FC4SBBMD16.0-T1

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Crystals are used in many industries and the FC4SBBMD16.0-T1 is a special type of crystal oscillator which is used in a variety of applications.

The Application Field of FC4SBBMD16.0-T1

The FC4SBBMD16.0-T1 crystal oscillator is an important component in wireless communication, providing timing signals for modulation and demodulation of high-frequency packets of communication. The FC4SBBMD16.0-T1 crystal oscillator is also used in radar, sonar, aerospace, medical, and industrial automation applications. It can also be used for frequency synthesis and has a low jitter.

The FC4SBBMD16.0-T1 is well-suited for automotive and high reliability applications. It is designed with low ESR, a wide frequency range of up to 16GHz, and high frequency stability. It can also maintain a high level of accuracy with a wide operational temperature range of -55°C to 110°C. The FC4SBBMD16.0-T1 crystal oscillator also has exceptional shock and vibration characteristics.

The Working Principle of FC4SBBMD16.0-T1

The FC4SBBMD16.0-T1 crystal oscillator is an oscillating circuit with an LC tuned circuit containing a quartz crystal. The crystal produces vibrations when electrical energy is applied, and the resonant frequency of the crystal is determined by the size and shape of the crystal. This resonant frequency determines the frequency of the output signal.

The FC4SBBMD16.0-T1 crystal oscillator has two different resonant modes that allow for high frequency stability. The first is known as the series resonance mode, where the circuit generates a higher frequency at the series resonance frequency. This mode is used for low power applications and for applications that require high frequency stability. The second mode is known as the parallel resonance mode, which produces a lower frequency at the parallel resonance frequency. This mode is used in applications such as radio transmitters and receivers, and it is also used to generate a wide range of frequencies.

The FC4SBBMD16.0-T1 crystal oscillator also has several other features that make it suitable for a wide range of applications. It has low phase noise, low power consumption, a wide frequency range, and a high resistance to shock and vibration. The FC4SBBMD16.0-T1 is also designed with a wide temperature range, making it suitable for a variety of different environments.

Conclusion

The FC4SBBMD16.0-T1 crystal oscillator is an important component for many applications. Its wide frequency range and high frequency stability make it well-suited for a variety of different applications, such as wireless communication, radar, sonar, and industrial automation. The crystal oscillator also has exceptional shock and vibration characteristics, making it suitable for automotive and high reliability applications.

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