FA-238V 13.5600MB-C

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Crystals come in many shapes and sizes but all feature a lattice pattern of some kind. The most common crystal used today is the FA-238V 13.5600MB-C, which is a multifunctional crystal oscillator. This crystal is popular due to its many abilities and applications, ranging from embedded devices to personal computers and beyond.

A crystal oscillator is an electronic device that generates a specific frequency based on the properties of the quartz crystal it contains. Quartz, or SiO2, is a relatively stable material and has a consistent frequency when the pressure and electric current applied to the crystal is constant. The frequency is determined by the parameters of the geometry of the crystal such as its size, shape, orientation, and the material itself.

The FA-238V 13.5600MB-C is a three-terminal crystal oscillator featuring two output modes – push-pull mode and complementary output mode. The output frequency of the crystal is determined by the crystal parameters, with the possibility of up to 20.00M external clock frequency with a cyclejitter of less than 1ps. The crystal is also capable of working in frequencies up to 450 KHz with an output current of up to 20-50mA.

The FA-238V 13.5600MB-C has a wide range of applications in embedded devices, computers, telecommunications, and other related devices. It is used as the base frequency clock source in embedded systems where the actual frequency of the clock signal needed fluctuates greatly. This crystal can also provide a significant improvement in power management in computers by reducing the energy consumption of the device. In telecommunications, the FA-238V 13.5600MB-C is used to generate specific frequencies for controlling what is known as “spread spectrum” technology, which allows users to communicate within a given band of frequencies.

The working principle behind the FA-238V 13.5600MB-C crystal is based on the piezoelectric effect, which states that when a quartz crystal is subjected to a certain frequency, a voltage is generated between the terminals of the crystal. As the frequency of the signal increases, the voltage across the crystal increases. By controlling the voltage applied to the crystal, a specific frequency can be generated. The output frequency is determined by the crystal parameters, with the possibility of up to 20.00M external clock frequency with a cyclejitter of less than 1ps.

In addition to its wide applications and high performance, the FA-238V 13.5600MB-C can also be used in devices that require very precise and consistent frequencies. For example, in mobile devices, precise tuning and precise output frequencies are essential for the device to be able to properly transmit and receive data. The precise and consistent frequencies generated by the FA-238V 13.5600MB-C make it perfect for these types of applications.

To summarize, the FA-238V 13.5600MB-C crystal is a multifunctional and highly versatile crystal oscillator used in embedded devices, computers, and telecommunications in order to generate precise and consistent frequencies. It is based on the piezoelectric effect, whereby the output frequency is determined by the crystal parameters, with a cyclejitter of less than 1ps and possible output frequency of up to 20.00M external clock frequency. This crystal oscillator is well known for its wide applications and high performance, making it one of the most popular and reliable crystals on the market today.

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