416F370X2CDT

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Crystals have been around for centuries, used in different ways to amplify signals and keep time. The 416F370X2CDT crystal is a modern example of the technology and it serves specific purposes. This particular crystal is a voltage-controlled oscillator (VXO) that operates on multiple frequencies and its application fields as well as its working principle will be discussed in further detail.

The 416F370X2CDT is primarily used in radio telemetry and radio-navigation systems, specifically those operating in the 300 MHz to 2.5 Ghz frequency range. The crystal generates a stable electrical signal from an oscillator circuit that is modulated according to the device’s settings. This type of crystal is particularly useful because it is small, cost-effective, and produces predictable frequencies for accurate calculations and measurements.

The crystal works by oscillating an electric field within two sets of electrodes. The two electrodes are connected to an electrical circuit that passes a direct current through them. As the voltage of the current changes, it affects the electric field in between the two electrodes and causes the crystal to oscillate. The oscillations create an alternating electric field, which is then converted into a frequency that is used to perform calculations and other functions.

This crystal is an ideal choice for an oscillator circuit because of its high level of accuracy and stability. The 416F370X2CDT is calibrated to an accuracy of ±10ppm over a temperature range of -40°C to +85°C and can produce frequencies as low as 7.5KHz and as high as 2.5GHz. It also has excellent noise rejection capabilities, meaning it can pick up subtle changes in the environment.

The 416F370X2CDT crystal has a wide range of applications in radio-navigation and telemetry systems. It is used to accurately measure the frequencies that are used for navigation and communication purposes in aviation, marine, satellite, and military applications. It is also used in consumer electronics, such as MVDS systems, to pick up input signals for precise calculations and control systems.

In summary, the 416F370X2CDT crystal is an ideal choice for radio-telemetry and radio-navigation applications. The crystal is calibrated to operate over a wide frequency range and has exceptional noise rejection properties. Its small size and cost-effective production make it a great addition to any electronic circuit. The crystal’s working principle revolves around oscillating electric fields which allow it to produce precise frequencies for communication or navigation purposes.

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