ABM3C-14.7456MHZ-D4Y-T

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Crystals play an important role in many electronic applications. The ABM3C-14.7456MHz-D4Y-T is one such crystal oscillator, with high-frequency stability, low temperature coefficient, and low power consumption. It is often used in the frequency control and timing management of audio, communications, and computing components.

The ABM3C-14.7456MHz-D4Y-T is a type of tuning fork crystal oscillator and it operates on the principle of the acoustic resonance effect. A metal tuning fork with two prongs is formed into a specific shape and frequency. The oscillator is oscillation is driven by an external quartz crystal.

The quartz in the oscillator is cut and shaped into a specific size and frequency, then placed into a holder, between two metal electrodes. The quartz vibrates when it is subjected to an electric field. The vibration of the quartz causes an acoustic wave which pass through the prongs of the tuning fork and end up exciting two electrical signals at the desired resonant frequency.

In practice, the ABM3C-14.7456MHz-D4Y-T is used in many electronics applications. Some of these applications include high-speed sampling and capturing of communication signals, frequency measurements, radio frequency communications, and timing control in computers.

For communications, the oscillator is often used to synchronize internal and external clocks of the communication systems. It is also used for modulation of a carrier frequency for data transmission. In computers, it is used to synchronize data flow and memory access, reduce power consumption, and provide accurate time references for applications.

In addition, the ABM3C-14.7456MHz-D4Y-T is commonly used in frequency timing applications. It can be used to synchronize the clock of a circuit and ensure that signals are sent and received at the exact same time. It also provides a reference for measuring frequency and accuracy of other electronic circuits.

Overall, the ABM3C-14.7456MHz-D4Y-T is an excellent crystal oscillator with high-frequency stability, low temperature coefficient, and low power consumption. Its various applications make it an ideal choice for various frequency control and timing management of audio, communications, and computing components.

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