SG-531P 2.0480MC

Oscillators are electronic circuits that generate a repeating signal waveform of a particular frequency. The SG-531P 2.0480MC is one such oscillator that is specifically intended to be used in microprocessor-controlled systems. It has features that allows for digital control to achieve accurate and stable output signal. This section will explain the application field and working principle of the SG-531P 2.0480MC.

Application Field

The SG-531P 2.0480MC can be found in a wide array of microprocessor-controlled systems such as electronic devices, communication systems, and electronic equipment. This oscillator is designed to generate accurate high-frequency signals and has features such as low jitter, high frequency stability, and good linearity. It also offers excellent power supply rejection, a wide supply voltage range, and wide frequency range. This makes the oscillator ideal for use in systems that require precise high-frequency signals, such as clock generators.

Working Principle

The SG-531P 2.0480MC is based on the RC oscillator principle. It consists of an RC circuit that has two components, a resistor and a capacitor. This combination is connected between a power supply and a voltage source, with the capacitor and resistor forming a feedback loop. The resistor and capacitor forms a low-pass filter, which filters the power supply signal and creates an output signal of a given frequency. This output signal can be regulated by changing the resistor and capacitor values accordingly, thus allowing for precise digital control.

The oscillator also features a control input, which allows for external signals to be used for frequency adjustment. This control input can be connected to a clock generator, which allows for precise signal synchronization. The oscillator also has a wide temperature range and high-frequency stability, which makes it ideal for precise timing control. In addition, the oscillator features good regulation due to its low power consumption.

Conclusion

The SG-531P 2.0480MC oscillator is a useful component for microprocessor-controlled systems. It is designed to generate accurate high-frequency signals and has features such as low jitter, high frequency stability, and good linearity. Its wide temperature range and extinction ratio also make the oscillator suitable for precise timing control. In addition, the oscillator offers a wide range of frequencies and digital control capabilities to achieve accurate and stable output signal. Thus, it is well-suited for use in a variety of microprocessor-controlled systems.