LP080F23IET

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Crystals are widely used in many applications due to their unique and accurate time-keeping properties. They are the foundation of clocks, watches, and many other electronic devices. The LP080F23IET is a crystal manufactured by Nihon Dempa Kogyo and designed for applications requiring passive crystal with low profile. The main application field and working principle of LP080F23IET crystal will be discussed in this article.

LP080F23IET crystal is designed for use in frequency-controlled electronic products. It provides excellent frequency stability with temperatures ranging from -20℃ to 70℃. It is designed for low jitter applications and is commonly used in devices such as mobile phones, modems, and global positioning systems (GPS) where precise timing is necessary. The LP080F23IET crystal can also be used in electrical measurement and control systems, computers, and communication systems.

The LP080F23IET crystal features a low profile of just 0.48mm, allowing it to fit into even the most space-restricted applications. It also has a high load capacitance of up to 8pF, enabling it to be used in circuits where other crystals cannot. It has a frequency of 8MHz and a tolerance of ±50ppm, making it ideal for use in precision timing applications.

The working principle of a crystal involves the natural Quartz crystal being cut into two pieces and then connected with two tiny metal plates. When an electrical current is applied to these metal plates, the Quartz crystal vibrates and starts to generate an alternating electrical voltage. This voltage will be in the same frequency as the original current, but this frequency is higher than that of the original current. This is known as the ‘resonance frequency’ of the crystal.

The LP080F23IET crystal is designed with the same exact working principle as mentioned above. The device is designed with two tiny metal plates connected to the Quartz crystal. An alternating electrical current is applied to these plates and the vibration of the Quartz crystal generates an electrical voltage that has higher frequency than the original current. This voltage is then used as an oscillator, which helps to regulate the frequency of other electronic components.

In summary, the LP080F23IET crystal is a precision timing crystal suitable for a wide range of applications. It features a low profile and a high load capacitance and can be used in frequency-controlled electronic products, measurement and control systems, computers, and communication systems. This crystal is designed with the same exact working principle as mentioned above, whereby Quartz crystal vibrates when an electrical current is applied, and generates an electrical voltage with a higher frequency.

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