ASVMX-25.000MHZ-5ABA-T Crystals, Oscillators, Resonators

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Oscillators are electrical devices that generate a periodic, oscillatory electrical signal, often sine wave or square wave. ASVMX-25.000MHZ-5ABA-T is an oscillator designed for the optimization of timing and frequency control.

The ASVMX-25.000MHZ-5ABA-T oscillator offers a variety of features for use in high performance applications. Its quartz crystal oscillator circuit utilizes a quartz piezoelectric substrate, allowing for precise frequency stability and accuracy. The oscillator also features low power consumption, low voltage operation, low power dissipation, and an asymmetric 1:4 output signal.

ASVMX-25.000MHZ-5ABA-T oscillator is designed to provide stable, accurate frequency and timing control in a variety of electronics applications. It has been used in many types of communication systems, including radio, television, satellite, cellular phone, wireless, and other audio video systems. Additionally, the oscillator has been used in medical equipment, video surveillance systems, test and measurement equipment, and in industrial automation.

In terms of working principle, the oscillator utilizes a quartz crystal substrate with a piezoelectric effect. When a voltage is applied to the substrate, the crystal expands and contracts, thereby producing an oscillating electrical current. This current is then amplified and fed into an amplifier circuit to produce a stable output signal.

The ASVMX-25.000MHZ-5ABA-T oscillator is also capable of providing a low jitter signal, which is necessary for digital communication systems. The low jitter signal helps reduce errors in data transmission and reception. The low phase noise characteristics of the oscillator can also be used to reduce the amount of power necessary to generate a signal, resulting in increased battery life.

The ASVMX-25.000MHZ-5ABA-T oscillator is a highly reliable, cost effective device for a range of timing and frequency control applications. Its low power consumption, low noise performance, and low jitter signal make it an ideal choice for many applications.

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