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Radiation-Tolerant Oscillators for New Space


The need for economically priced oscillators for LEO applications presents a challenge for high-reliability designs. It is important to balance the need for reliability, cost and performance for oscillators in LEO environments.

To meet these requirements, we have taken oscillator designs that have proven track records for performance, yields and design margins and improved them to handle Total Ionized Dose (TID) and single event latch-up levels anticipated for LEO environments. This approach has resulted in our L series portfolio of robust oscillators that can meet the LEO requirements for mission life, launch conditions, radiation tolerance and lower cost.

Exo-Atmosphere Missions

Low Earth Orbit Satellites

Small Satellites

Launch Vehicles

All L-Series Products Parametric Chart


L-Series Application Notes and Additional Information


Title
Category
Absolute Pull Range Application Notes
Coefficient Corrected Oscillator Application Notes
Phase Noise Application Note Application Notes
Oscillator Terminology Definitions Application Notes
Method for Measurement for Crystal g-sensitivity Application Notes
Airflow and time domain frequency stability Application Notes
SC Cut Resonators with Low g-sensitivity Application Notes
Environmental Influences on Quartz Oscillator Short Term Stability Application Notes
Oscillator Short Term Stability and Allan Deviation Application Notes
Signal Types and Terminations Application Notes
Phase Noise Tutorial Application Notes
Oven Controlled Crystal Oscillator Operation Application Notes
Optimizing the OX-601 and OX-502 Performance. Application Notes
Alternatives to the Miniature Atomic Clock Application Notes
How To Choose An Oscillator To Support 1588 Timing Applications Application Notes
Holdover Oscillators Application Notes
1588 Optimized Oscillators Application Notes
Influence of Oscillator Behavior on Accumulated Phase Error during Dynamic Environmental Conditions Application Notes
Simplifying Holdover Design in Synchronization Applications. Application Notes
Enhanced Clock Stability for the 1588 enabled network Application Notes
Crystal Parameter Definitions Application Notes
Jitter in Clock Sources Application Notes
Clock_Jitter_Basics Application Notes
Jitter Bandwidth and Spectral Content Application Notes
Operating Guidelines for the TX-801 family of TCXOs Application Notes
RMS Jitter Calculation Application Notes
TCXO Theory of Operation Application Notes
Clock Jitter Basics Application Notes
TX-801 – Application Note Application Notes
TCXO Tutorial. Application Notes
Title
Category
Vectron Space Brochure Product Documents
Vectron Products Brochure Product Documents

Additional Oscillator Products Acquired from Vectron®


With the acquisition of Vectron, we offer a more comprehensive portfolio of oscillator technologies, services and solutions, so you can build more reliable systems supporting today’s precise timing standards. These solutions include OCXOs, TCXOs, VCXOs, VCSOs, GNSS-DOs, high-reliability crystals and high-reliability space and defense products.