XO9095 Series OCXO

XO9095 Series OCXO

XO9095: High-frequency, Low Phase-Noise and Low g-sensitivity OCXO


MtronPTI today introduced the XO9095, an OCXO integrated with low noise multipliers, filters for superior spectral purity and low noise discrete amplifiers to generate a high frequency, low phase noise sinewave output from 200MHz to 6GHz. The XO9095 employs an in-house manufactured precision SC-cut crystal which drives the tight stability, low g-sensitivity and low phase noise performance of the OCXO.

Contact:

D.P. Devineni

MtronPTI

ddevineni@mtronpti.com

(407)298-2000 x:2194

Downloads:

Datasheet

Press Release

With the XO9095 operating in the GHz, the designer does not have to multiply a lower frequency OCXO, eliminating additional circuitry, cost, PCB space and RF paths that can introduce noise. This industry leading tight stability, low g-sensitivity and low phase noise performance is engineered into a standard one-inch square package. This package is approximately 45% smaller than the competition, making it the smallest available high frequency OCXO on the market, consuming less board space at the lightest weight available.

XO9095 is an ideal frequency reference source for Radar, Electronic Warfare, Satcom and Test Equipment applications. MtronPTI offers a broad line of precision crystal resonators, oscillators, filters, and Integrated Microwave Assembly solutions. MtronPTI is an ISO 9001:2015 and AS9100 Rev. D certified organization.

XO9095 Features:

  • Low Aging : +/- 2ppm, all causes over 20 years
  • Superior spectral purity : Sub harmonics -45dBc, Spurious -80dBc
  • Tight temperature stability : +/-100ppb (-54C to +71C)
  • Low g-sensitivity : As low as 0.5ppb/g worst case axis
  • Low Phase Noise : See Press Release
  • Product Classification: EAR99
  • Standard Frequencies: 1GHz and 1.28GHz
  • Various Custom output frequencies available up to 6GHz
  • Size and Weight: 1 inch (25.4 mm) x 1 inch (25.4 mm) x 0.75 inch (19.05 mm), 0.7oz (20 grams)

Applications:

  • EW
  • Radar
  • SATCOM