ABM3B-24.000MHZ-10-B-1-U-T

Crystals

Crystals refer to materials made from crystal structure, typically consisting of atoms, ions or molecules tightly arranged in lattice formation to form crystals with specific properties and characteristics. In the fields of electronics and communications, the crystal is referred to as an electro-mechanical resonator, a type of active electrical filter for oscillators applications, mainly used for frequency generation and selection.Crystals have a wide range of applications in a variety of industries and areas, such as communication, electronics, military/ defense, automotive, aeronautics/ aviation, medicine, computer science, and various frequency control technologies.

ABM3B-24.000MHZ-10-B-1-U-T application field and working principle

ABM3B-24.000MHZ-10-B-1-U-T is a type of quartz crystal resonator, which works according to the piezoelectric effect, which is the ability of certain materials to generate an electrical signal when subjected to mechanical stress. The ABM3B-24.000MHZ-10-B-1-U-T is mainly used for frequency generation and selection in radio communication and related automatic control systems, such as medical equipment, satellite receivers and digital signal processing systems.

When a current flows through the three terminals of the ABM3B-24.000MHZ-10-B-1-U-T crystal, the piezoelectric effect will occur, causing the crystal to vibrate and generate an oscillation of the desired frequency. According to the frequency, volume and energy required, the requested frequency and vibration characteristics can be obtained. With this frequency, the crystal can function as a resonant element in an oscillator circuit, amplifying and filtering signals by detecting and amplifying a specific frequency signal within a band of frequencies.

When the frequency cannot be adjusted by changing the capacitance in the oscillator circuit, it can be precisely adjusted by slightly bending the quartz crystal plate. Bending the quartz crystal plate will cause the frequency of the oscillator to shift. This fine-tuning of frequency is accomplished by both the bonding wires connecting the crystal resonator to the oscillator circuit, and also by the mechanical force of the crystalline material, which is sensitive and can cause frequency shifts with small changes in pressure or stress.

The ABM3B-24.000MHZ-10-B-1-U-T is an industrial-grade crystal with excellent frequency stability and low power consumption. It can be used in a wide range of frequency-dependent applications and is an ideal choice for high-frequency electronic systems and communications.