SG-531P 11.0000MB: ROHS

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Oscillators

SG-531P 11.0000MB ROHS is a high-precision, temperature-compensated oscillator manufactured by the Swedish company S Auer GmbH. It is a highly temperature-stable, quartz oscillator with an operating temperature range of -20 to +85 degrees Celsius. The oscillator is intended for use in indoor electronic digital products as a timing reference for MCU/CPLD/FPGA programs.

Application Field

The oscillator is suitable for a variety of applications, such as frequency synthesis, synchronization, closed-loop control, communication systems, medical imaging, sonar, automation, etc. It is especially useful for timing important real-time events. It also provides performance immunity from voltage and temperature variations, and thus helps maintain consistent performance in harsh environments. SG-531P 11.0000MB ROHS is also particularly suitable for any application or system which requires withstanding high temperatures.

Working Principle

The SG-531P 11.0000MB ROHS oscillator operates based on the principle of quartz crystal resonance, which is accomplished through the use of a quartz crystal in an LC circuit. The quartz crystal, when excited by an external signal, will vibrate at its resonant frequency. The LC circuit then collects the electrical signal, amplifies it, and passes it on to the output lead. This oscillator is simply a type of clock that has been designed specifically to oscillate, or vibrate, in a highly consistent and precise way.

The SG-531P 11.0000MB ROHS oscillator produces an output signal with a high level of stability over a variety of environmental factors, allowing for accurate timing tolerance and temperature compensation. The stability of the individual oscillator is measured using a calibration data sheet that is included with the product. The accuracy of the oscillator is determined by the type of quartz crystal used in the quartz oscillator. By using a specially designed quartz crystal, the oscillator can offer high accuracy and a wide range of frequency accuracy specifications.

Conclusion

SG-531P 11.0000MB ROHS is a highly temperature-stable, quartz oscillator intended for use in a wide variety of indoor digital products. It operates based on the principle of quartz crystal resonance and produces an output signal with a high level of stability over a variety of environmental factors. The accuracy of the oscillator is determined by the type of quartz crystal used in the quartz oscillator. Its ability to offer high accuracy and a wide range of frequency accuracy specifications makes it an ideal choice for any application or system which requires withstanding high temperatures.

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