GL135F33CDT

GL135F33CDT

GL135F33CDT crystal is a small quartz crystal, measuring 3.2 X 3.2 X 0.8mm, with a nominal frequency of 33MHz and a frequency tolerance of ±5PPM. It has a total capacitance of 762PF contained within a package, and comes complete with a 5K load capacitance.GL135F33CDT is most commonly used in electronic devices and are essential components for timing circuits, which are the brains behind clock synchronization. This crystal is normally used in oscillator circuits and, in the most common type of circuit, a crystal and two tuning capacitors are used to accurately determine the frequency of oscillation.

The working principle of a GL135F33CDT crystal is based on the piezoelectric effect. This effect is based on the ability of certain materials to produce mechanical energy when subjected to an electric field. These materials, referred to as piezoelectric materials, have the unique ability to convert electrical energy into mechanical vibrations and vice versa. The GL135F33CDT crystal is a perfect example of such a material.

When a voltage is applied to the crystal, small electrical charges are generated on each side of the crystal. These charges act to create a mechanical stress within the crystal, which causes it to vibrate. The crystal vibrates at a frequency that is determined by its own physical characteristics, such as its shape and size. This frequency is known as the natural frequency and the crystal is said to be “tuned” to this frequency.

GL135F33CDT crystals can be used in a variety of applications and are widely used in everything from watches and clocks to consumer electronics. The crystal is commonly used in electronic circuits to generate timing signals, to control the frequency of oscillators, and to stabilize the frequency of radios and other communication systems. The crystal is also used in computer systems to synchronize input/output (I/O) devices, and in embedded systems to generate time delays or periodic interrupts.

In summary, GL135F33CDT crystal is an important timing element in our electronic systems. By utilizing the piezoelectric effect, this crystal can be used to accurately generate frequency signals for a wide variety of applications.