ECS-143-20-30B-TR

ECS-143-20-30B-TR Application Field and Working Principle

Crystals are featured in a wide variety of applications and have been used for centuries in jewelry or clockmaking. They come in diverse shapes and sizes, each used for a specific use. In the modern world, crystals are used to make electronic devices, such as oscillators, Crystal Controllers, and more. The ECS-143-20-30B-TR Crystal is one such electronic device. This small quartz crystal is used in a variety of applications, such as radio transmitter and receiver, clock oscillator, and semiconductor manufacturing.

The ECS-143-20-30B-TR Crystal is designed to operate in the range of 15-30 MHz and is commonly used to control the oscillator of a digital radio receiver. The operating temperature range for the crystal is -40 to + 125 Degree Celsius. The ECS-143-20-30B-TR crystal is made from high-quality quartz and is a small cylindrical device with a diameter of 25.4 mm, a height of 7.9 mm, and a total weight of 18.6 grams.

The working principle of this type of crystal is based on the piezoelectric effect, which is the generation of an electric field when a material is subjected to mechanical stresses. The ECS-143-20-30B-TR crystal is designed to resonate at a specific frequency, called its resonant frequency or natural frequency. When an external oscillating signal is applied to the crystal, it responds by oscillating at that frequency and allows the user to control the oscillator of a digital radio receiver.

The ECS-143-20-30B-TR crystal is used in many applications, such as radio communication, clock oscillator, non-volatile memory, resonant sensor, and other kinds of circuits. It is often used in radio receivers to help filter out unwanted noise while allowing the user to pick up a desired signal. It can also be used in digital watches, automotive and consumer electronic devices, telecommunications systems, and various other electronic products.

The ECS-143-20-30B-TR crystal is one of the most widely used crystals for digital radio receivers and a valuable tool for communications and electronics. It offers excellent stability, low power consumption, and high accuracy and is a reliable, cost-effective solution for a wide range of communications and electronics projects.