ASE-14.31818MHZ-C-T3

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Oscillators are electronic components used to generate a steady-frequency signal to control digital and analog functions in a variety of applications, including telecommunications, automotive, avionics, consumer electronics and medical. ASE-14.31818MHZ-C-T3 is an example of an oscillator that has a wide range of applications and is commonly used in many fields. In this article, we will discuss the application field and working principle of ASE-14.31818MHZ-C-T3 oscillator.

Application Fields for ASE-14.31818MHZ-C-T3 Oscillator

ASE-14.31818MHZ-C-T3 oscillator has the frequency of 14.31818MHz and is suitable for applications involving high-frequency signal transmission and processing. It is often used in digital integrated circuits and timing control circuits that require a reference frequency. Common application fields for ASE-14.31818MHZ-C-T3 oscillator are radar systems, wireless communication systems, satellite navigation systems, spread spectrum communication systems, audio equipment, motor control, and medical imaging.

Working Principle of ASE-14.31818MHZ-C-T3 Oscillator

At a basic level, an oscillator is an electronic device that produces a steady, periodic output signal at a specific frequency. The output frequency is determined by the design of the oscillator circuit and the components used in the circuit. The ASE-14.31818MHZ-C-T3 oscillator is based on a voltage controlled crystal oscillator (VCXO) circuit, which is composed of an LED, a resonant quartz crystal and several other components. The circuit consists of an amplifier and a voltage regulating circuit, which controls the current through the LED. The LED, in turn, is used to induce a voltage into the quartz crystal, causing it to oscillate at a specific frequency.

When the LED is energized, the quartz crystal begins to “ring” at its resonance frequency, which is determined by its thickness and shape. The voltage of the oscillated signal is amplified by the amplifier circuit and output as a steady, periodic output signal at 14.31818MHz. The output frequency can be adjusted by changing the voltage of the LED.

Conclusion

In this article, we discussed the application field and working principle of ASE-14.31818MHZ-C-T3 oscillator. We saw that it is suitable for applications involving high-frequency signal transmission and processing, and is often used in digital integrated circuits and timing control circuits that required a reference frequency. We also discussed the working principle of the oscillator: It is based on a voltage controlled crystal oscillator, where an LED is used to induce a voltage into a quartz crystal to cause it to oscillate at a specific frequency, and the oscillated signal is then amplified and output as a steady, periodic signal at 14.31818MHz. By understanding the application field and working principle of ASE-14.31818MHZ-C-T3 oscillator, we can more effectively utilize this component in our designs.

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