FCR16.0M2GT

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The FCR16.0M2GT is an example of resonator technology. It is a device which is used to generate precisely tuned frequencies. It can be used to help regulate the frequency of an electrical circuit. In a typical application, FCR16.0M2GT resonators are used to create a frequency reference signal to be used in radio systems, digital communications, and measurement systems. The FCR16.0M2GT resonator works by producing an oscillating electric signal at a fixed frequency. By controlling the output frequency, the FCR16.0M2GT can be used to create a frequency reference signal with very high accuracy.

FCR16.0M2GT resonators are often used in applications where highly accurate frequency references are required. Such applications include frequency synthesizer circuits in communication systems and precision oscillators in measurement systems. In addition, FCR16.0M2GT resonators can be used as a frequency reference for timekeeping systems such as GPS receivers and atomic clocks.

The FCR16.0M2GT resonator is a piezoelectric device, which means that it uses a property of certain materials called the piezoelectric effect. The piezoelectric effect is what causes the oscillation of the signal at a fixed frequency. It works by applying a mechanical stress (in this case, an electric voltage) to a piezoelectric material. When this voltage is applied, the material deforms, producing an oscillating electric signal. The frequency of this signal is determined bythe properties of the material and the voltage applied.

Since FCR16.0M2GT resonators are piezoelectric devices, they are relatively small and lightweight. They have few moving parts and are relatively robust, making them suitable for use in many different types of applications. In addition, because the output signal is highly stable, FCR16.0M2GT resonators can be used to generate very accurate frequency reference signals, making them ideal for applications where frequency accuracy is critical.

FCR16.0M2GT resonators are available in a variety of sizes and frequencies. The most common sizes are 16.0 MHz, 11.059MHz and 15.36MHz. The output frequency of a FCR16.0M2GT resonator can be adjusted by changing the applied voltage, so it is relatively easy to match an existing frequency standard. The output frequency can also be adjusted to a higher or lower frequency than the standard frequency with fairly good accuracy.

The FCR16.0M2GT is a versatile and reliable device which is suitable for a wide range of applications. Its small size, light weight, and high accuracy make it ideal for many types of frequency reference systems, including radio communications, digital communications, GPS receivers, and timing systems. With its ability to generate highly accurate frequency references, the FCR16.0M2GT resonator has become an indispensable tool in modern frequency-controlled applications.

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