445C33S16M00000

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Crystals are matter that consists of atoms arranged in a regular repeating pattern. This repeating pattern creates its own electric field, which influences and refines the flow of electricity in its associated components. Crystals are widely employed in a variety of applications, and each type of crystal is designed for a specific application. One particular crystal, the 445C33S16M00000 crystal, is used mainly in calculators, watches, and computers, and has unique features that make it the perfect choice for these purposes.

Characteristics of 445C33S16M00000

The 445C33S16M00000 crystal is one type of common crystal number (common to many calculators, watches, and computers). It is a fundamental part of the frequency stability oscillation circuit. The crystal is 4mm thick, 15mm long and 9.5mm wide with a radial style pin pitch of 0.5mm. Its frequency range determines its performance rate; the frequency of this specific crystal is 32.768kHz. It also has a wide operating temperature range (-30℃ to +85℃) and fast start-up time (200ms typical). Being a low power crystal, it only consumes 0.1uA current at a rated voltage of 3V.

445C33S16M00000 Application Field and Working Principle

The 445C33S16M00000 crystal is mainly used in PCs, calculators and quartz clocks. Its frequency stability results in precise timekeeping in quartz watches, as well as keeping precise calculations in calculators. It can also be used in micro-controller design as the main oscillator to provide precise timing.

The principle of operation of this crystal lies in its oscillation. When electrical current passes through it, it creates an electric field that vibrates at a specific frequency. This frequency then creates a wave shape, and the path of the wave reflects back through the crystal to form a standing wave. As a result, the crystal vibrates at a predetermined frequency, and the frequency is accurately produced as a result of controlled crystal thickness, temperature and voltage. As this frequency is used as a reference for timekeeping or electronic calculations, its accuracy makes the crystal unique in its application field.

Conclusion

The 445C33S16M00000 crystal is a perfect choice for certain application fields, such as quartz watches, calculators and computers due to its precise frequency stability and low power consumption. It works by oscillating a standing wave in its substrate, which creates electrical energy that is then used as an accurate reference for calculations or timekeeping. The specific features of this crystal make it the ideal crystal for its application field.

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