FCR8.0M5

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FCR8.0M5 is a resonator device used in frequency control and timing applications. It consists of a set of quartz oscillators, each providing a single frequency which is adjustable within a certain range. The FCR8.0M5 is suitable for a wide range of applications, such as telecommunications, instrumentation, microwave and other broadcast systems, satellite systems, remote-control systems, automotive electronics, computer and home-entertainment systems.

FCR8.0M5 has the following features:

• High selectivity and excellent stability
• Low phase noise
• Small size, occupying little space in the circuit
• Adjustable frequency range allows precise tuning
• Excellent manufacturability and reliable performance

The working principle of FCR8.0M5 is based on the physics of resonators. When an electrical signal is applied to a resonator, the resonator starts to vibrate and produces an oscillating electrical signal at its resonance frequency. This signal is fed back to the resonator and results in an oscillation that is self-sustaining. The mains-frequency buffers oscillate in the same manner, resulting in the tuned oscillation of the FCR8.0M5.

The resonator uses an oscillating crystal to produce the signal. This crystal, which has a precise frequency with a very low phase noise, is designed to work in a range of temperatures, load capacities and power levels. This makes it suitable for various applications, including clocks and microprocessors. The resonator also has a frequency-adjustment feature, which is handy for precise tuning.

The output signal from FCR8.0M5 is used in various applications. It can be used as a clock signal in digital systems, as an input to digital circuits or as a reference source for frequency synthesizers. It can also be used in systems that require precise timing and synchronization, such as telecommunications systems and satellite systems.

In conclusion, FCR8.0M5 is a resonator device used for frequency control and timing applications. It has high selectivity and excellent stability, low phase noise, small size, adjustable frequency range and excellent manufacturing characteristics. The working principle of FCR8.0M5 is based on the physics of resonators, wherein an oscillating crystal produces a signal which is used for various applications such as in digital systems, frequency synthesizers, telecommunications systems and satellite systems.

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