Low phase noise constant temperature crystal frequency reference OCXO MV197 10MHZ 12V square wave
Low phase noise constant temperature crystal frequency reference OCXO MV197 10MHZ 12V square wave
Low phase noise constant temperature crystal frequency reference OCXO MV197 10MHZ 12V square wave
Low phase noise constant temperature crystal frequency reference OCXO MV197 10MHZ 12V square wave
Low phase noise constant temperature crystal frequency reference OCXO MV197 10MHZ 12V square wave

Low phase noise constant temperature crystal frequency reference OCXO MV197 10MHZ 12V square wave

Price:   $107.85

  • Model: ic0A4939
  • Shipping Weight: 0.2kg
  • 9999 Units in Stock

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(complete orders today,deliverd around 11/07/2024)
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    Condition:New
    Type:Logic ICs

    Accurate OCXO constant temperature crystal oscillator benchmark


    After 10 days of power-on and aging, the factory precision is adjusted to ±1mHz=0.0001ppm. The calibration meter is Agilent 53220A, and the reference standard is an atomic clock calibrated by GPSDO.


    MV197 is a high-stability constant temperature crystal oscillator with an accuracy of 1x10-8=0.01ppm after 5 minutes of electrification. The accuracy can reach 1x10-9=0.001ppm after power-on within 30 minutes. Power supply DC12V<1.5A 5.5*2.1 power port, output port SMA-KE.


    Output 10MHZ square wave, measure impedance 50 ohm 2Vpp


    This version adopts fine-tuning design, the adjustment range is less than ±4Hz, and the voltage control range is small


    Unlike the version without fine-tuning, the error can reach ±10HZ, which reflects the advantages of fine-tuning design.


    Compared with atomic clocks and tamed clocks, this benchmark has the advantages of lower phase noise, lower noise, small error size, portable, and strong reliability. It is a reliable reference source such as a frequency meter.




    After a long time tracking test to evaluate the advantages and disadvantages of this constant temperature crystal oscillator


    Advantages: excellent short-term stability, excellent phase noise. Small size and low power consumption. Stable and fast


    Disadvantages: Due to its small size, the long and stable is slightly worse.