ATS081B-E

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Crystals play a significant role in today\'s technological advances. They are used in a wide range of applications ranging from radio and television reception to medical and industrial equipment. In this article, we will explore the application field and working principle of ATS081B-E crystals.

ATS081B-E crystals are used primarily in frequency control applications. They are widely used in the fields of instrumentation, electronics, and microelectronics for a variety of tasks. From computers to cell phones and beyond, these crystals are essential for controlling the frequency at which signals are transmitted and received.

One of the primary features of ATS081B-E crystals is that they are designed for highly accurate frequency control. The frequency accuracy for these crystals is specified to be within ±3 parts-per-million (ppm). This means that the crystal oscillator circuit will maintain a frequency that is accurate to within a few parts-per-million.

The secret to the frequency accuracy of ATS081B-E crystals lies in the design of the crystals themselves. The frequency versus temperature performance of these crystals is carefully engineered using tiny sections of embedded quartz within the construction of the crystal. This design ensures that the temperature response of the crystal oscillator is consistent and predictable.

The ATS081B-E crystals also feature a wide frequency range. These crystals can operate in the range of 10.7 to 160 MHz, depending upon the style selected. This allows for use in a variety of frequency control applications.

The performance of ATS081B-E crystals can be further improved by adding a temperature compensator to the oscillator circuit. A temperature compensator, or “trimmer”, is a small capacitor or inductor that can be adjusted to slightly change the structure of the crystal oscillator circuit. This is done in order to further enhance the frequency accuracy over varying temperatures.

When it comes to frequency stability, the ATS081B-E crystals offer another benefit. The stability of these crystals is specified to be within ±2 x 10-7 over a range of temperatures. This level of stability is due to the high quality of quartz used in the construction of the crystals and the careful design of the oscillator circuit.

The application field and working principle of ATS081B-E crystals can be summed up as follows: they are used primarily in frequency control applications, they offer a high level of frequency accuracy, they have a wide operating frequency range, and they offer excellent stability over temperature. These features make ATS081B-E crystals an attractive choice for a wide variety of applications.

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