ASCSM-14.7456MHZ-LY-T

Oscillators

ASCSM-14.7456MHz-LY-T is a type of oscillator that is used in many applications. An oscillator, by definition, is an electronic device that produces electrical energy in a periodic, alternating form. It is often used to generate electrical waves and is often utilized for a variety of applications, such as clocks, radio transmitters, and musical instruments.

Application Field

The ASCSM-14.7456MHz-LY-T oscillator is a popular choice for radio frequency, audio frequency, and industrial applications. Radio frequency applications include the generation of frequency oscillations for modulating and demodulating audio and video signals, as well as for carrier wave transmission. Audio frequency applications include generating waveforms to produce harmonic sounds used for playback in musical instruments, sound reproduction systems, and amplifiers. Lastly, industrial applications include challenging industrial frequency control and measurement, as well as monitoring drilling and milling of materials.

Working Principle

The main principle behind the ASCSM-14.7456MHz-LY-T oscillator is to convert a DC voltage into an AC voltage. As the AC voltage is generated, an electrical current is created in the form of a sine wave, which then operates in a unidirectional fashion. The ASCSM-14.7456MHz-LY-T oscillator is based on the concept of self-excitation, which means that no external stimulation is necessary in order to create the oscillating signal. The output frequency of this type of oscillator is determined by the values of a few key components, which makes it a reliable and stable choice for frequency regulation.

The ASCSM-14.7456MHz-LY-T oscillator is designed to operate at an output frequency of 14.7456MHz with a low-friction output power of up to 10V. The oscillator is capable of providing a high degree of frequency stability, and can be easily adjusted and tailored to meet specific applications. As a result, the ASCSM-14.7456MHz-LY-T oscillator is a versatile solution for frequency regulation, and has been utilized in a variety of different applications, including radio frequency, audio frequency, and industrial applications.