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    FREQUENCY HOPPING SYSTEMS Search Results

    FREQUENCY HOPPING SYSTEMS Result Highlights (5)

    Part ECAD Model Manufacturer Description Download Buy
    LXMSJZNCMH-225 Murata Manufacturing Co Ltd Ultra small RAIN RFID chip tag Visit Murata Manufacturing Co Ltd
    LXMS21NCMH-230 Murata Manufacturing Co Ltd Ultra small RAIN RFID chip tag Visit Murata Manufacturing Co Ltd
    LBAA0QB1SJ-295 Murata Manufacturing Co Ltd SX1262 MODULE WITH OPEN MCU Visit Murata Manufacturing Co Ltd
    GRM-KIT-OVER100-DE-D Murata Manufacturing Co Ltd 0805-1210 over100uF Cap Kit Visit Murata Manufacturing Co Ltd
    LBUA5QJ2AB-828 Murata Manufacturing Co Ltd QORVO UWB MODULE Visit Murata Manufacturing Co Ltd

    FREQUENCY HOPPING SYSTEMS Datasheets Context Search

    Catalog Datasheet MFG & Type PDF Document Tags

    SWRA077

    Abstract: CHIPCON APPLICATION NOTE an001 CHIPCON APPLICATION NOTE an008 frequency hopping spread spectrum CC900 code hopping transmitter mobile jammer circuit AN011 AN014 CC1000
    Text: Application Note AN014 Frequency Hopping Systems By K. H. Torvmark Keywords • Spread Spectrum • Frequency Hopping • FHSS Frequency Hopping Spread Spectrum • Anti-jam Systems • CDMA • Synchronisation • Acquisition • High-Reliability Communications


    Original     		PDF AN014 N-0349 SWRA077 SWRA077 CHIPCON APPLICATION NOTE an001 CHIPCON APPLICATION NOTE an008 frequency hopping spread spectrum CC900 code hopping transmitter mobile jammer circuit AN011 AN014 CC1000

    AN1200

    Abstract: XE1205 code hopping transmitter MSP430 XE1200 XE8000 XM1205 frequency hopping AN1200 SEMTECH
    Text: Application Note AN1200.03 Frequency Hopping AN1200.03 Application Note Frequency Hopping Rev 1 March 2006 www.semtech.com 1 Application Note AN1200.03 Frequency Hopping Table of Contents 1 2 3 4 Introduction .3


    Original     		PDF AN1200 XE1205 code hopping transmitter MSP430 XE1200 XE8000 XM1205 frequency hopping AN1200 SEMTECH

    LIN protocol basics using atmel uart

    Abstract: CSR Bluetooth arm 8 bit Constant fraction discriminator block diagram of voice recognition using mobile ARM processor data sheet circuit diagram wireless camera transmitter bluetooth pinout 600040 circuit diagram of voice recognition
    Text: Features • Implements Bluetooth specification on short distance wireless communication in 2.4 GHz ISM band • Provides 1 Mbps aggregate bit rate • Supports Frequency Hopping Spread Spectrum physical-layer interface to dedicated transceiver with frequency hopping algorithm implemented in hardware


    Original     		PDF 11/99/xM LIN protocol basics using atmel uart CSR Bluetooth arm 8 bit Constant fraction discriminator block diagram of voice recognition using mobile ARM processor data sheet circuit diagram wireless camera transmitter bluetooth pinout 600040 circuit diagram of voice recognition

    I2C code for TLV320 control

    Abstract: 8051F005 Texas Instruments TLV320 I2S bus specification AN-031 74HC4094N SWRA061 application note TLV320 CC2400 TLV320
    Text: Application Note AN031 AN031 Mono Audio Link Using Frequency Hopping By H. Kirkeby Keywords • • • • • • Silicon Labs 8051 MCU • Frequency hopping Wireless loudspeaker Wireless microphone Digital loss-less audio Audio codec CC2400 Introduction


