ECS-143-20-7S-TR Crystals, Oscillators, Resonators

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Crystals are essential components of modern day electronics, and ECS-143-20-7S-TR is no exception. This crystal oscillator is a high precision, low power oscillator that can be used to generate quartz crystal clocking frequencies of up to 14.3 MHz. It is designed specifically for the high-end frequency requirements of the communications industry and is ideally suited for use in base station, satellite, and other high-reliability applications.

The ECS-143-20-7S-TR utilizes a piezoelectric crystal to provide superb stability over a wide temperature range. This in turn, allows for ultra-stable system clock signals, even in applications where temperature, humidity and other environmental factors may cause instability. The crystal can clock up to 14.3 MHz, providing a highly reliable, accurate and low-power solution for frequency requirements in high-reliability communications applications.

The working principle of this crystal oscillator is relatively simple. The crystal is made up of two parts: a positively charged electrode and a negatively charged electrode. When a voltage is applied, the electrons in the positive electrode are repelled to the negative side, creating a mechanical force that causes the crystal to oscillate. As the crystal oscillates, so does the output of the oscillator, producing a periodic waveform output.

Due to its high accuracy, high frequency stability and low-power capability, the ECS-143-20-7S-TR crystal oscillator is ideal for precise timing applications and can be used to synchronize data transmission in various digital systems and telecommunications technologies. It is also well suited for use in base station timing, GPS systems and digital audio or video systems. In addition, it can be used in high-speed processors, memory units and disk drives where precise timing is essential.

In summary, the ECS-143-20-7S-TR crystal oscillator is a high precision, low-power oscillator designed specifically for the high-end frequency requirements of the communications industry. It utilizes a piezoelectric crystal to provide superb stability over a wide temperature range, allowing for ultra-stable system clock signals. The working principle of the ECS-143-20-7S-TR is relatively simple; it utilizes the repelling force of electrons to cause the crystal to oscillate, producing a periodic waveform output. The crystal oscillator is ideal for precise timing applications and it is well suited for use in a variety of applications including base station timing, GPS systems and digital audio/video systems.

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