GL24CF35CDT

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Crystals are an essential component in electronic circuit design across a wide range of applications. One of the most popular types of quartz crystal used for its reliable performance is the GL24CF35CDT. This particular crystal is used in many different types of circuits, ranging from radio and television transmitters to medical imaging equipment. Its wide range of uses is due to its excellent electrical and mechanical characteristics. In this article, we’ll take a closer look at the GL24CF35CDT application field and working principle.

Description

The GL24CF35CDT quartz crystal operates at a frequency of 24 megahertz and has a total capacitance of 35 pico farads. This crystal is available in an axial leaded or dual in-line package (DIP) form, with a maximum case size of 6.4 mm x 7.3 mm. It is also available in several temperature grades, ranging from +55◦C to +130◦C, making it suitable for use in a variety of environments.

Working Principle

The primary function of the GL24CF35CDT crystal is to provide an oscillating signal at a consistent frequency. This is achieved through a process known as vibration-mode resonance. This involves the crystal vibrating at its resonant frequency when an alternating current is applied. This vibration translates into an electrical signal that is fed into the rest of the circuit, providing the necessary oscillating signal.

The GL24CF35CDT crystal is a type of AT-cut quartz crystal, and it works on the same principle as other AT-cut crystals. This involves two electrodes placed on two opposite sides of a thin quartz plate. When an alternating current is applied, the quartz plate vibrates at its natural frequency. This vibration produces an electrical signal that is picked up by the two electrodes and fed into the circuit.

Application Field

The GL24CF35CDT crystal can be found in a variety of electronic circuits and applications. Because of its robust design and excellent performance characteristics, the crystal is especially popular for use in radio and television transmitters, medical imaging equipment, and other precision instrumentation. It is also a popular choice for use in time-keeping applications such as clocks, watches, and other time measuring devices where accuracy and reliability are important.

Due to its excellent frequency stability and wide range of temperature grades, the crystal is also used in many telecommunications and networking applications such as cellular base stations and Wi-Fi routers. It is also used in navigation and location systems, as well as medical equipment.

Conclusion

The GL24CF35CDT crystal is an excellent choice for use in a wide range of electronic circuits and applications. Its reliable performance and robust design make it a popular choice for use in radio and television transmitters, medical imaging equipment, precision instrumentation, and other telecommunications and networking systems. As with any electronic component, proper installation and maintenance is essential for optimal performance.

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