ECS-100-20-5PX-TR Crystals, Oscillators, Resonators

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Crystals play an important role in modern electronic systems, performing key roles in electronic oscillators, phase-locked-loops (PLLs), clock synthesizers, and power management systems. The ECS-100-20-5PX-TR crystal is designed to operate in the range of 4.0 ~ 200MHz and provides exceptionally high stability, low power consumption and low cost. Its performance makes it ideal for applications such as environmental measurement, industrial control, laboratory instrumentation, medical devices, telecommunication systems and watch timing.

The ECS-100-20-5PX-TR is a type of Quartz crystal resonator, and works by vibrating at a precise frequency determined by its physical dimensions. It is characterized by its wide frequency range, which is up to 200MHz, and its low frequency stability, which is only 0.5 to 10 ppm at room temperature. This frequency stability makes the ECS-100-20-5PX-TR ideally suitable for accurate clock generation in many applications.

The circuitry required to drive the ECS-100-20-5PX-TR crystal is relatively simple and, unlike other oscillators, very little power is consumed. As such, it is often placed in low power, battery operated products that require precise timing and frequency stability. This includes such products as mobile phones, laptops, wristwatches, GPS receivers, security systems, etc. It is also widely used as a precise time base for triggering and sampling circuits in audio/video, industrial and scientific equipment.

The working principle of the ECS-100-20-5PX-TR crystal resonator involves the piezoelectric effect. This is the process by which a piece of piezoelectric material, such as quartz, is subjected to an external electric field, resulting in the crystal to expand or contract slightly. This expansion and contraction changes the frequency of the crystal, which is then detected and amplified on a suitable circuit, creating an electrical output.

The process of frequency generation by ECS-100-20-5PX-TR crystal resonator is further enhanced by utilizing the effect of mechanical loading. In this case, a mechanical load is often applied to the crystal in order to optimize its resonance frequency according to the desired frequency. This process involves a mechanochemical reaction that eventually leads to an increase in the output frequency. This technique is particularly useful for crystal equipment used in high security or precision timing applications.

Overall, the ECS-100-20-5PX-TR crystal resonator is an invaluable tool for modern electronic systems. Its versatile range of frequency and fine accuracy makes it perfect for demanding applications such as medical, security, and industrial control. Its simple circuitry and low power consumption makes it ideally suited for use in low-power devices where precise timing is required. Additionally, its use of piezoelectric effect and mechanical loading techniques further improve the accuracy and stability of the crystal, making it one of the most accurate and reliable pieces of quartz based resonator technology.

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