XRCGB32M000F3N00R0

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Crystals, found in almost all electronics, are cheap and efficient components used to produce electrical signals with very accurate frequencies. The XRCGB32M000F3N00R0 crystal is one of the most popularly used crystals in many applications for its reliability, accuracy, and consistent performance. It offers superior frequency performance within +-30ppm stabilities, with a frequency range of 16 MHz - 40 MHz.

The XRCGB32M000F3N00R0 crystal is used in many industries such as telecom, automotive, and industrial applications. It is ideal for audio, video, and data signals applications, making it a versatile component for many engineers. This crystal is typically used in radio receivers, frequency synthesizers, digital circuits, logic and memory clocks, oscilloscopes, and more.

The XRCGB32M000F3N00R0 crystal utilizes a monolithic stack of AT-cut quartz resonators placed on an AT-cut quartz substrate. The crystal operates by passing an electrical signal through the resonator stack, which causes mechanical vibrations in the crystal. These vibrations create internal resistance and capacitance that allows the quartz to act as an oscillator. The frequency of the oscillations is determined by the physical dimensions of the crystal resonators, and the frequency of the oscillations is the frequency of the crystal.

The electrical inputs to the XRCGB32M000F3N00R0 crystal are ground and an oscillator signal. The oscillator signal is sent to the resonator stack causing the vibrations that generate the oscillations. The electrical output of the crystal is determined by the crystal’s frequency and its frequency stability. The output of the crystal depends greatly on the quality of the AT-cut quartz substrate and the AT-cut quartz resonators.

The XRCGB32M000F3N00R0 crystal is a reliable and efficient component for many applications. It is used in radio receivers, frequency synthesizers, digital circuits, logic and memory clocks, oscilloscopes, and more due to its stability and ability to maintain accurate frequencies. The crystal utilizes a monolithic stack of AT-cut quartz resonators placed on an AT-cut quartz substrate to generate electrical signals with very accurate frequencies. It is a versatile component with a wide range of applications and is widely used in many industries such as telecom, automotive, and industrial applications.

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