SIT8009BI-82-33E-135.168000T

Oscillators are widely used in electronic systems for generation and consumption of electronic signals. The basic principle of an oscillator is the non-linear stretching of the signal in the presence of constant energy conditions. Based on this principle, the SIT8009BI-82-33E-135.168000T oscillator finds application in various electronic products, such as medical and industrial products, consumer electronics and audio devices.

The SIT8009BI-82-33E-135.168000T oscillator is a piezoelectric device, which uses a specialized crystal to form a mechanical resonator when an electric signal of a certain frequency is applied. The energy of the electric signal is transformed into mechanical movements inside the crystal, which generates an output signal. This output signal is a repetitive waveform of a specific frequency. The frequency will depend on the specific characteristics of the crystal itself.

The specific characteristics of the SIT8009BI-82-33E-135.168000T oscillator includes frequency, stability, phase noise, and temperature coefficient. Frequency is the most important parameter as it determines the nature of the waveform generated for the output signal. The frequency stability is another important parameter as it defines the accuracy of the output frequency with respect to time. The phase noise defines the amount of interference generated by the signals in the output waveform, and the temperature coefficient is the measure of the oscillator’s performance in response to changes in temperature.

The SIT8009BI-82-33E-135.168000T oscillator is designed to be used in applications where precise frequency generation is required. It is capable of maintaining stable frequencies even when subjected to environmental changes, and can be used in a wide range of applications, such as industrial and consumer signal processors, radio transmitters and receivers, medical systems, GPS signal receivers, occupancy sensors and doorbells.

The oscillator is also capable of providing high frequency outputs over wide temperature ranges without compromising on the accuracy of the output. This is possible due to the oscillator’s temperature compensation circuitry, which is designed to adjust the output frequency accordingly.

In summary, the SIT8009BI-82-33E-135.168000T oscillator is a specialized piezoelectric device, designed for applications that require precision frequency generation and stable output signals over a wide temperature range. It finds application in a variety of electronic products, from consumer electronics to medical and industrial systems.