SG-636PCE 26.2144MC0:PURE SN

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Oscillators are indispensable in numerous vital components, especially in ultra-low power consuming applications. It is imperative to have a high throughput and low power consumption coupled with long-term reliability. The SG-636PCE 26.2144MC0:PURE SN is an advanced, low power, high speed oscillator designed for short range, clear data communication. It offers increased stability and enhanced frequency accuracy in Bluetooth and Wi-Fi applications.

Applications

The SG-636PCE 26.2144MC0:PURE SN is well suited for applications including radio communication systems, short-range data transmission, and embedded projects where low power consumption is the key requirement. With its high throughput, it is also ideal for long distance data transmission. Additionally, it is suitable for applications where low jitter is highly important, such as voice and video over IP systems.

The SG-636PCE 26.2144MC0:PURE SN is suitable for both consumer and industrial Bluetooth applications. It is gaining increasing popularity in medical, loud-speaker, and military applications where its low power consumption and high output are highly sought-after. Its tight frequency stability and jitter accuracy give it the edge for both short- and long-range communication applications.

Working Principle

The SG-636PCE 26.2144MC0:PURE SN works on the principle of wave division multiplexing, where a single signal is chopped into multiple data channels and transmitted over a single wire. By modulating the electrical signal\'s phase and amplitude, multiple signals can be transmitted without any interference from one another. This method is particularly suitable for short-distance transmission and ensures high fidelity in data delivery.

At its core, the SG-636PCE 26.2144MC0:PURE SN is composed of a negative resistance element and a crystal quartz oscillator connected to the element. The crystal oscillator is tuned to match the frequency of the signal being transmitted. The negative resistance element ensures that the output signal maintains a constant amplitude. When the input signal frequency is higher than the natural frequency of the oscillator, the oscillator will continue to amplify the signal until a balance occurs between the two. This ensures constant amplitude and pressure for transmitting data over long distances.

Within the device is a frequency multiplication circuit, which helps to increase the output data rate. This is achieved by increasing the frequency of the output signal in relation to the input signal. The device is also capable of generating frequency-hopping signals, which allow for additional data channels and longer-range transmission. Additionally, the device\'s ability to accurately measure time intervals helps in clock correction, where accurate sampling times can be determined.

Conclusion

In conclusion, the SG-636PCE 26.2144MC0:PURE SN is an advanced oscillator with unique features. Its low power consumption and long-term stability make it an ideal choice for Bluetooth and Wi-Fi applications. Its enhanced frequency accuracy ensures reliable data delivery in short- and long-range communication systems. Its ability to generate frequency-hopping signals and measure accurate time intervals makes it suitable for complex projects.

The specific data is subject to PDF, and the above content is for reference