ECS-36-20-5P-TR

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Crystals have a wide range of applications in electronics and telecommunications, such as as frequency control and timekeeping for consumer electronics, microwave ovens, clocks and watches, personal computers, and military communication systems. ECS-36-20-5P-TR (ECS) is a type of crystal oscillator used for frequency control and timekeeping. In this article, the application field and working principle of the ECS will be discussed.

ECS is an ideal choice for applications that require low power consumption and stability over a wide operating temperature range. It is capable of operating simultaneously at dual frequencies and has a small form factor, making it ideal for embedded applications. With a frequency range of 30 MHz to 45 MHz, the ECS also has a wide range of frequency selectable output waveforms (square wave, sine wave, bipolar wave). It is also backed by a stable power supply which maintains constant output frequency.

The ECS is specifically designed for applications involving frequency control, timing, or oscillation in embedded systems and circuit boards. The low power consumption has a positive effect on the environment, while the broad frequency range makes it suitable for a wide number of applications. The output waveforms also make it ideal for various applications, such as clock generation in server boards and large-scale data applications.

The working principle of the ECS is based on crystal resonance, which is a phenomenon that occurs when an electrical field of a specific frequency is propagated through a conductive medium such as quartz crystal (or a quartz crystal oscillator). As the electric field oscillates, vibration sets up in the crystal itself, which is then converted into an electrical signal. This electrical signal is then used as a reference signal by the circuit, to provide precise control of the oscillation frequency.

The ECS crystal is maintained at its resonance frequency by an active circuit design and the precise design of the electrode network on the oscillator. The active circuit design minimizes the effect of temperature fluctuations and guarantees that the output frequency is well-maintained under the condition of normal operation. In addition, the electrode network is designed to be highly resistant to dynamic interference, which helps maintain the crystal oscillator\'s accuracy for a longer duration.

In conclusion, ECS-36-20-5P-TR is an ideal choice for applications involving frequency control or timekeeping. Its low power consumption and wide frequency range make it suitable for a number of embedded systems and circuit boards. Its output waveforms make it ideal for clock generation and large-scale data applications. Furthermore, it is backed by a stable power supply and precise design of the electrode network which helps to ensure that the output frequency is well-maintained. All these factors make the ECS a reliable frequency control and timekeeping device.

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