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Crystals

Crystals are naturally occurring, solid materials that have an ordered and repeating atomic pattern, giving crystal structures specific shapes. Crystals are distinguished from other materials by their symmetry and regularity. There are many different types of crystals, each created of a different chemical composition, each having different fields, applications, and working principles.

445I33C30M00000 Application Field and Working Principle

One specific type of crystal is the 445I33C30M00000 crystal. This crystal is a ceramic strip crystal, composed of a ceramic substrate, electrodes pads, and a designed interior cavity. It is mainly used in the oscillator circuit applications. Oscillators use kinetic energy to generate an electric current. This energy can be either mechanical, thermal, or electrical. The 445I33C30M00000 crystal is a piezoelectric oscillator and uses the piezoelectric effect to generate electricity. Piezoelectricity is the phenomenon of a material being deformed and generating an electric charge. Under an external voltage, the 445I33C30M00000 crystal vibrates in a certain frequency and its piezoelectric effect creates a resonant vibration whose frequency follows the clock frequency. This frequency is then used to measure the accurate time between events or to generate signals.

Characteristics of the 445I33C30M00000 Crystal

The 445I33C30M00000 crystal is designed to have a relatively small size, making it an attractive solution in most oscillator circuit applications. It has a mechanical quality factor of 30MHz and an operating temperature of -40°C to +85°C. Its frequency tolerance is + or –40ppm and its operating conditions can be up to 25 volts. This crystal also has an on-axis drive mode, which means that it is driven in a specific direction. When tilted or subjected to an externally force, the frequency will become inaccurate.

Applications of the 445I33C30M00000 Crystal

The 445I33C30M00000 crystal is primarily used in oscillator circuit applications. It is widely used in clocks, watches, digital thermometers, optical transceivers, and communications equipment, among other applications. It is also used in medical equipment and military equipment like transceivers, radio communications systems, and radar systems. This crystal\'s operating temperature range also makes it suitable for temperature sensing applications.

Benefits of the 445I33C30M00000 Crystal

The 445I33C30M00000 crystal offers numerous benefits for oscillator circuit applications. It can be used to measure precise time intervals, as well as to generate accurate signals. Its small size also makes it a very attractive solution for many circuit applications. The crystal also has a wide operating temperature range, making it suitable for use in many applications.

Conclusion

The 445I33C30M00000 crystal is used in oscillator circuit applications, primarily for measuring time intervals and generating accurate signals. This crystal is composed of ceramic substrates and electrodes, and has an on-axis drive mode. It offers advantages like a relatively small size, a wide operating temperature range, and a frequency tolerance of + or –40ppm. The 445I33C30M00000 crystal is an ideal solution for many oscillator circuit applications.

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