Crystals

GL135F33IET Application Field and Working Principle

Crystals are widely used in industrial and scientific applications for their ability to precisely control the frequency at which electrical or optical signals can be made to oscillate. By utilizing the vibration of matter, the frequency at which electrical signals oscillate is set. Among crystals, the GL135F33IET is a Quartz crystal resonator that is used in radio wave communication and radio wave monitoring, allowing for electrical oscillation at a frequency of 13.5MHz. This application requires the alteration of frequencies to fine-tune the wave length and frequency of the wave.

GL135F33IET crystals works by piezoelectric effect, a material phenomenon caused when mechanical stress is applied to certain crystals. By applying a voltage to a GL135F33IET crystal, it will resonate, i.e. particles inside the crystal will vibrate and the frequency of the vibration is controlled by the applied voltage. This phenomenon is widely used in radio frequency communications, such as mobile phones, television, and radio broadcasting.

In order to make a crystal oscillator, the GL135F33IET quartz crystal is typically paired with an integrated circuit containing a voltage-controlled oscillator (VCO). This VCO circuit is connected to the crystal and any alteration in voltage causes the crystal to oscillate, thereby allowing for fine-tuning of the frequency of the wave being transmitted. By setting the output of the VCO in accordance with the frequency of the wave that needs to be transmitted, and the desired amplitude, the VCO can precisely adjust the oscillation frequency of the crystal, thereby allowing for precision control of the frequency of the wave.

The GL135F33IET also has other uses. It can be used as a frequency determiner, helping to precisely control the frequency of other electronic systems. Furthermore, as the crystal is extremely temperature stable, it can be used in temperature sensing applications and other temperature sensitive applications. The crystal can also be used as a voltage reference, helping to provide more accurate and reliable voltage measurements.

The GL135F33IET quartz crystal is one of the most widely used crystals in industrial and scientific applications. Its ability to precisely control the frequency of electrical or optical signals enables it to be used in various applications, such as radio frequency communications, temperature sensing, and voltage reference. By utilizing the piezoelectric effect and the oscillations of matter, the crystal can precisely tune the electrical oscillations at a frequency of 13.5MHz, allowing for greater control over the frequency of the wave being transmitted.