GL150F35IET

GL150F35IET Application Field and Working Principle

GL150F35IET is a series of quartz crystals, designed and manufactured by Guangming Electronics Co.,Ltd. Specifically, it is a through-hole packaged oscillator, mainly used in the field of generator logic and computer peripheral peripherals. The product can provide an output frequency range of 13MHz ~ 20MHz and a maximum frequency stability of 2ppm over the temperature range of -20°C to 70°C. This quartz crystal has the following features: SMD type, tiny volume, wide frequency range, high frequency stability, and low power consumption.

Working Principle

Quartz crystals have unique properties that make them perfectly suited to serve as a resonator in electronic circuits. The quartz crystal is a piezoelectric material, and when an external electric field is applied across it, the opposite sides of the crystal will be filled with positive and negative charges. This creates a vibration that is transmitted to the electrodes, because the electrons moving up and down in the crystal will alternately attract and repel the positive and negative charges. This vibration will be used to generate electric pulses.

The GL150F35IET quartz crystal has two electrodes connection to the crystal\'s surfaces. One electrode has a pulse of a fixed frequency, and the other electrode has an alternating current of the same frequency. The amplitude of the alternating current is monitored over time to record variations in the crystal oscillation rate. Varying the alternating current will result in varying the frequency of the crystal. When a frequency change is detected by the two electrodes, the output frequency of the crystal will be adjusted.

Application Field

GL150F35IET quartz crystals are used for a variety of applications in electronic circuits, such as generating Clock signals for digital logic, providing oscillation for radio receivers and transmitters, as well as controlling the frequency of Quartz-Locked oscillators. The crystals are also used in electronic devices and equipment to ensure the precision and accuracy of frequency operation. Such applications include cell phone transmitter and receiver frequency control, communication interface frequency generation, and television frequency synchronization.

These quartz crystals are particularly well-suited for use in mobile phone and GSM applications, because they are highly stable, tiny in volume, and feature a wide frequency range. They can provide a cost-effective, reliable solution for mobile phone handsets as they require a low power consumption and provide superior performance.