445C3XG20M00000

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Crystals are commonly used for a number of applications, because of their relatively small size, high reliability and low power usage. The 445C3XG20M00000 is no exception. It’s a crystal oscillator that is commonly used for timing and clock applications in various fields. It is known for its precision and accuracy.

The 445C3XG20M00000 is a 3.2 MHz Fundamental mode crystal oscillator, with a 30 ppb frequency stability. It is built with a 16 lead Ceramic Window LCC package, with a standard 4.0 mm x 5.5mm x 1.4mm size. It has an operating temperature range of -40°C to +85°C, making it ideal for use in high temperature environments. It also has a RoHS compliant coating and a maximum load capacitance of 6pF to 12pF.

The working principle of the crystal oscillator is the same for all types. Crystal oscillators use the mechanical resonance of a particular type of crystal to maintain a precise frequency. This frequency is used for timing purposes in various kinds of circuits and applications.

The frequency of a crystal oscillator is determined by its size and the shapes of the cuts made on either side of the crystal. The crystal is cut and shaped in such a way that when it is positioned between two plate electrodes, an oscillation is created independently of any external signal or drive. This oscillation may then be used as a time reference in a clock circuit or other system.

The 445C3XG20M00000 is a popular choice for its high frequency and precision. It is used in a variety of applications, such as clock synchronization, automotive timing and communication system timing. It is also used in medical equipment, consumer electronics and other precision devices, due to its high stability and accuracy.

The 445C3XG20M00000 is a reliable and precise crystal oscillator suitable for a variety of applications. Its accuracy and frequency stability make it a popular choice for timing and communication systems, and can be used in a variety of environmental conditions due to its wide operating temperature range.

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