GL24CF23IET

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Crystals

Crystals have myriad applications, ranging from electronics to optical systems. A typical example of a crystal used in the electronic realm is the GL24CF23IET. This form of crystal is commonly used in installations such as radio transmitters, radio receivers, and embedded computer systems. This article outlines the application field and working principle of the GL24CF23IET.

The GL24CF23IET is an oscillator crystal. These devices are designed to provide a precise and stable frequency source for electronic circuitry. When an oscillator crystal is driven by an oscillator circuit, it generates a precise electrical frequency. This frequency is usually adjustable, allowing the user to set it to a specific frequency for their application.

The GL24CF23IET is a quartz crystal resonator. This type of device is composed of a crystalline quartz element, which is surrounded by a conductive metal housing. The quartz element is responsible for generating precise frequencies, while the metal housing is responsible for providing electrical connections.

The resonator is mounted in a surface mount package, which provides protection and makes electrical connections easier. The package can be soldered directly onto a printed circuit board. Once the component is mounted, it is ready to be used as an oscillator.

The GL24CF23IET is designed for use in radio transmitters, radio receivers, and embedded computer systems. This type of device is used to generate the precise frequency required for communications and other electronic circuits. The frequency is usually adjustable, allowing the user to set it to a specific frequency for their application. The frequency range for this device is 3.2 MHz to 40 MHz.

The working principle of the GL24CF23IET is based on quartz crystal resonators. Quartz is a highly stable material, so when it is wired in a circuit, it can generate a precise electrical frequency. This frequency is generated when an oscillator circuit is connected to the resonator and driven with a voltage signal. As the voltage signal is applied, the quartz element vibrates and produces an electrical frequency that is determined by its size, geometry, and the circuit connections.

The GL24CF23IET is a convenient choice for electronic circuits that require a precise and stable frequency source. This device can be easily integrated into a variety of applications, from radio transmitters and receivers, to embedded computers and other circuits. Its adjustable frequency range, combined with its compact size and simple installation, make it an ideal choice for a wide range of frequency-dependent applications.

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