US3200005Z Crystals, Oscillators, Resonators

Crystalline materials are natural or man-made materials composed of a highly ordered arrangement of atoms and molecules that form a three-dimensional lattice structure. In electronics, crystals are used to make oscillators, resonators and frequency zoning devices. The US3200005Z is a type of quartz crystal used in oscillators and resonators. This crystal is used in a wide range of applications, including radio communications and telecommunications systems, for frequency division multiplexing, satellite communications and navigation, cable television, cellular radio systems and VHF/UHF/GSM transmitting and receiving systems.

Application Field

US3200005Z quartz crystals can be used as oscillators and resonators in a variety of applications, such as watches and timers, digital display devices, communications systems, digital cameras, and mobile phones. Quartz crystals are also used in acoustic vibration devices, frequency-counting circuits and microcircuits. They are also used as oscillators for communications and for digital sound transmission.

Working Principle

US3200005Z quartz crystals work on the principle of piezoelectricity. Piezoelectricity is the ability of certain crystals to produce an electric voltage when they are compressed, flexed or subjected to mechanical stress. When an electric current is applied to US3200005Z quartz crystals, they vibrate at a very specific frequency due to the piezoelectric effect. This vibration is used as the “clock” in oscillators and resonators.

The frequency of the quartz crystal is determined by the geometry and size of the crystal. Quartz crystals have a very predictable frequency, which is reliable and can be used for the most demanding applications. US3200005Z quartz crystals are capable of generating frequencies in the range of 8.75 - 50.00 MHz.

Conclusion

US3200005Z quartz crystals provide a reliable and accurate frequency for a variety of applications. They are used in oscillators, resonators and frequency zoning devices, and in radio and telecommunications systems. The quartz crystal vibrates at a very specific frequency due to the piezoelectric effect, and the frequency is determined by the crystal’s size and geometry.