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Parts by Number Top

Part # Distributor Manufacturer Product Category Description
RF220X00A Not Provided Drives / GS Configuration & Communications & Software Zero phase reactor, for use with GS1, GS2, or GS3 series AC drives
RF4Control - ZigBee RF4CE Atmel Corporation Atmel Corporation Not Provided ZigBee RF4CE Software Stack: ZigBee RF4CE Software Stack ZigBee Remote Control
97003-RF ASAP Semiconductor EXTREME NETWORKS Not Provided ExtremeWorks SOFTWARE AND TAC FOR P/N 15451
DG-TS-ESS-RF-1 Digi-Key Digi International Programmers, Development Systems TECH SUPPORT AGREEMENT RF 1 CASE
DG-TS-ESS-RF-5 Digi-Key Digi International Programmers, Development Systems TECH SUPPORT AGREEMENT RF 5CASES
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Conduct Research Top

  • RF and Baseband Techniques for Software Defined Radio
    RF and Baseband Techniques for Software Defined Radio. Offering a thorough view of RF and analogue hardware and systems design aspects, this book delves into the architecture of transmitters and receivers that make software defined radio a reality for handset and infrastructure applications.
  • RF and Digital Signal Processing for Software-Defined Radio: A Multi-Standard Multi-Mode Approach
    RF and Digital Signal Processing for Software-Defined Radio: A Multi-Standard Multi-Mode Approach. Offering readers a powerful set of analytical and design tools, this title describes SDR concepts, theory, and design principles from the perspective of the signal processing performed by a SDR system.
  • The Next Big Thing For Discrete RF Semiconductors: Health Care
    ? A very. reasonable answer to this question is "not really," so I will not pretend to know more about the future. than you do. Prescience is not necessary to discuss the next big thing for discrete RF components, since. the markets have largely already been identified and some of the seminal products
  • Software-Defined Radio: The Next Wave In RF Test Instrumentation
    standards, which often require new stimulus and measurement capabilities. To keep pace, test vendors must find new approaches that reduce instrument development times and allow instruments to adapt to new requirements. Software-defined radio is one technique that can help.
  • Flexible Family of PXI RF/MW Downconverter Modules (Autotestcon'08) (.pdf)
    Automatic Test Systems (ATSs) often employ discrete hardwarecentric instruments married to inflexible vendor specific software/firmware and functionality. This situation places the user in a risky situation if one has not properly formulated test requirements (test requirement uncertainty)
  • Designing Flexible Software-Defined Radio Architectures
    Modern high-performance radio/microwave communications. systems utilize digital baseband signal processing (coupled with. complex up/down conversion), where very little of the signal. processing is performed in the analog/RF domain. Such signal. processing includes filtering, phase/frequency
  • | Electronics Industry News for EEs & Engineering Managers
    of Ultimate Technology, a Dutch provider of pc-board CAD software. Startup looks to plug RF tool gap
  • Is Smaller Better?
    RF/microwave design can be challenging, to say the least. Even with the impressive advances in. computer aided design (CAD) software of the past three decades, the fact remains that CAD simulations. are only just that: They are simulations and not absolutely accurate predictions of actual
  • Microwave Photonic Systems Corportate Capability Statement
    , telecom, SATCOM and wireless products. RF and Fiber Optic Interface Design, Development and Manufacture: RF, fiber optic, photonic product designs span DC to 40 GHz. Analog, Digital, and Mixed Signal Micro-Electronic Design and Manufacture: embedded processors, power supplies, digital interfaces
  • Wireless Digital Full-Duplex Voice Transceiver
    Wireless voice applications require a microcontroller to quickly compress and decompress audio, efficiently control an RF transceiver, and accurately sample and output an audio stream. With its small, 4x4 mm size and high level of integration combining an on-chip ADC, DAC, and a 25 MIPS peak CPU