    Abstract: ATA3745 B3551 B3555 SO20 ATARx9x
    Text: Features • Supply Voltage 4.5V to 5.5V • Operating Temperature Range –40°C to +85°C • Minimal External Circuitry Requirements, No RF Components on the PC Board Except • • • • • • • • • • • Matching to the Receiver Antenna High Sensitivity, Especially at Low Data Rates


    Original     		PDF

    Untitled

    Abstract: No abstract text available
    Text: Features • Supply Voltage 4.5V to 5.5V • Operating Temperature Range –40°C to +85°C • Minimal External Circuitry Requirements, No RF Components on the PC Board Except • • • • • • • • • • • Matching to the Receiver Antenna High Sensitivity, Especially at Low Data Rates


    Original     		PDF 4901Bâ

    B3555

    Abstract: SO20 U2745B U3745BM
    Text: Features • Supply Voltage 4.5V to 5.5V • Operating Temperature Range –40°C to +85°C • Minimal External Circuitry Requirements, No RF Components on the PC Board Except • • • • • • • • • • • Matching to the Receiver Antenna High Sensitivity, Especially at Low Data Rates


    Original     		PDF 4663B B3555 SO20 U2745B U3745BM