SIT1602BI-21-30E-24.576000E

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Oscillators

Oscillator circuits are electronic circuits that generate a periodic, oscillating signal. Oscillators can be designed with active components such as transistors and integrated circuits, or with discrete components such as resistors, capacitors, and inductors. The output signals from oscillator circuits are usually sinusoidal in nature, although other waveforms can be generated by the combination of simpler periodic waves, such as triangle and square waves.

The SIT1602BI-21-30E-24.576000E oscillator is a low cost, crystal controlled oscillator designed for low power, low voltage applications. It is a CMOS oscillator with a frequency range of 24.576MHz – 30MHz. The oscillator is designed to be used for timing applications such as clocks, acoustic waveforms, and communication systems. It is also suitable for high reliability applications such as handheld devices, networking, radar systems, and digital TV.

The SIT1602BI-21-30E-24.576000E oscillator has a simple working principle. The crystal oscillates at its resonant frequency in response to a DC voltage applied to it. The crystal is connected to two inverting amplifier stages and each stage is connected to the other via a resistor. These amplifier stages create an oscillating signal with each of their outputs connected to one another in order to sustain the oscillation. The frequency of the oscillating signal is determined by the resonance frequency of the crystal used in the oscillator circuit. The SIT1602BI-21-30E-24.576000E oscillator has an output frequency accuracy of ±50ppm over the temperature range of -20°C to +85°C.

In summary, the SIT1602BI-21-30E-24.576000E oscillator is a low cost, crystal controlled oscillator designed for use in low power, low voltage applications. Its frequency range is 24.576 MHz to 30 MHz and its output frequency accuracy is ±50ppm over the temperature range of -20°C to +85°C. It is suitable for timing applications such as clocks and acoustic waveforms as well as communication, radar and digital TV systems. The oscillator’s working principle is based on the resonant frequency of the crystal used in the circuit.

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