    Original     		PDF AN031 CC2400 SWRA061 I2C code for TLV320 control 8051F005 Texas Instruments TLV320 I2S bus specification AN-031 74HC4094N SWRA061 application note TLV320 CC2400 TLV320

    SWRA068

    Abstract: AN024 AN014 CC1010 useX32 CHIPCON APPLICATION NOTE an014
    Text: Application Note AN024 AN024 Frequency Hopping Protocol for CC1010 By Ø. Grotmol Keywords • Frequency Hopping • Acquisition • Synchronisation • FCC 15.247 Introduction The demand for spread spectrum techniques is growing as the ISM bands become crowded. Benefits such as


    Original     		PDF AN024 CC1010 AN014 SWRA068 CC1010. SWRA068 AN024 AN014 CC1010 useX32 CHIPCON APPLICATION NOTE an014

    CSR Bluetooth 4.0

    Abstract: 7 bit hamming code ARM7 instruction set for atmel circuit diagram of voice recognition crystal oscilator 600070 4.20 mA Transmitter 8 bit data encoder ARM7 instruction set BT 169 D
    Text: Features • Implements Bluetooth specification on short distance wireless communication in 2.4 GHz ISM band • Provides 1 Mbps aggregate bit rate • Supports Frequency Hopping Spread Spectrum physical-layer interface to dedicated transceiver with frequency hopping algorithm implemented in hardware


    Original     		PDF 11/99/xM CSR Bluetooth 4.0 7 bit hamming code ARM7 instruction set for atmel circuit diagram of voice recognition crystal oscilator 600070 4.20 mA Transmitter 8 bit data encoder ARM7 instruction set BT 169 D

    sliding correlator

    Abstract: keyboard laptop 70001C nred PCMCIA uart SIR sir10 700030
    Text: Features • Implements Bluetooth Specification on Short-distance Wireless Communication in 2.4 GHz ISM Band • Provides 1 Mbps Aggregate Bit Rate • Supports Frequency Hopping Spread Spectrum Physical-layer Interface to Dedicated Transceiver with Frequency-hopping Algorithm Implemented in Hardware


    Original     		PDF 1612B 11/00/xM sliding correlator keyboard laptop 70001C nred PCMCIA uart SIR sir10 700030

    nred-61

    Abstract: NRED 61 NRED FRS transceiver circuit diagram tr/NRED 61 AT76C551 LQFP-176 MA15 MA17 MA18
    Text: Features • Implements Bluetooth Specification on Short Distance Wireless Communication in 2.4 GHz ISM Band • Provides 1 Mbps Aggregate Bit Rate • Supports Frequency Hopping Spread Spectrum Physical-layer Interface to Dedicated Transceiver with Frequency Hopping Algorithm Implemented in Hardware


    Original     		PDF 1612D 08/01/xM nred-61 NRED 61 NRED FRS transceiver circuit diagram tr/NRED 61 AT76C551 LQFP-176 MA15 MA17 MA18

    nred-61

    Abstract: NRED 61 PCA11
    Text: Features • Implements Bluetooth Specification on Short Distance Wireless Communication in 2.4 GHz ISM Band • Provides 1 Mbps Aggregate Bit Rate • Supports Frequency Hopping Spread Spectrum Physical-layer Interface to Dedicated Transceiver with Frequency Hopping Algorithm Implemented in Hardware


    Original     		PDF 1612C 08/01/xM nred-61 NRED 61 PCA11

    phase detector 500 khz

    Abstract: ML2712 ML2712CH ML2713 ML7730 frequency hopping spread spectrum 900 circuit diagram of 6 channel 2.4ghz rf transmitter
    Text: ML2712 2.4GHz FHSS RF Transceiver GENERAL DESCRIPTION FEATURES ! 2.4 GHz Frequency Hopping RF Transceiver ! Rx Sensitivity -87 dBm @ 1 Mbps with ML2713 and The ML2712 combined with the ML2713 form a 2.4Ghz Frequency Hopping Spread Spectrum (FHSS radio chipset. The ML2712 contains the RF and PLL circuits for


