GL073F35IET

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Crystals are a class of solid material that are made of a range of molecules arranged in an orderly, repetitious pattern. Most crystals are solid at room temperature, however some can be liquids at room temperature, depending on their composition. They can be found in nature and also be manufactured through the use of different processes. Crystals are used in a wide variety of applications, such as electronics, optoelectronics, communications, optics, and displays. The GL073F35IET crystal is a commonly used quartz crystal in the telecommunications industry, primarily used in automotive and military applications. This article will describe the application fields and working principle of this crystal.

Application Fields

The GL073F35IET crystal is a smart choice for regulating circuits in the automotive and military industries due to its consistent frequency and high-accuracy performance. It is often used in Frequency or Pulse Width Modulation (PWM) circuits as a means to control the power output, or in low-power oscillators such as temperature sensors as a way to generate a stable frequency output. Additionally, it can be used in other, more specific applications such as laser tuned frequency oscillators, ceramic resonators, and LCD television control circuits. As it is very reliable, it can also be used in clocks, which require a consistent frequency.

Working Principle

The working principle of the GL073F35IET crystal is similar to that of other resonator-type crystals. It consists of a quartz crystal with electrodes on either side, which creates a capacitor. When electricity is applied to the crystal, it begins to vibrate, producing a frequency output. Quartz crystals have the ability to resonate at a specific frequency, forming an oscillator. This allows them to maintain a consistent frequency and accuracy over long periods of time.

The GL073F35IET crystal operates in the AT-cut frequency of 32.768 kHz, which is commonly used in electronic devices in order to provide an accurate clock or time reference. The frequency of the crystal can be tuned or adjusted by changing the bias voltage or by applying a temperature compensation. This crystal offers a temperature stability of +/-20ppm, which means that it is capable of providing extremely precise time keeping over long periods.

Conclusion

GL073F35IET quartz crystals offer reliable frequency regulation and accuracy for automotive and military applications. Its working principle is based on the natural ability of quartz crystals to vibrate at a specific frequency, forming an oscillator. By applying a bias voltage or temperature compensation, the frequency of the crystal can be tuned for optimal accuracy. Its temperature stability of +/-20ppm makes it an excellent choice for clocks and other precise time-keeping devices. With its reliable and precise performance, the GL073F35IET crystal is an ideal component for numerous applications.

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