ECS-200-20-3X-TR Crystals, Oscillators, Resonators

Crystals are a class of components used in modern electrical and electronic equipment, with the ECS-200-20-3X-TR leading the way. Though they differ slightly in shape and size, they generally function by providing a precise frequency. The ECS-200-20-3X-TR is no different and is designed to provide high-frequency, high-stability timing signals.

Crystals vary in terms of the application they are used in, their temperature stability, and the operating temperature range. The ECS-200-20-3X-TR is designed specifically for the use in electronic timing circuits, offering high accuracy and stability over the entire operating temperature range and a wide frequency range. It thus enables improved timing precision, allowing for products to operate at their best for longer periods of time.

To obtain the best possible results from a device like the ECS-200-20-3X-TR, it is important to understand its working principle. Crystals, including the ECS-200-20-3X-TR, are generally made up of two plates of quartz connected by a wire or other forms of electrical connection. This arrangement is filled with a liquid of some kind and sealed. An oscillating electrical field is applied to the quartz plates, causing them to vibrate at a frequency determined by their dimensions and the type of material used. The frequency is fixed and incredibly precise, making it ideal for use in timing circuits.

The ECS-200-20-3X-TR is mostly used in frequency synthesizers, phase-locked loops, microprocessors, and phase detectors. These applications require reliable, high-precision timing that is not affected by temperature or other environmental factors. The ECS-200-20-3X-TR is a perfect choice, as it is designed to perform under a wide range of temperatures and is capable of producing precise timing signals.

The ECS-200-20-3X-TR is a versatile and reliable crystal, capable of providing precise frequency signals when used in the right applications. Its precise timing and higher temperature stability make it suitable for a wide range of applications and products. By understanding its working principle and application field, designers can be sure to find the perfect crystal for their application, allowing for better performance, better reliability, and better timing accuracy.