    Original     		PDF ML2712 ML2713 ML2712 ML7730) DS2712-F-03 phase detector 500 khz ML2712CH ML7730 frequency hopping spread spectrum 900 circuit diagram of 6 channel 2.4ghz rf transmitter

    STLC2500

    Abstract: bluetooth transmitter receiver parallel chip mobile mobile hardware integration integrated synthesizer vco
    Text: Complete Bluetooth v1.2 feature support • Adaptive frequency hopping AFH : hopping kernel, channel assessment as master and slave Faster connections: interlaced scan for page and inquiry scan, answer FHS at first reception, RSSI used to limit range Extended SCO (eSCO) links


    Original     		PDF STLC2500 32-bit bluetooth transmitter receiver parallel chip mobile mobile hardware integration integrated synthesizer vco

    WIT2410

    Abstract: 2.4GHz rf wireless for communication RF 2.4Ghz antenna HN-510 frequency hopping ETS300 2.4GHz whip antenna db-9 right angle frequency hopping spread spectrum ETS300-328
    Text: DEVELOPER KIT Info: click here HN-510 Features: • 2.4GHz frequency hopping spread spectrum technology • 460Kbps over the air and 230.4Kbps I/O data rates • 75 hopping channels • FCC certified • 2dB rubber whip antenna • RS-232 asynchronous serial interface


    Original     		PDF HN-510 460Kbps RS-232 HN-510 18dBm. WIT2410 2.4GHz rf wireless for communication RF 2.4Ghz antenna frequency hopping ETS300 2.4GHz whip antenna db-9 right angle frequency hopping spread spectrum ETS300-328

    frequency hopping spread spectrum

    Abstract: hopping frequency FCC15 MICRF505
    Text: Application Note 51 Frequency Hopping Techniques Rev 1.0 Introduction The use of wireless radio connections is increasing. Operation in the license free bands such as the 915MHz band in U.S. should conform to FCC 15.247 regulations. “Frequency hopping” is an important part of these


    Original     		PDF 915MHz 915MHz MICRF505 M9999-062706 frequency hopping spread spectrum hopping frequency FCC15 MICRF505

    frequency hopping spread spectrum

    Abstract: omni spectra sma WIT910 wireless data modem HN-591
    Text: DEVELOPER KIT Info: click here HN-591 Features: • 900MHz Frequency Hopping Spread Spectrum Technology • 172.8Kbps over the air and 115Kbps I/O data rates • 54 Hopping Channels • FCC Certified • 2dB rubber whip antenna • RS-232 asynchronous serial interface


    Original     		PDF HN-591 900MHz 115Kbps RS-232 900MHz HN-591 900MHz, HN-591D frequency hopping spread spectrum omni spectra sma WIT910 wireless data modem

    SWRA041

    Abstract: SWRR001 frequency hopping spread spectrum hopping frequency MSP430F449 F0002 pseudo random sequence generator application PN generator circuit dsss MSP430 TRF6903
    Text: Application Report SWRA041 – September 2004 Implementing a Bidirectional Frequency Hopping Application With TRF6903 and MSP430 Shreharsha Rao . Mixed Signal RF


    Original     		PDF SWRA041 TRF6903 MSP430 SWRA041 SWRR001 frequency hopping spread spectrum hopping frequency MSP430F449 F0002 pseudo random sequence generator application PN generator circuit dsss MSP430

    intelligent code lock with panic switch circuit d

    Abstract: Door sound A 434 RF Receiver TRANSMITTER PAIR TWO WAY car alarm 4 CH RF Wireless Garage Door Remote Control Motorcycle Alarm Systems 433mhz transmitter 433MHz transmitter and receiver module RS-232 DB9F connector footprint application to the pick and place remote control car
    Text: Issued March 1998 291-9849 Data Pack C RS radio frequency products Data Sheet Explanation of radio systems Standard, code hopping and rolling code RF = Radio Frequency, which means it operates in a similar way as a standard radio. Radio waves are transmitted


