2pcs/ High Precision Temperature Compensated Crystal Oscillator 22.625mhz 0.1ppm High Stability Crystal Oscillator

Introducing the 2pcs/ High Precision Temperature Compensated Crystal Oscillator 22.625mhz

For industries that require high stability crystal oscillators, the 2pcs/ High Precision Temperature Compensated Crystal Oscillator 22.625mhz 0.1ppm is the solution. It is widely used in telecommunications, aerospace, and military applications that require precision timekeeping and frequency generation.

Advantages of 2pcs/ High Precision Temperature Compensated Crystal Oscillator

The 2pcs/ High Precision Temperature Compensated Crystal Oscillator has several advantages over other crystal oscillators.

High Stability: The frequency stability of this oscillator is as low as 0.1 ppm, making it one of the most stable crystal oscillators available in the market.
Precision Timing: The oscillator's temperature compensation circuitry ensures that the output frequency remains stable, even when subjected to temperature changes. This feature allows for highly accurate timekeeping and synchronization.
Compact Size: The oscillator's compact size makes it suitable for use in small electronic devices while maintaining its high stability and accuracy.
Low Power Consumption: The oscillator has a low power consumption rate, making it an efficient and cost-effective solution for high-frequency applications that require minimal power consumption.

Technical Specifications

The 2pcs/ High Precision Temperature Compensated Crystal Oscillator has the following specifications:

Frequency: 22.625 MHz
Frequency Stability: 0.1 PPM
Operating Temperature Range: -40°C to +85°C
Supply Voltage: 3.3 VDC
Size: 7.0mm x 5.0mm x 1.5mm

Conclusion

The 2pcs/ High Precision Temperature Compensated Crystal Oscillator 22.625mhz 0.1ppm is a high-quality oscillator that meets the high stability requirements of modern industries such as telecommunications and aviation. Its compact size, low power consumption, and precision timing make it an ideal solution for applications that demand high accuracy and reliability.