XLP535106.250000X

Oscillators:XLP535106.250000X

Oscillators are circuits used in many applications, including alarm systems and communications systems. The XLP535106.250000X oscillator is an example of an oscillator for creating electrical signals at specific frequencies. This oscillator is designed for use in frequency hopping spread spectrum applications.

Application Field

The XLP535106.250000X oscillator is designed for frequency hopping spread spectrum applications. This type of application is used in communications systems for higher secure data transmission. The oscillator is specifically designed for applications in Bluetooth, GSM and EDGE wireless communication protocols. It is a low-cost, low-power consumption device that is ideal for use in mobile applications, where portability is important, and in other battery-powered systems.

Working Principle

The working principle of the XLP535106.250000X oscillator is based on a frequency-hopping spread-spectrum wireless communication protocol. It utilizes a series of frequency hopping sequences of varying lengths to produce signals with frequencies that change gradually over time. This creates a signal that is less vulnerable to interference from other signals because the frequencies are spread out over a wider range. The signal is also less likely to be detected by other receivers due to the presence of other signals in the same frequency range, which helps in maintaining a secure connection.

The oscillator is powered by a 3.3V DC voltage source and is designed to operate at frequencies ranging from 2.4 GHz to 2.483 GHz. The oscillator circuit consists of a quartz oscillator oscillating at a frequency determined by the quartz crystal, and a programmable divider, which divides the frequency as per the frequency hopping sequence. A reference signal from the quartz oscillator is fed to the programmable divider, which outputs a signal with the desired frequency at its output.

Conclusion

The XLP535106.250000X oscillator is an ideal device for frequency-hopping spread-spectrum wireless communication protocols. It is designed for Bluetooth, GSM and EDGE applications, and has a low-cost and low-power consumption. The oscillator circuit works based on the frequency hopping sequence which creates signals with frequencies that change gradually over time, and it is powered by a 3.3V DC voltage source.