    Original     		PDF

    an885

    Abstract: AN-1000 C1995 IS-54 LMX2335 LMX2335TM
    Text: National Semiconductor Application Note 1000 David Byrd Craig Davis William O Keese July 1995 ABSTRACT Frequency synthesizers are used in a large number of time division multiplexed TDMA and frequency hopping wireless applications where quickly attaining frequency lock is


    Original     		PDF

    sine wave generator technique

    Abstract: soft visual basic 32 PXI-5402
    Text: 40 and 20 MHz Arbitrary Function Generators NI 5406, NI 5402 • Phase-continuous frequency hopping and frequency sweeps • 400 MS/s effective sample rate with interpolation • .355 µHz frequency resolution • <±0.4 dB passband flatness across bandwidth for sine waveforms


    Original     		PDF 16-bit 333B-01* 351333B-01 2008-10591-101-D sine wave generator technique soft visual basic 32 PXI-5402

    AN011

    Abstract: CC1000 Alternative
    Text: SmartRF  CC1000 Chipcon CC1000 Errata Note 001, rev. 1.0 Switching between certain combinations of frequency words FREQ in CC1000 may cause the PLL never to be able to lock. This is most likely to occur in frequency hopping systems. A software fix solves the problem.


    Original     		PDF CC1000 CC1000 AN011 Alternative

    AN011

    Abstract: Alternative CC1050
    Text: SmartRF  CC1050 Chipcon CC1050 Errata Note 001, rev. 1.0 Switching between certain combinations of frequency words FREQ in CC1050 may cause the PLL never to be able to lock. This is most likely to occur in frequency hopping systems. A software fix solves the problem.


    Original     		PDF CC1050 CC1050 AN011 Alternative

    CD7577

    Abstract: D1557 transistor d1557 D146D 11.0592 MHz crystal da2000 CC4000 CC6000 D16000 D12000
    Text: Application Note AN011 AN011 Programming the CC1000 frequency for best sensitivity By S. Vetti Keywords • • • • • CC1000, frequency programming ISM band frequencies Optimum sensitivity Software compensation for crystal frequency errors Optimum frequencies for frequency hopping the 902-928 MHz band, USA FCC


    Original     		PDF AN011 CC1000 CC1000, CD7577 D1557 transistor d1557 D146D 11.0592 MHz crystal da2000 CC4000 CC6000 D16000 D12000

    Alternative

    Abstract: AN011 CC1010
    Text: SmartRF  CC1010 Chipcon CC1010 Errata Note 001, rev. 1.1 Switching between certain combinations of frequency words FREQ in CC1010 may cause the PLL never to be able to lock. This is most likely to occur in frequency hopping systems. A software fix solves the problem.


    Original     		PDF CC1010 CC1010 Alternative AN011

    CX72303

    Abstract: bluetooth RF transceiver bluetooth transceiver CX72304 CX81400 RF110 2.4GHz wireless transceiver with gfsk PLL Synthesizer Modules bluetooth rf receiver frequency shift keying demodulation using pll
    Text: wireless communications products Bluetooth RF Transceiver Family CX72303/CX72304 The Conexant CX72303 Bluetooth™ RF Transceiver is a 2.4GHz, frequency-hopping, spread-spectrum radio optimized for use with Bluetooth technology-based systems, boasting the lowest power


    Original     		PDF CX72303/CX72304 CX72303 CX81400 101403D bluetooth RF transceiver bluetooth transceiver CX72304 RF110 2.4GHz wireless transceiver with gfsk PLL Synthesizer Modules bluetooth rf receiver frequency shift keying demodulation using pll

    AN1000

    Abstract: No abstract text available
    Text: National Semiconductor Application Note 1000 David Byrd Craig Davis William O. Keese A Fast Locking Scheme for PLL Frequency Synthesizers ABSTRACT CLOSED LOOP OPERATION Frequency synthesizers are used in a large number of time division multiplexed TDMA and frequency hopping wire­


    OCR Scan     		PDF IS-54, AN885, AN-1000 AN1000