CS10-14.7456MABJ-UT Crystals, Oscillators, Resonators

Crystals

The CS10-14.7456MABJ-UT is a kind of crystal device that has numerous applications in various industry fields. It is a temperature compensated crystal oscillator (TCXO) manufactured by Murata. This TCXO uses a crystal to provide a highly accurate frequency reference for radio transmitters, receivers and computers.

Application

Due to its high frequency stability, CS10-14.7456MABJ-UT is widely used for time and frequency applications. It has very low aging (0.2 ppm/year) and excellent shock and vibration performance. Therefore, this TCXO is often used in many industrial fields, such as automotive electronics, military aviation and maritime radio communication, and test and measurement.

In the automotive electronics field, CS10-14.7456MABJ-UT can be used in car navigation systems and in-vehicle infotainment devices. In the military aviation and maritime radio communication fields, it can be used in various military aircrafts, vessels and equipment.

CS10-14.7456MABJ-UT is also an ideal candidate for test and measurement due to its low aging and shock and vibration performance. It is widely used in professional grade test and measurement equipments such as oscilloscopes, signal generators and frequency counters.

Working Principle

CS10-14.7456MABJ-UT is based on the principle of crystal oscillation. The internal crystal of this TCXO functions as a resonator with a specific frequency. When an alternating current passes through this crystal, it will generate a signal with a frequency exactly corresponding to the crystal frequency.

The crystal is mechanically tuned and temperature compensated, which makes the oscillation very stable under various environmental conditions. Additionally, a high precision oscillator is adopted to ensure excellent performance even in extreme conditions such as extreme temperature or pressure.

Conclusion

To sum up, CS10-14.7456MABJ-UT is a kind of temperature compensated crystal oscillator manufactured by Murata. It has excellent stability and performance, which makes it ideal for various applications in many industrial fields. Moreover, it works on the principle of crystal oscillation and is temperature compensated to ensure superior stability even in extreme conditions.