Ultra-High Precision 0.1ppb 10MHz OCXO | Ultra-Stable Frequency Reference

Apr 07, 2026 Leave a message

Product Highlights

Ultra-High Stability: Frequency stability up to ±0.1ppb over -40°C to +85°C, ideal for high-precision time and frequency references in extreme environments.

High Initial Frequency Accuracy: ±50ppb @ +25°C

Short-Term Frequency Stability: 0.005ppb/s (Allan Deviation)

Daily Aging Rate: ±0.1ppb/day

Annual Aging Rate: ±10ppb/year

Ultra-Low Phase Noise: Provides an exceptionally clean clock signal, typical value: -150dBc/Hz @ 100kHz

 

Key Application Areas

Communications & Network Synchronization: 5G base stations, core networks, clock synchronization equipment

Test & Measurement Instruments: Spectrum analyzers, signal generators, frequency counters

Aerospace & Defense: Radar systems, navigation equipment, satellite communications

Research & Metrology: Atomic clock comparisons, time & frequency reference laboratories

Power Systems: PMU synchronized measurement, smart grid time synchronization

Financial Trading Systems: Time-stamp synchronization for high-frequency trading

 

Model Number: OD36H5-10.000-50SDR0S

 

Product Specifications

Parameter Code Min Typ Max Unit Remarks
1. Center Frequency Fr   10   MHz  
2. Output Waveform     CMOS     Square wave
3. Initial Frequency Deviation ∆f/FN -50   +50 ppb @ +25°C
4. Frequency Stability vs. Temperature ∆f/FOP -0.1   +0.1 ppb -40~+85°C, fref = (fmax + fmin)/2
5. Short-Term Frequency Stability       0.005 ppb/s Allan Deviation, after >1h power-on
6. Warm-Up Time       5.0 min Frequency deviation within ±15ppb from power-on to 1 hour
7. Frequency Stability vs. Voltage ∆f/FV -0.1   +0.1 ppb 15pF ±5%
8. Frequency Stability vs. Load ∆f/FL -0.1   +0.1 ppb RL//CL ±10% @ +25°C
9. Daily Aging ∆f/FAd -0.1   +0.1 ppb Measured after 30 days of operation
10. Annual Aging ∆f/FA1 -10   +10 ppb  
11. Supply Current ICC     160 mA During warm-up (heating)
        600 mA Steady state @ +25°C
12. Control Voltage VC 0 2.5 5.0 VDC 2.5V ± 2.5V
13. Frequency Pull Range F-PULL ±0.3     ppm Positive slope
14. Phase Noise           @ +25°C
  LRMS   -125   dBc/Hz @ 10Hz offset
      -135   dBc/Hz @ 100Hz offset
      -145   dBc/Hz @ 1kHz offset
      -150   dBc/Hz @ 10kHz offset
      -150   dBc/Hz @ 100kHz offset

 

For other frequencies of high-stability oscillators, different package sizes are available to meet various customer requirements. If you need specific specifications or customized parameters, please contact your dedicated sales or technical engineer.

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