Series:	*
Part Status:	Active
Frequency:	16MHz

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Crystals

ECS-160-CDX-0847 Application Field and Working Principle

Crystals are some of the most important components in electronics, as they are indispensable for performing various tasks. The ECS-160-CDX-0847 is one of the most popular crystals for precision timing, as it is highly reliable and accurate. This article will discuss the application fields and working principle of ECS-160-CDX-0847.The ECS-160-CDX-0847 is a versatile crystal oscillator, which is widely used in many electronic applications, such as clocks, watches, computers, communication systems, medical, automotive and more. It is also the basis for many digital and analogue circuits. The ECS-160-CDX-0847 has a frequency range from 16.316 MHz to 16.444 MHz and a wide range of temperature stability; this makes it suitable for many applications.The working principle of the ECS-160-CDX-0847 is based on quartz crystals, which are able to oscillate when exposed to an electrical current. The quartz crystal is secured in a metal container, which then provides electrical isolation. The oscillations generated by the quartz are then amplified and transformed into a frequency by the circuit. The frequency range can be adjusted by changing the capacitance or the number of turns of the inductance coil.The ECS-160-CDX-0847 is ideal for applications where extremely precise timing is required, as it offers a very high degree of accuracy. It also offers low phase noise, which makes it suitable for high-frequency signals. The stability of the ECS-160-CDX-0847 is also very high, making it suitable for many different applications.In summary, the ECS-160-CDX-0847 is a versatile crystal oscillator, which is suitable for many electronic applications, such as clocks, watches, computers, communication systems, medical and automotive systems. It offers a wide range of frequency stability and high accuracy, making it ideal for those applications that require precise timing. Its low phase noise and high stability also make it suitable for high-frequency signals.

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