445C35L30M00000

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Crystals

445C35L30M00000 is an application field and working principle of crystals, which involves the usage of crystal oscillator (XO), surface acoustic wave (SAW), temperature compensated crystal oscillator (TCXO), oven controlled crystal oscillator (OCXO), clock oscillator, microcomputer crystal oscillator, oscillator module, capacitance balance crystal filter and quartz crystal resonator. It is used in a wide variety of industrial, medical, scientific and electronic applications.

What is a Crystal?

A crystal is a natural or synthetic material, also known as a piezoelectric material, in which electric charges are arranged in an orderly, three-dimensional lattice. A crystal grows in the formation of an orderly arrangement of atoms that form a three-dimensional lattice structure. These atoms are arranged in a specific pattern and stay that way regardless of temperature and other external factors. As a result, crystals have an extremely high level of physical stability and constant electrical properties, even under harsh and changing environmental conditions.

Application Field of 445C35L30M00000

The 445C35L30M00000 is widely used in industrial, medical and scientific applications, such as in wireless communication, remote sensing and smart meters, safety, monitoring and control systems, vehicle navigation systems and consumer electronics. It is also often used in clocks, watches, and timing applications as well as frequency-locked loop (FLL) circuits, frequency and phase-locked loop (PLL) circuits, phase-locked loop (PLL) frequency synthesizers, microprocessors and embedded applications.

It is also used in frequency synthesizers and microprocessors for RF communication equipment, cellular phones, and Global Positioning Systems (GPS). It is also often used for microcomputer memories and for setting time intervals in digital counters. In addition, the 445C35L30M00000 is used in frequency converters, ladders and mathematical operations.

Working Principle of 445C35L30M00000

The 445C35L30M00000 works by exploiting the piezoelectric effect which is the conversion of mechanical vibration or pressure to electrical energy and vice versa. The crystal oscillator consists of a quartz crystal, an oscillator circuit and a frequency-measuring circuit. The oscillator circuit applies an alternating voltage to an the quartz crystal causing it to vibrate and become charged identically in two directions; this is termed piezoelectricity.

The alternating current passing through the crystal creates energy in the form of high-frequency waves, or electrical energy, at a specific frequency as determined by the crystal element. This is called the resonance frequency. The frequency-measuring circuit then measures the frequency of the incoming signal and compares it with a reference frequency to make sure that it is within a pre-set tolerance.

The 445C35L30M00000 is designed to be rugged and reliable, able to withstand harsh environmental conditions such as temperature and shock. It is a highly accurate timekeeping device, accurate to within a microsecond, and is highly resistant to temperature, aging and shock, making it an ideal choice for use in many different applications.

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