9600QT

The space-qualified 9600QT can be delivered in only 4 weeks for engineering models and 12 weeks for flight models. It features a 3rd overtone SC-cut class s quartz resonator and sustaining electronics controlled at a precise temperature to achieve temperature insensitive performance with excellent short-term stability, phase noise and aging.

Compact Without Compromise
Class K-qualified hybrid circuitry allows for the greatest possible reduction in size without compromises in performance or reliability.

Short Lead Time, Rugged Performance
A standard configuration enables industry-leading delivery times for a space qualified OCXO designed to perform as specified when exposed to radiation of up to 100krads and a pyrotechnic shock of up to 3000g.

Mil Spec Manufacturing
Assembly is performed by skilled operators certified to NASA-approved workmanship standards. Hybrid circuits are produced at facilities qualified to MIL-PRF-38534C.

• Short lead time space-qualified parts:
  4 weeks engineering models
  12 weeks flight models
• Output Frequency: 5 MHz
• Warm-up Time: ≤ 10 minutes @ +25°C
• Low Power Consumption: <1.5W @25°C (Vacuum)
• Compact Size: 2.5" x 2.08" x 1.21"
• Frequency Aging: +/-1.0 E-10 per day
• Frequency Change vs. Temperature: ±5.0E-9: (-30°C to 65°C)
• Radiation Rated: 100 krad (Si)

When fast delivery is critical for a high-performance space-qualified OCXO, the 9600QT offers a quick-turn standard feature set that is ideal for applications such as:

• Satellite clock reference
• Satellite transmission
• Satellite tracking and guidance

Data Sheet

9600QT Compact High-Performance Space-Qualified OCXO (PDF)