XZLCCCNANF-30.000000

Crystals serve many purposes in the modern world. They are used for timekeeping, for frequency reference and for precision communication. XZLCCCNANF-30.000000 is an example of a crystal-based device. It is used as a frequency reference in industrial devices to ensure their accuracy and reliability. The application field and working principle of the XZLCCCNANF-30.000000 crystal is discussed below.

XZLCCCNANF-30.000000 is a quartz crystal that is used as a frequency reference in industrial-grade electronic equipment. It is housed in a metal or plastic case and wired to the electronic device. The crystal is designed to oscillate at a precise frequency when its electrodes are connected to an external voltage source. This frequency is known as the crystalline resonance frequency, or CRF. The CRF of the XZLCCCNANF-30.000000 crystal is 30.000000 MHz.

The application of the XZLCCCNANF-30.000000 crystal is mainly in the industrial field. It is used for frequency control and stabilization in various industrial devices such as frequency counters and oscilloscopes. In addition, the crystal can be used as a frequency reference in radio transmitting or receiving systems. It can also be used as a clock reference in medical equipment and automatic radio systems.

In order to understand how the XZLCCCNANF-30.000000 crystal works, it is important to understand the basic principle of quartz crystal oscillation. The crystal is composed of a silicon dioxide lattice that is charged with an electrical field. When a voltage is applied to the crystal, the voltage will cause the lattice to vibrate at a certain frequency. This frequency is determined by the mass, shape and size of the crystal. The frequency of the oscillation is also affected by the load capacitance of the external circuit, as well as by temperature changes.

The XZLCCCNANF-30.000000 crystal is designed to oscillate at 30.000000 MHz and is able to maintain a frequency stability of up to 1.2 ‰. This stability is achieved by using a special temperature-compensating circuit, which reduces the frequency drift due to changes in temperature. The crystal also has a low power consumption, making it ideal for use in industrial devices.

In summary, the XZLCCCNANF-30.000000 is a quartz crystal that is used as a frequency reference in industrial electronic devices. It is designed to oscillate at a precise frequency when connected to an external voltage source. Its application is mainly in the industrial field, where it is used for frequency control and stabilization in frequency counters, oscilloscopes and other types of electronic equipment. Its frequency stability is also very impressive, and it is able to withstand temperature changes with no loss of accuracy. Overall, the XZLCCCNANF-30.000000 is a reliable and accurate crystal that provides excellent frequency control in industrial applications.