016875 Crystals, Oscillators, Resonators

Crystals

016875 application field and working principle

Crystals are often used in industrial production, instrumentation, power systems, communication systems, military weapons, personal life and other fields. The working principle of 016875 crystals is based on their unique structure and stable frequency characteristics. The main function of 016875 crystals is to generate a stable output which can be used as a reference signal to control the oscillation frequency of the oscillator circuit.

Crystals are composed of a lattice of atoms or molecules arranged in a regular and repeated pattern, and they have very stable frequency characteristics. This is due to the fact that each crystal lattice has its own energy levels, which determines the frequency of the output. The frequency is expressed by the number of oscillations of the crystal lattice at a certain period of time. Each lattice has its own unique frequency, expressed by the frequency of the crystal.

Crystals can be divided into two categories: AT-cut and SC-cut. AT-cut crystals are used to generate a large range of frequencies, while SC-cut crystals are used to generate high-frequency signals. 016875 crystals mainly belong to the AT-cut type.

In the oscillator circuit, a high frequency alternating current is generated when a voltage is applied to the 016875 crystal. This AC current passes through the crystal when it was in its active state, causing the crystal to oscillate at the frequency of its lattice. In this way, the crystal generates a reference frequency for the oscillator circuit, which makes the oscillator circuit generate the desired frequency.

In addition to its application in oscillator circuits, crystals can also be used as an active component in analog and digital circuits, frequency divider circuits, motors, high-frequency filtering devices and many others. They are also widely used in digital signal correction, frequency synthesis, automatic gain control and other aspects.

In conclusion, 016875 crystals have a wide range of applications due to their unique structure and stable frequency characteristics. They are widely used in oscillator circuits, digital circuits, frequency divider circuits, electronic instruments, etc. to generate a stable output frequency which can be used as a reference signal. In this way, the desired frequency can be obtained in a wide range of circuits.