ASV-18.432MHZ-EJ-T

Oscillators

The ASV-18.432MHZ-EJ-T are oscillators, which are electronic components that produce an output signal consisting of regular, repetitive, alternating waves of a certain frequency. Oscillators can be found in almost every electronics application, ranging from radio receivers to computers and mobile phones.

The frequency of the output signal of an oscillator is determined by the components of the oscillator. The ASV-18.432MHZ-EJ-T oscillator produces a frequency of 18.432 MHz. This frequency is determined by the components used in the oscillator, which include a quartz crystal, a transistor, and an amplifier.

The quartz crystal is the key component in the oscillator circuit. It is composed of piezoelectric material, which means that when an electrical signal is applied to it, it changes shape and produces an AC voltage as a result. This AC voltage is used to drive the transistor and amplify the output signal. The transistor then amplifies the output signal and sends it back to the quartz crystal, which produces an alternating voltage that is of the same frequency as the applied voltage. This cycle is repeated, producing a regular, repetitive, alternating signal of a fixed frequency.

The ASV-18.432MHZ-EJ-T oscillators are commonly used in radio receivers and communications systems. The frequency of the output signal can be precisely tuned to a specific frequency to receive or send a signal. This allows reception and transmission of a signal at any frequency within the range of the oscillator.

The oscillator can also be used in other applications, such as test and measurement equipment, clocks and watches, audio equipment, and automotive electronics. Oscillators are essential components for any electronic application, as they are responsible for producing an output signal of a precise frequency.

In summary, the ASV-18.432MHZ-EJ-T is an oscillator designed to produce an output signal at a precise frequency of 18.432 MHZ. The components used in the oscillator are a quartz crystal, a transistor, and an amplifier. This oscillator is commonly used in radio receivers and communications systems, but can also be used in other applications such as test and measurement equipment, clocks and watches, audio equipment, and automotive electronics.