ABM10W-28.6364MHZ-6-K1Z-T3

Crystals are an integral part of electronic frequency control devices, playing a key role in transmitting, receiving, and measuring data. The ABM10W-28.6364MHZ-6-K1Z-T3 crystal is commonly used in communications, computers, and radio equipment to maintain frequency stability in oscillators. Given its small size, low-power consumption, and wide frequency range, it is a great choice for various applications.

Applications

The ABM10W-28.6364MHZ-6-K1Z-T3 crystal is primarily used in radio communications, computer and network equipment, digital television, medical instruments and equipment, green energy, automotive electronics, and digital imaging. In addition, since the crystal is built with a high-precision high-stability oscillator circuit, it can be used to provide an accurate and stable clock signal for digital data processing.

Working Principle

In operation, the ABM10W-28.6364MHZ-6-K1Z-T3 crystal works by vibrating continuously at a precisely determined frequency. As the crystal vibrates, electric charges flow through the crystal lattice, creating an alternate state between the two metal electrodes. This oscillating electric field is the primary source of the crystal’s frequency stability. When electric current passes through the metal electrodes, it causes the electric charges inside the crystal to vibrate at an optimal frequency, resulting in an alternating current (AC) output.

The ABM10W-28.6364MHZ-6-K1Z-T3 crystal also consists of two or three plates connected by metal electrodes. The plates act as a capacitor, which can convert the alternating electric field into a stable DC current. By alternating the electric fields between the plates, the electric current will oscillate at a consistent frequency of 28.6364MHz. This oscillating electric field can then be used to generate a clock signal for any electronic device.

Conclusion

The ABM10W-28.6364MHZ-6-K1Z-T3 crystal is a highly accurate and reliable frequency control device that is used in a variety of applications. It works by vibrating continuously at a predetermined frequency and is capable of providing a continuous, stable clock signal which can be used in digital data processing. Its small size, low-power consumption and wide frequency range make it an ideal choice for applications in radio communications, computer and network equipment and digital television.