ECS-120-S-4X

ECS-120-S-4X Application Field and Working Principle

ECS-120-S-4X is a type of quartz crystal oscillator that has various applications in many industries. It is used in various frequency applications ranging from 1 MHz to 48 MHz and has a wide range of applications in telecommunications, computer services, radio racing, audio, industrial electronics, test instruments, and other frequency-sensitive applications. This type of crystal oscillator has gained popularity in terms of frequency precision and stability.

The working principle behind ECS-120-S-4X is based on the piezoelectric effect. The quartz crystal oscillator is made up of a quartz crystal resonator that exhibits a piezoelectric effect. The crystal has electrodes fixed to it, which makes it capable of generating a potential difference when stress and strain are applied. When current is fed to the electrodes, the piezoelectric effect causes the crystal to oscillate at a certain frequency. This frequency is known as the resonant frequency and is determined by the size and shape of the crystal.

The main application area for ECS-120-S-4X is in frequency control for wireless communication, as it provides extremely precise and stable frequency. It is also used in radio receivers and transmitters, mobile phone base stations and wireless systems, power control systems, radio transceiver systems, and many other areas. In addition, the ECS-120-S-4X crystal oscillator can also be used in various digital communication systems, such as PCM and TDMA, as well as voice communication systems.

The design of the ECS-120-S-4X is extremely compact and reliable. It has a very low power consumption and reduces the need for optimization and maintenance. The oscillator has a high immunity to shock and vibration and its resonance frequency is tuned over a wide temperature range. It also offers excellent start-up performance, fast settling time and low jitter.

The ECS-120-S-4X is easy to set up and use and is suitable for both commercial and industrial use. It is widely used in many electronic applications and its frequency accuracy, stability, and reliability make it one of the most reliable crystal oscillators available today.