AT-8.000MAPY-T

Crystals are commonly used in various electronic devices, as they allow for precise frequency control and timing functions. The AT-8.000MAPY-T is a type of crystal oscillator that has become increasingly popular for applications requiring a very high stability output frequency. This crystal oscillator is used in a wide variety of fields, from consumer electronics to automotive applications, and its high-precision performance makes it the perfect choice for many products.

The AT-8.000MAPY-T crystal oscillator is a monolithic integrated circuit (IC) that provides a stable output frequency following a precise programmable frequency. This programmable frequency is an internal modem generated from the frequency selectable resistor. The frequency is programmed by external frequencies, enabling precise control of the output frequency and ensuring reliable timekeeping. It also features ultra-low power dissipation to ensure maximum battery life.

The AT-8.000MAPY-T is typically used in applications that require precise frequency control, such as communication and data transfer applications, as well as various automotive applications, including in-car navigation systems and vehicle tracking. Its stable, low power output makes it ideal for use in mobile devices, such as smartphones and tablets, where energy efficiency is of paramount importance. It also makes an ideal choice for embedded systems, as it offers reliable performance and a wide frequency range.

The working principle of the AT-8.000MAPY-T is simple. An external frequency is applied to the crystal, generating a temperature dependent frequency. This temperature dependent frequency is then filtered and amplified to produce the required oscillation. The frequency range is determined by the frequency selection resistor, allowing for precise control of the output frequency. The output frequency is also very stable, as it is dependent on the constant temperature.

The AT-8.000MAPY-T crystal oscillator is proving increasingly popular in a wide range of applications that require precise frequency control, reliable timekeeping, and low power consumption. Its ability to provide stable frequencies over a wide range of temperatures makes it an ideal choice for consumer electronics, automotive applications, and embedded systems. It is also one of the most cost-efficient and reliable crystals available on the market today.