ATS221B-E

Crystals

Crystals are a type of solid material whose atoms, molecules, or ions are arranged in a highly ordered structure. They are present in many items we encounter in everyday life, including radios, watches and computers. Crystals are also used to create a variety of industrial products and materials, such as laser diodes and semiconductors.

ATS221B-E is a crystal oscillator module. It is a crystal unit that contains crystals and oscillators that vibrate at the desired frequency. It has a wide range of applications which include providing precise timing and synchronization in the telecommunications and computing industries, as well as creating precise electronic frequency signals for measurement, control and test purposes.

ATS221B-E Application Field and Working Principle

The ATS221B-E crystal oscillator module is used as a reference frequency source in telecommunications and computing applications, such as mobile and landline phones, two-way radios, satellite navigation systems and networks, digital television broadcasts and medical imaging systems.

The module is designed with a resonator which is a tiny quartz crystal enclosed in a metal container. The resonator vibrates when an electrical signal is applied, producing a waveform with an exact frequency. The vibration frequency of the crystal is determined by the crystal or direction of the electrodes. At the resonance frequency, the electrical impedance is very low and the module acts like an amplifier, producing a strong electromotive force.

To ensure accuracy and reliability in the various applications it is used in, the ATS221B-E crystal oscillator module comes with several features. These include high output as well as short-term and long-term stability. The module is constructed with an oscillator circuit and a quartz crystal, which generates accurate and stable frequency output. It is also designed with a low temperature coefficient and low aging characteristic.

The ATS221B-E module is reliable, easy to install and use, and is ideal for the engineering and design of high-precision timing and synchronization circuits. With its high accuracy and reliability, the module is used in a wide range of applications, including telecommunications, medical devices, solar energy systems and industrial automation.