8Y-16.000MAAV-T Crystals, Oscillators, Resonators

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Crystals have several different types, each with its own specific application field and working principle. The 8Y-16.000MAAV-T is an example of one such type of crystal, specifically designed for use in standard temperature compensations. This type of crystal is found in virtually every category of electrical and electronic system, as it is extremely rugged and has a wide range of operating temperatures, from -20°C to +125°C.

In essence, the 8Y-16.000MAAV-T is a quartz crystal that is able to maintain its frequency stability over a variety of temperature ranges. This is achieved by taking advantage of the fact that quartz crystals display an exponential growth in their frequency over increasing temperatures. As a result, even small variations in temperature will cause significant changes in the frequency of the crystal – which is why it is important to have a crystal that can remain stable in a variety of temperature ranges.

The two most common types of crystals are the AT-cut and the DT-cut. Both types are designed to provide very low temperature coefficients (the change in frequency over temperature), but they work in slightly different ways. The DT-cut uses a parallel plate capacitance between the two plate electrodes to compensate for the frequency change in the crystal, while the AT-cut employs a third layer of material below the crystal which compensates for temperature change.

The construction of the 8Y-16.000MAAV-T, however, is quite different from the other types of crystals. Its design uses a combination of both the parallel plate capacitance and the third layer of material below the crystal to provide temperature compensation. The capacitance is used to adjust the frequency of the crystal to vary as the temperature changes. This is done by controlling the amount of electric charge that passes through the crystal in order to maintain the same frequency over a wide range of temperature.

The 8Y-16.000MAAV-T is an ideal crystal for applications where ultra-low temperature change must be maintained. This is often the case in communications, aerospace, and medical equipment, as well as other industrial processes that require very accurate and reliable frequency oscillations. It\'s also ideal for use in combination with GPS systems, and it is often used in military, automotive, and avionics applications.

The 8Y-16.000MAAV-T is highly reliable and is designed with a temperature gradient of ± 0.15 ppm/°C. This temperature range is ideal for many applications demanding stability and accuracy. The 8Y-16.000MAAV-T is also compatible with many forms of microcontrollers, offering full frequency control and measuring capabilities, making it a popular choice for embedded projects.

The specific data is subject to PDF, and the above content is for reference