FA-20H 32.0000MF10Y-B0

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Crystals are pre-made elements used to make navigation and timing operations possible – they come in many forms and have various application fields and working principles.

FA-20H 32.0000 MF10Y-B0 is a crystal designed for use in frequency control or timing applications. It is an AT-cut quartz crystal oscillator that offers high stability and superb long-term accuracy for high-performance applications.

FA-20H 32.0000 MF10Y-B0 crystals have an operating temperature range of -20 to +70 degrees Celsius, a maximum load capacitance of 16pF, and an operating frequency range of 30 to 33MHz. It has a maximum pulling range of 26ppm, an initial frequency tolerance of +/- 30ppm. The crystal also features a low jitter of 4.30ps, a maximum RMS surge of 4V, and a maximum output drive of 4mA.

The working principle of this type of crystal is based on mechanical resonance. It is designed to create an oscillating electrical signal which is then fed into a clock circuit to control the timing of a device. The crystal is composed of two plates of quartz, which vibrate at a specific frequency when an electrical signal is applied to them. Depending on the frequency of the signal, the plates of quartz will vibrate at a certain rate. This oscillation creates a pulse which is sent to the clock circuit, and this pulse is used to measure time and to control the speed of a device.

FA-20H 32.0000 MF10Y-B0 crystals have an application field in GPS receivers, cellular phones, computers, digital watches, Wi-Fi routers, and many more. The crystal is used in these devices to ensure that they operate at the correct frequency and speed. It also helps to increase data accuracy and to reduce system power consumption.

In summary, FA-20H 32.0000 MF10Y-B0 crystals have a wide application field in many electronic devices and the working principle of this type of crystal relies on mechanical resonance. It is designed to create an oscillating electrical signal which is then fed into a clock circuit to control the timing of the device. This crystal provides high stability and superb long-term accuracy for high-performance applications.

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