ASVTX-12-A-16.368MHZ-I15-T

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Oscillators have been widely used in technology fields, and one of the most common is the ASVTX-12-A-16.368MHZ-I15-T oscillator. This type of oscillator is important in many applications and understanding its working principle can help to better understand and utilize its capabilities.

Application Field

The ASVTX-12-A-16.368MHZ-I15-T oscillator can be used in many areas that require precision timing. It is commonly used in timing circuits for communication systems, digital clocks, and microcontroller-based systems. It is also often used in satellite tracking and navigation, as well as for power line control systems.

For more specialized applications, the oscillator can be used in environment sensing and monitoring, as it has a very accurate frequency tolerance and can be set to detect environmental changes. Due to its precision, it is also sometimes used in frequency locking and modulation systems.

Working Principle

The ASVTX-12-A-16.368MHZ-I15-T oscillator works on a basic principle of resonance. It uses an internal circuit with a capacitor-inductor combination and the circuit starts resonating at a certain frequency, depending on the values of the capacitance and inductance.

This resonance frequency is then amplified by the oscillator. This amplification creates the high-frequency signal that is necessary for many applications. The oscillator also has a very stable frequency, which is important for applications that require precise timing.

The oscillator has a built-in temperature compensation circuit, which ensures that the oscillator maintains a consistent frequency even as the environment changes. Additionally, the oscillator can be configured to operate at a wide range of frequencies, up to 16.368 MHz.

Conclusion

The ASVTX-12-A-16.368MHZ-I15-T oscillator is used in a wide range of applications that require precise timing. Its main advantage is its precision and its ability to be configured to operate at a wide range of frequencies. It works on a basic principle of resonance, and it has an internal temperature compensation circuit which allows it to maintain a consistent frequency even as the environment changes.

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