SG-531P 4.0960MC:ROHS Datasheet/PDFOscillators
An oscillator is an electronic device that produces a periodic, oscillating electronic signal, often a sine wave or a square wave. Oscillators convert direct current (DC) from a power supply to an alternating current (AC) signal. They are widely used in many electronic devices to generate AC waveforms from a DC source. The SG-531P 4.0960MC:ROHS is one example of an oscillator.
SG-531P 4.0960MC:ROHS Application Fields
The SG-531P 4.0960MC:ROHS is a low-power oscillator with a wide operating temperature range and excellent phase noise performance. It is mainly used in radar and communication systems, both commercial and military, as well as in industrial applications such as industrial automation, power management, embedded systems, etc. The SG-531P 4.0960MC:ROHS oscillator has multi-frequency operation, enabling single-frequency and multi-frequency operation modes. It is also compatible with 3V and 5V power requirements.
Working Principle of SG-531P 4.0960MC:ROHS
The SG-531P 4.0960MC:ROHS has an integrated oscillator circuit that produces a high-stability, low-phase-noise sine wave output by using a crystal-controlled Time-Domain-Reflectometry (TDR) process. The crystal is seismically isolated from the oscillator circuit. In the process, the frequency of the sine wave is controlled by the crystal and a programmable frequency divider chip. The oscillator circuit also amplifies the signal and provides a sleep mode for power saving. The oscillator circuit then sends out a stable signal and is connected to the output stage that converts it to a low impedance, standard output.
The SG-531P 4.0960MC:ROHS is a highly stable oscillator with low power consumption, small size, and low cost. It operates with an accuracy of five ppm to maintain the required frequency and has an excellent phase noise performance. It does not require any external components or tuning. The integrated circuit includes a programmable bias circuit that adjusts the current through the crystal to ensure optimum frequency stability.
Conclusion
The SG-531P 4.0960MC:ROHS is an oscillator designed to be used in many electronic devices. Its main applications are in radar and communication systems, industrial automation, and embedded systems. The oscillator has a wide operating temperature range and excellent phase noise performance. It is a highly stable oscillator with a crystal-controlled time-domain-reflectometry (TDR) process and operates with an accuracy of five ppm. It does not require any external components or tuning. The SG-531P 4.0960MC:ROHS is a low-power oscillator with great functionality and flexibility.