SG-210SEB 48.0000MC

Oscillators are important kinds of electronic components that generate a steady-state signal of a certain frequency and waveform. The SG-210SEB 48.0000MC oscillator is one such component, utilising the latest electronics technology to generate a strong and accurate frequency signal. This article will discuss its application field and working principle. The SG-210SEB 48.0000MC has been designed for use in high-precision signal transmission or test equipment where accurate frequency generation is a must. It is capable of generating a reliable frequency signal of 48.0000MHz at ±20ppm accuracy, with low power consumption and minimal phase noise. Furthermore, the device also operates over a wide temperature range, allowing it to remain reliable and calibrated regardless of environmental conditions. The working principle behind the SG-210SEB 48.0000MC is fairly straightforward. At its core, the device consists of a quartz crystal resonator which vibrates to create a steady signal. This signal is then buffered and amplified by an on-chip amplifier and output at the required frequency. Additionally, the device also contains a temperature-compensation circuit to help ensure the reliability of the output signal. The oscillator is powered by a DC voltage between 2.5V and 3.3V, drawing a maximum current of 6mA. Additionally, it can also send control signals via an I2C bus interface for frequency adjustment and monitoring. This enables it to be controlled and monitored for accurate frequency generation even under changing environmental conditions. The SG-210SEB 48.0000MC also has a number of protective features, such as over-temperature protection and an in-built time-delay circuit. These features help to ensure the device does not suffer from issues such as overheating or incorrect frequency generation, helping it to remain reliable and precise. In conclusion, the SG-210SEB 48.0000MC is a highly accurate and reliable oscillator that is suitable for use in precision signal transmission and test equipment. It utilises a quartz crystal resonator to generate a steady frequency of 48.0000MHz at ±20ppm accuracy, with low power consumption and minimal phase noise. Additionally, it contains a number of protective features to help ensure reliability and accuracy even under changing environmental conditions.