ASFL3-18.432MHZ-EK-T

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Oscillators are electrical circuits which can produce a signal of a certain frequency when one of their components is supplied with a current.

The ASFL3-18.432MHZ-EK-T oscillator is a component that allows for precise control of the frequency of an electrical signal. It is used primarily in radio applications and is composed of an integrated circuit (IC) chip, a quartz crystal oscillator, and a few other passive components. The IC chip contains the necessary logic to control the oscillation frequency of the quartz crystal.

The basic operation of such oscillators is based on the piezoelectric properties of quartz crystals. Quartz is a naturally occurring material that is able to convert electrical energy to mechanical energy, and vice versa. When an electrical signal is applied to the quartz, it produces a mechanical vibration at its resonating frequency. This vibration induces an electrical signal at the same frequency as the supply. By monitoring the output frequency of the quartz crystal, the IC chip is able to control the output frequency.

The ASFL3-18.432MHZ-EK-T oscillator is specifically designed for radio applications. It is capable of producing a very stable and accurate signal, which is essential for any radio communication. The chip is designed to detect the frequency of the quartz crystal and adjust the output frequency of the oscillator to match the desired frequency.

The ASFL3-18.432MHZ-EK-T oscillator is used in a wide range of applications, from consumer electronics to commercial and military communications. The frequency range of the oscillator is from 18.432 MHz to 22.048 MHz, with better than +-50ppm of accuracy and 0.5ppm of stability over temperature. This makes it ideal for high-frequency radio communication applications where frequency accuracy and stability are crucial.

The ASFL3-18.432MHZ-EK-T oscillator is a reliable and low-cost component that provides precise radio frequency control. With its stable and accurate output, the oscillator is ideal for applications that require a high level of precision and performance.

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