GL180F33CDT

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Crystals are useful in providing an electrical or electro-mechanical signal to a device, like audio sound production in a loudspeaker. The GL180F33CDT is a crystal oscillator made of an AT-cut quartz and an oscillating circuit. It is a tiny component that provides an electrical signal to a device.

The application field and working principle of this particular type of crystal oscillator is specialized and has a wide range of usage. It is one of the most popular choices for vibration control in precision electromechanical engineering and telecommunication applications. It is a popular choice for those applications because it incorporates small and robust packages and easily operated. Additionally, it offers a high level of frequency stability with excellent temperature characteristics and no aging. It is highly recommended for use in frequency control and timing applications.

It works by generating electric oscillations in the form of sinusoidal and square waveforms, which can be utilized in various applications such as timekeeping, frequency control, and remote sensing. Its operation is based on a quartz crystal in between two metal electrodes. The crystal itself is tuned to a specific frequency and is connected in series to two metal electrodes. When electric current is applied to the crystal, it causes strain in the crystal lattice structure, resulting in the production of voltage oscillations at the desired frequency. The frequency is determined by the external connection and the capacitance embedded in the quartz crystal.

The complex mathematical expression of the resonance equation combines the crystal values along with external circuit values to determine the actual resonance frequency of the device. The accuracy rate is determined by the size of pass plus fail difference between the set up frequency of the device and the theoretical frequency obtained from the resonance equation. The typical accuracy of the GL180F33CDT crystal oscillator is in the range of 0.20ppm to 0.50ppm. Lower ppm is achieved when operating the oscillator in temperature-compensatedcrystal ovens.

The GL180F33CDT crystal oscillator is designed to be used in combination with integrated circuits, such as microprocessors, telecommunications and automotive electronics. It is useful in applications like high-speed communications and data acquisition to help regulate the timing of wireless networks, and to provide clock accuracy and jitter management in complex data processing systems. It is widely used in radio systems, receivers, test equipment, GPS receivers and other electronic devices for its reliable characteristics.

The GL180F33CDT crystal oscillator is one of the most reliable and widely used crystal units in current market. It has simple operation and high accuracy rate. It is used widely in a wide range of applications, from precision electromechanical engineering to telecommunication. Its frequency stability, excellent temperature characteristics and no aging makes this crystal an ideal choice for the frequency control and timing applications.

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