GL102F23IET

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Crystals are a type of object used in many technological applications. They are also sometimes referred to as “piezoelectric elements” because they can produce electricity when put under mechanical strain. The GL102F23IET is one type of crystal that has particular applications in the fields of reliability, precision and accuracy, as well as in communications and instrumentation. This article will examine the application field and working principle of the GL102F23IET crystal.

The GL102F23IET crystal is a type of X-cut, quartz crystal, commonly abbreviated to XTAL. Quartz is one of the most common types of crystals that can be utilized for various electronic applications. It is a remarkably stable material, making it ideal for use as an oscillator in electronic circuits. The GL102F23IET crystal has three main features, which make it suitable for certain different use cases. The first is its wide temperature range, enabling it to operate reliably in climates of anywhere between -65-150°C. Secondly, its high level of shock resistance means it can survive sudden impacts, making it suitable for use in aerospace and military applications. Lastly, its low ageing rate means that its accuracy and frequency retention can be maintained over long periods of time.

The working principle of the GL102F23IET crystal is based on piezoelectric effects. Piezoelectricity is the generation of electrical charge in response to mechanical strain. It is a property of certain materials, including quartz, whereby external mechanical stress can be used to generate electric charge. When a pressure is applied to the crystal, it produces an electrical field that is able to oscillate at a very precise frequency. This particular frequency is programmed into the crystal during the manufacturing process and is known as “overtone oscillation”. The oscillations produced by the crystal are then used in various applications, including timing and frequency generation.

The primary application of the GL102F23IET crystal is in the field of communications and instrumentation. Common applications include radio modulation, telephones, and wireless broadband networks. It is also widely used in the production of watches, clocks and other timepieces, where accurate timekeeping is essential. It is also used in instrumentation applications, where its highly accurate frequency and timing capability are important factors. The GL102F23IET crystal also has several military applications, such as in guidance, targeting and surveillance systems, as well as in portable communication devices and military radio networks.

In short, the GL102F23IET crystal is a type of X-cut quartz crystal that is particularly suitable for applications that require accuracy and reliability. Its particular properties enable it to provide an accurate frequency and timing solution for many different types of electronic devices. Its piezoelectric properties make it particularly useful in telecommunications, instrumentation and timekeeping applications. Consequently, the GL102F23IET crystal is now widely used in commercial, consumer and military applications.

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