ECS-200-20-5PX-TR Crystals, Oscillators, Resonators

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Crystals have become a critical application in many different fields due to their unrivaled accuracy and high performance. The ECS-200-20-5PX-TR (hereafter referred to as “ECS”) is a type of crystal manufactured by ECS Corporation and is widely used in systems requiring high-precision timing devices. Its application field and working principle are examined in this article in order to better understand the unique features of this device.

ECS crystals are mainly used for frequency control, stability and timing circuits in many types of applications. These applications include: communication systems, VHF/UHF radios, base station systems, medical imaging, automotive applications, and many more. Due to its excellent stability and accuracy, the ECS crystal is the most commonly used for precision timing. Additionally, it is often used for switches and sensors, global positioning systems (GPSs), frequency synthesisers, and high-precision instruments.

The working principle of the ECS crystal is based on the physical phenomenon of piezoelectricity. Piezoelectricity is a property of certain crystalline materials that allows them to respond to mechanical stresses and convert them into electrical signals. The ECS crystal has a particular structure that allows it to generate and maintain an electrical field when it is subjected to mechanical stress. This field then oscillates at a frequency determined by the particular structure of the crystal. This oscillation is then used to drive the components of the system or to provide a time reference.

The ECS crystal is designed to operate over a wide temperature range, from -40°C to +85°C without additional cooling. This makes it perfect for applications that require high-precision, long-term timing accuracy under harsh environmental conditions. Additionally, the ECS crystal is highly reliable and features a low temperature coefficient, eliminating potential errors due to temperature fluctuations.

The ECS crystal is also designed to minimize jitter and minimize noise, making it ideal for applications such as video processing or pulse code modulation, which require large amounts of data transfer. The device also features an ultra-low power consumption, which makes it ideal for battery operated systems. Moreover, the device is highly accurate and stable, providing reliable frequency control and excellent accuracy over the long term.

The ECS crystal is arguably the most accurate and reliable type of crystal available, making it the perfect choice for many applications. Its application field includes communication, audio/video, medical imaging and automotive systems. Its working principle is based on the phenomenon of piezoelectricity and its features include high-precision, long-term accuracy, low power consumption, jitter and noise minimization, and a wide operating temperature range. All of these features make the ECS crystal an ideal choice for many timing and frequency control applications.

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