445I25H24M00000

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Crystals are solid objects, such as minerals, diamonds or plates, that are formed by molecules or atoms that are arranged in a very orderly manner. They have special properties such as conductivity, electrical polarization, and optical polarization. The study of crystals and their properties is known as crystallography.

The 445I25H24M00000 is a crystal oscillator module, meaning it has a crystal resonator and encapsulated in a single package. It has two frequencies of 24MHz and 32.768KHz, which can be used in both commercial and industrial applications. This is a cost effective and highly efficient crystal oscillator solution for applications like datacoms, clocks, precision timing, and so on.

The 445I25H24M00000 application field is in clocks, timing circuits, and data communication systems. It is commonly used in these applications because of its low power consumption, stability over temperature, and wide temperature range. In addition, the crystal oscillator has a fast start-up, low EMI emissions and small size.

The working principle of the 445I25H24M00000 crystal oscillator is based on the principle of Quartz crystal. Quartz Crystal is a piezoelectric material that exhibits piezoelectric effect; meaning when a voltage is applied, it vibrates and creates a measurable electric charge. When the current passes through the crystal it vibrates at a specific frequency, which is called the resonant frequency. This frequency is used to measure the time, of a system or to develop a stable output signal.

The 445I25H24M00000 has a temperature stability of +/-0.5ppm/°C. This is determined by the shape of the crystal, the size of the crystal, the quality of the quartz, and the frequency of the crystal. The higher the temperature stability, the better the accuracy in timing or frequency generation.

Overall, the 445I25H24M00000 crystal is suitable for clocks and clock chips, precision timing circuits, data communication systems, and general purpose application that require accurate clock signals. It has good frequency accuracy, temperature stability, and good noise suppression. It is also cost-effective and the small size helps reduce production costs.

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