445W25D30M00000

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Crystals are a form of matter that are made up of repeating, ordered structures known as lattices. Crystals are formed when atoms, molecules, or ions bond together to form regular geometric shapes. These shapes may be anything from cubes to hexagons to complex 3-dimensional structures. Examples of crystals include ice, diamond, quartz, and cubic boron nitride. They are used in numerous applications, from jewelry to computer chips.

The 445W25D30M00000 crystal is an AT-cut quartz crystal produced by the company Kyocera. It is designed for precision operation in an oven-controlled crystal oscillator (OCXO). An OCXO is used for applications requiring an extremely stable frequency such as navigation systems and telecommunications equipment. In these applications, the 445W25D30M00000 provides improved frequency stability over a wide temperature range.

The 445W25D30M00000 crystal is versatile in its application field. It can be used to produce high-precision oscillators in communications, navigation and frequency reference applications. It is also used in temperature sensors, electrometers, optical equipment and other instruments requiring extreme frequency stability. It can be used to provide highly accurate timing signals to electronic circuit boards and clocks. Additionally, the 445W25D30M00000 is often used as a frequency reference in laboratory-grade test instruments and oscilloscopes.

The working principle of the 445W25D30M00000 crystal is based on the piezoelectric effect. Crystals such as quartz vibrate when electric fields are applied to them. This means that if the correct voltage is applied to a crystal, it will vibrate at a specific and precise frequency. The frequency of the vibration can be controlled by changing the electrical parameters of the crystal. The frequency stability of quartz oscillators is higher than that of other types of oscillators, making them ideal for precision applications requiring a stable signal.

The 445W25D30M00000 quartz crystal has excellent characteristics, making it a popular choice for various applications. It is designed to be used in oven-controlled oscillators and delivers a high frequency stability for a wide temperature range. Its versatile application field and precise working principles make it an ideal solution for accuracy-critical applications like communications, navigation, frequency reference and temperature sensing.

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