SIT8924AA-72-33E-27.000000E

Oscillators are used in electronic circuits for the purpose of producing periodic waveforms. A common application of an oscillator is to maintain a steady frequency of an electric current in a power grid, radio broadcasting and clock timing circuitry.

SIT8924AA-72-33E-27.000000E is a crystal oscillator integrated circuit with a high frequency stability. It can accept a wide range of operating conditions and provide very stable output frequency. Its low cost, small size and low power consumption makes it an ideal choice for a variety of applications.

Application Field: SIT8924AA-72-33E-27.000000E is commonly used in radio broadcasting, telecommunication systems, consumer electronics, automotive and industrial applications. Its main applications include but are not limited to digital clock signal generation, radio-frequency (RF) signal generation, synchronization of multiple data systems, integrating circuits for key-entering appliances, home/industrial/automotive etc. No external components are required for the operation of this oscillator and it can work in multiple operating temperature ranges.

Working Principle: Crystal oscillator ICs such as SIT8924AA-72-33E-27.000000E works based on the principle of piezoelectricity. A quartz crystal which is cut into a thin strip of a specific shape along its length is sandwiched between two electrodes. When an oscillating electric current is applied to this crystal, it causes the crystal strip to vibrate. This vibration is converted to an AC signal whose frequency is determined by the geometry of the crystal and its construction. The frequency output of this crystal oscillator IC is very stable and the frequency accuracy is in the range of few parts per million (ppm).

Since most digital circuits require a clock source for operation, an oscillator like SIT8924AA-72-33E-27.000000E plays an important role in any modern electronic device. This type of oscillator is very reliable and can provide a stable frequency over a wide temperature range. Additionally, its small size and low power consumption make it ideal for use in small portable electronic devices.