AT-11.0592MAHK-T

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Crystals are known for their ability to convert, store and transfer electrical energy in order to provide precise timing pulses for modern digital devices, thus making them one of the most vital components for ensuring time-accurate data synchronization between systems. The AT-11.0592MAHK-T is an advanced crystal oscillator, or commonly referred to as a quartz oscillator, that is used for applications that involve extremely precise timing, such as in telecommunications, GPS and automotive. In this article, we will discuss the AT-11.0592MAHK-T’s application field and its working principle.

The AT-11.0592MAHK-T allows for extremely precise timing and is designed to operate accurately in temperatures ranging from -10 to +70 degrees Celsius. The quartz crystal oscillator also features a wide 5.0V to 7.0V voltage supply range, allowing it to hold frequency stability even during supply voltage fluctuations. Additionally, the AT-11.0592MAHK-T is designed with compact and rugged packaging, making it ideal for applications that require a reliable and basic frequency reference system. Due to its features, the AT-11.0592MAHK-T can be used for many applications, such as for clock synchronization in smartphones, for frequency reference in automotive navigation systems, for testing equipment and for use in medical devices.

Now we can discuss its working principle. A quartz crystal is made from a slice of quartz which has been cut in the shape of a tuning fork and placed in a tiny package. The quartz is then subjected to an electrical signal, which causes it to bend and vibrate. This vibration is picked up by tiny electrode prongs on either side of the quartz crystal, which are then transferred to an oscillator circuit. This oscillator circuit then amplifies the signal to either a digital or analog output.

The AT-11.0592MAHK-T uses temperature compensated crystal oscillator (TCXO) technology to maintain extremely precise timing accuracy and stability over changing temperatures. The oscillator uses a temperature sensor which measures the temperature change in the crystal and automatically adjusts its frequency accordingly. In general, the oscillator has a greater frequency stability compared to regular quartz crystal oscillators.

In conclusion, the AT-11.0592MAHK-T is an advanced quartz crystal oscillator designed to adequately provide precise timing pulses for digital devices. It is suitable for use in many applications such as for clock synchronization in smartphones, for frequency reference in automotive navigation systems, for testing equipment and for use in medical devices. The oscillator also utilizes TCXO technology to guarantee accurate frequency stability over changing temperatures.

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