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Parts by Number for Lna/mixer Top

Part # Distributor Manufacturer Product Category Description
MAX2338ETI+T Digi-Key Maxim Integrated RF/IF and RFID IC LNA/MIXER CDMA 28-TQFN
SA601DK,112 Digi-Key NXP Semiconductors RF/IF and RFID IC LNA MIXER 1GHZ 20SSOP
SA601DK,118 Digi-Key NXP Semiconductors RF/IF and RFID IC MIXER LNA 1GHZ 20SSOP
MAX2335ETI+T ASAP Semiconductor MAXIM Not Provided 450MHZ CDMA/OFDM LNA/MIXER
SA601DK ASAP Semiconductor PHILIPS Not Provided Low voltage LNA and mixer - 1GHz
SA601DK,118 ASAP Semiconductor NXP Not Provided IC LNA MIXER 1GHZ 20-SSOP
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Conduct Research Top

  • Schottky Mixer Feature High Dynamic Range
    of the mixer. The signal for the RF port of the mixer is typically derived from a low noise amplifier (LNA) which ultimately comes from an antenna. The resulting intermediate frequency (IF) produced from mixing the two signals is then processed or possibly down converted again. Microsoft Word
  • Designing Flexible Software-Defined Radio Architectures
    and data conversion which even. mixer and LNA gain is kept to a minimum to preserve linearity,. the most capable DSP engines and algorithms cannot address. the PGA must produce a very large amount of gain (60 dB or. The SKY73201-364LF 6th Order Programmable Butterworth Filter. more is common
  • Mixed Mode Silicon-on-Insulator MMIC Technology For Digitally Controlled RF/Microwave Systems (.pdf)
    current operation. An LNA, feedback amplifiers, active matching circuits, varactor. controlled VCOs and Gilbert cell style double balanced mixers were all designed and fabricated. Typical conditions provide for < 3 volt operation with currents ranging between 4-10mA supporting. 1dB power compression
  • Low Cost Switched Diversity System (.pdf)
    . Although the DSP. A2. algorithms provide improved performance, this is not a. Single FM receiver with 10.7MHz IF. FM. cost-effective design, especially for greater than two. LNA & AGC. A3. FM. antennas, because it requires a separate cable and. Front-end. Demodulator. RF cable. linear amplifier
  • TA028: GaAs MMIC Processes Enable Multi-Function Integration, Increasing Reliability While Reducing Chip Size and Cost
    . On-chip. limiters, up to 10-W of power, can be integrated on-chip with the LNAs. Typical LNA. performance levels are 1.5 dB noise figure with 17 dB gain across 5 to 8-GHz; 2 dB noise. figure with 14 dB gain across 8 to 12 GHz; and 3.5 dB noise figure with 9 dB gain across 16 to. 30 GHz. and the low-noise

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