GL049F33CET

Crystals are a form of solid matter that have an array of atoms arranged in an orderly, three-dimensional pattern. The arrangement of atoms in crystals is called a lattice and this lattice has a specific and regular crystalline structure. Crystals have properties such as hardness, transparency and electrical conductivity that depend on the arrangement of its atoms.

GL049F33CET is an industrial crystal product that is widely used in electronic circuits, transducers, and electronic communication systems. It is a low-profile high-frequency crystal element with a frequency range of 16 to 104 MHz and a center frequency of 33 MHz. The element is constructed with a quartz crystal and its peripheral package is formed with a high-temperature plastic.

The application field of GL049F33CET include:

• Radio broadcasting and audio broadcasting equipment
• Remote control systems
• Electronic toll collection systems
• Industrial process control systems
• High-speed data transmission systems
• Satellite communication systems
• Mobile radio systems

The working principle of the GL049F33CET crystal are based on the phenomenon of piezoelectricity. When a quartz crystal is subjected to mechanical stress, it generates an electrical charge, and vice versa. This charge produces an electrical current in the crystal which, in turn, produces a mechanical vibration with the same frequency. When the current is passed through the crystal, it is converted into an oscillating mechanical vibration, which is then detected and amplified by the receiver.

GL049F33CET consists of two electrodes, a quartz crystal and an oscillating circuit. The voltage applied to the electrodes produces an electric field in the crystal. This electric field induces an elastic stress in the crystal and causes it to vibrate at a certain frequency. The frequency of the vibration is determined by the frequency of the applied voltage, and the amount of stress applied to the crystal.

The oscillating circuit of the GL049F33CET takes the electrical signal from the crystal and amplifies it. This amplified signal is emitted from the element in the form of radio waves. The frequency of the emitted signals is determined by the frequency at which the crystal vibrates. The radio waves are then received by an antenna and are directed to the circuit where they are converted back into electrical signals.

In summary, the GL049F33CET crystal is a low-profile high-frequency crystal element with a frequency range of 16 to 104 MHz and a center frequency of 33 MHz. It is widely used in electronic circuits, transducers, and electronic communication systems. It works on the principle of piezoelectricity, and its oscillating circuit amplifies the signals emitted by the crystal and directs them to the antennas.