ATS196B-E

Crystals come in many shapes and sizes and serve a wide variety of applications. One such type of crystal is the ATS196B-E, which is typically used for tuning applications in the audio and video industries. It is an ultra-low noise crystal oscillator that provides precise, stable frequency control over a wide range of temperatures and supply voltages. This article will discuss the ATS196B-E application field and working principle in detail.

ATS196B-E Application Field

The ATS196B-E crystal is ideally suited for tuning applications in the audio and video industries. It is designed to produce a precise frequency that can be controlled over a wide range of conditions. It is also suitable for use in the control of radio broadcast and television receivers, as well as RFID applications.

The ATS196B-E is a low-noise, high-frequency crystal oscillator. It is capable of producing precise, stable frequency control over a wide range of temperatures and supplies. It also features high frequency accuracy, low phase noise, low jitter and low distortion. This makes it ideal for use in high-end audio and video applications that require precision control over frequency.

ATS196B-E Working Principle

The ATS196B-E crystal is based on the piezoelectric effect. This is a phenomenon in which the pressure applied to an object triggers an electrical charge. When a voltage is applied to the crystal, the resulting electric field induces strain in the crystal, causing it to vibrate at its resonant frequency.

The frequency of this vibration is determined by the physical characteristics of the crystal. This is why the ATS196B-E crystal is used for precise frequency control, as its frequency can be adjusted by changing the characteristics of the crystal. The frequency can also be adjusted by changing the applied voltage, thus providing precise control over frequency over a wide range of conditions.

The ATS196B-E is a very reliable crystal oscillator, providing excellent frequency stability over a wide range of temperatures, supply voltages and frequencies. It is also very low noise, producing minimal distortion and jitter. This makes it an ideal choice for use in precision applications in the audio and video industries.