SIT8920BM-73-33S-50.000000G

Oscillators are used in a wide variety of applications such as cellular communication, computing, defending,navigation and medical instrumentation. So does SIT8920BM-73-33S-50.000000G Oscillators.

SIT8920BM-73-33S-50.000000G is a type of high frequency crystal oscillator, which is designed with an optimal output frequency up to 33.0MHz. It is featured with lean current input, precise frequency Control, high stability, low jitter, high operating range, wide temperature range, very small package size, and low cost.

SIT8920BM-73-33S-50.000000G oscillators have wide applications. In telecommunications, they are commonly used in base stations, transceivers and PCs. In instrumentation, they are used in medical instruments to generate accurate timing pulses such as hemodialysis machines. In navigation, SIT8920BM-73-33S-50.000000G oscillators are used in military guidance systems. In computing, they are often used in computers as CPU clocks or motherboard clocks.

The working principle of SIT8920BM-73-33S-50.000000G oscillators is that the crystal frequency is subject to dielectric and other physical factors. It oscillates in a way that the electric signal passing though the crystal is alternated between two voltage states. The frequency of this electric oscillation is determined by the physical properties of the crystal, such as size and shape.

In addition, the output frequency of the oscillator can be adjusted without changing the crystal frequency by varying its excitation current. By controlling the oscillator frequency precisely, SIT8920BM-73-33S-50.000000G oscillators can be used for any application that requires a reliable, stable timing source over a wide range of temperatures and environmental conditions.

In conclusion, SIT8920BM-73-33S-50.000000G oscillators are commonly used in a wide variety of applications. They are designed with an optimal output frequency up to 33.0MHz and feature low power, precise frequency control, high stability, low jitter, wide temperature range, and low cost. The working principle of these oscillators is that under the influence of an excitation current, the crystal oscillates between two voltage states, with the frequency determined by the physical properties of the crystal.