GL073F35IDT

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Crystals

Crystals are devices that use the frequency of a crystal oscillator to help maintain electronic synchronization and accuracy of electronic functions. Natural quartz crystals are regularly used in electronic circuits, typically to provide an accurate source of electric oscillation, making them an important component for clocks, watches, or other components that require a steady oscillating frequency. One of the most popular types of crystals used in electronics is the GL073F35IDT crystal oscillator.

GL073F35IDT Application Field:

The GL073F35IDT crystal oscillator is a popular choice in a wide range of applications. This includes telecommunications equipment, such as cordless phones, radio and television systems, base stations, and GPS modules. Additionally, this type of crystal oscillator is regularly employed in the manufacturing industry, primarily in the production of computer motherboards, servers, and other peripheral devices. Lastly, GL073F35IDT crystals are often used in the medical field, and find particular use in diagnostics and monitoring systems.

GL073F35IDT Working Principle:

The GL073F35IDT crystal works on the principle of quartz resonator, which is the most popular type of resonator in electronic circuits. Quartz resonators consist of a thin slice of quartz cut in a particular geometry that, when energized, produces an oscillating electrical signal at a specific frequency. The capacitance and the inductance in the resonator circuits form an oscillating circuit, where the quartz crystal, placed between the two, acts as a controlling element. The change in capacitance, as the crystal vibrates, causes the frequency of the oscillations to change as well.

The oscillating frequency of the GL073F35IDT crystal is determined by the thickness and the geometry of the crystal, which can be precisely tuned in the factory. When a device utilizing the crystal oscillator is turned on, the resonator will be energized, producing the precise frequency desired with nearly no variation - much more precisely than a human can time by hand. The oscillator then remains consistent, providing an accurate frequency for its operations as long as it is energized.

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