ATS041C-E

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Crystals are a type of solid-state oscillator that have no moving parts and can generate clocks, oscillators and timers. They are used extensively in electronics and computing to control the timing and synchronization of electronic systems. One type of crystal oscillator, the ATS041C-E model, is used for precision frequency generation and ultra-low jitter (phase noise) performance. This article will discuss the different applications of the ATS041C-E, as well as its working principle.

The ATS041C-E crystal oscillator is a miniature high-precision quartz oscillator of the SAW type. It has fast start-up time and stability over a wide temperature range and is suitable for a wide range of applications including oscillators, timers, frequency references, communication systems, oscilloscope triggers, and microcontroller-based systems.

One of the main applications of the ATS041C-E is precision frequency generation. This is due to its excellent frequency stability and low jitter performance. It has a frequency range of 1kHz to 162MHz and is built using AT cut quartz crystal for improves tight frequency control. It also has an accuracy of +-20ppm, which is tight frequency control compared to other quartz crystals. This makes it an ideal frequency source for clock generators, radio receivers and frequency synthesizers.

The ATS041C-E is also suitable for communication systems and timing applications requiring ultra-low jitter performance. The low-jitter technology used in the oscillator minimizes undesired components in the output signal, resulting in less interference to avoid timing errors and increased signal quality. This makes it an ideal choice for sophisticated data communications and clock synchronization in a variety of applications.

In addition to its applications, the ATS041C-E also has a unique working principle. It uses a quartz timing element as the resonator and a SAW filter to maintain stability and accuracy by controlling the frequency of the output. The oscillator is powered by a 3.3V power supply and produces a sinusoidal output signal in the positive and negative directions. This is then frequency-doubled and divided by two to obtain the desired frequency.

The ATS041C-E crystal oscillator is a reliable and accurate oscillator that is suitable for a wide range of applications. It has a wide frequency range and excellent frequency stability and jitter performance, which makes it ideal for use in precision frequency generation and communication systems. Its unique working principle enables it to produce a sinusoidal output that is then divided to obtain the desired frequency.

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