402F5001XIDR

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Crystals are essential components found in a wide variety of electronic applications. The 402F5001XIDR is a commonly used crystal, designed to provide precise timing and frequency control functions. This article will discuss the application field and working principle of the 402F5001XIDR.

Applications: The 402F5001XIDR crystal is mainly used for timing and oscillation purposes. It is frequently incorporated into digital clocks, communications devices, audio signal processing systems, and industrial computers. It is also ideal for applications that require precise timing due to its high accuracy and reliability. In addition, the crystal has a very low jitter, making it ideal for digital signal processing systems that require precise signal timing.

Working Principle: The 402F5001XIDR operates on the principle of quartz crystal oscillation. The crystal itself is made of piezoelectric material that is cut in a specific shape. When an alternating voltage is applied, the crystal vibrates according to its shape and size. This vibration generates a precise frequency which is then used by the system for timing and oscillation functions. The frequency of the crystal is determined by the shape and size of the crystal itself and is relatively stable over temperature changes.

The 402F5001XIDR crystal consists of two separate electrodes, known as the X- and Y-Axis. The Y-Axis is the primary electrode, while the X-Axis is used to adjust the frequency of the crystal. When a small alternating current is applied to the X-Axis, the vibration of the quartz crystal becomes slightly asymmetrical, which in turn changes the resonance frequency of the crystal. This frequency adjustment is known as frequency temperature compensation (FTC) and is used to make sure the crystal’s frequency remains stable over changing temperatures.

The 402F5001XIDR crystal is encapsulated in a metal enclosure that is designed to protect the crystal from environmental factors such as shock, vibration, and electrical noise. It also helps to maintain the crystal’s frequency stability over time. The enclosure also contains additional components such as capacitors and resistors that are used for dampening and filtering purposes.

In conclusion, the 402F5001XIDR crystal is a versatile, reliable, and accurate device that is widely used in a variety of electronic applications. Its unique design and construction make it ideal for timing and oscillation functions in digital systems. It is also highly resistant to environmental factors and temperature fluctuations, which makes it ideal for industrial systems that require precise timing.

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