AA-14.31818MAGD-T Crystals, Oscillators, Resonators

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Crystals are substances that have a regular and symmetrical arrangement of their atoms. They have been used for centuries for many applications, from jewelry to communication, and in modern times, for the measurement and control of electromagnetic fields. As technology advances, so do the crystals used in these applications. One such crystal is the AA-14.31818MAGD-T crystal.

The AA-14.31818MAGD-T crystal is a specialized oscillator crystal that is used in many types of electronic systems. It is an economical solution for many applications and has a wide range of uses in various fields of electronics. The AA-14.31818MAGD-T crystal can be used in oscillators, transmitters, and receivers, and has a frequency range of 1.2 to 3.6GHz.

The AA-14.31818MAGD-T crystal is a type of temperature-compensated crystal oscillator (TCXO). It is essentially a quartz crystal that is temperature compensated with a voltage-controlled temperature-dependence compensation (VCTC). The VCTC technology compensates for any temperature-dependent frequency changes and guarantees high accuracy, stability, and repeatability at all temperatures. The AA-14.31818MAGD-T crystal has an operating temperature range of -30°C to +85°C. It is manufactured using higher-quality quartz material and is available with a variety of options such as encapsulated or open-air crystals, as well as frequency options of 1.2, 3.6 and 6.0GHz.

The AA-14.31818MAGD-T crystal is used in a variety of applications such as clock generators, control and communications systems, testers, and other systems requiring precise frequency control and reliable operation. It is an excellent choice for applications where temperature stability, accuracy, noise rejection, and low power consumption are required. This crystal is stable and reliable under varying temperatures and is ideal for embedded applications or as a stand-alone clock generator.

The working principle of the AA-14.31818MAGD-T crystal is based on the property of quartz to oscillate when voltage is applied. When voltage is applied to the two “plates” of the crystal, it begins to oscillate at its resonant frequency. This frequency is determined by the size and shape of the quartz crystal. With the VCTC technology, temperature compensates the crystal so that its frequency remains within certain limits, regardless of the temperature.

The AA-14.31818MAGD-T crystal is an ideal solution for many electronic applications, providing stable and accurate frequency control in various operating environments. With its wide operating temperature range, low power consumption, high accuracy, and reliable operation, it is a valuable component for many different applications. From oscillators, transmitters, and receivers, to clock generators and testers, the AA-14.31818MAGD-T crystal can be used to ensure precision in any type of electronic system.

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