445C3XG16M00000

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Crystals are among the oldest of electronics components. Since their invention in the late 19th century they have been used in all kinds of applications, and have become increasingly important over time. In recent years, the 445C3XG16M00000 crystal has become a popular choice for many electronic applications due to its high stability and small size.

This crystal oscillator operates in the range of 800 MHz to 1600 MHz and has a low harmonic distortion. It is perfect for embedded applications that require precision timing, high frequency stability and a small form factor. It is used for frequency control and automatic frequency compensation in communications systems and high performance instrumentation.

The 445C3XG16M00000 is a quartz crystal oscillator with a rectangular-shaped base and a hermetic copper can. It has extremely low harmonic distortion and highly stable frequency control, and offers excellent environmental protection. It is designed for operation in extreme environmental conditions and is highly reliable. It is also RoHS compliant and conforms to the highest industry standards.

The working principle of the 445C3XG16M00000 is based on piezoelectricity. Piezoelectricity is a reversible phenomenon in which a crystal becomes electrically charged when mechanical stress is applied to it. In the case of the 445C3XG16M00000, the crystals are cut so that when the stress is applied, they oscillate at the desired frequency with a very high degree of accuracy and stability.

This crystal oscillator is designed to maintain a long-term stability with a short-term stability of ±10ppm. The very low harmonic distortion of this oscillator also helps to reduce the risk of faulty operation in applications that have high switching speed or require extremely precise timing. It is also designed to operate in a wide range of environmental conditions, making it suitable for use in a variety of environments.

The 445C3XG16M00000 is a perfect choice for a variety of electronic applications because of its small size, high frequency stability and low harmonic distortion. It is an excellent choice for frequency control and automatic frequency compensation in applications such as communications systems, frequency monitoring and tracking systems, precision instruments and embedded systems.

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