XLH736170.000000I

Oscillators

XLH736170.000000I is an oscillator module widely used in wireless communications today. This oscillator module is a type of microwave crystal oscillator and it produces an output frequency of anywhere between 7 to 14 GHz. Its wide frequency range makes it applicable to a variety of uses specifically designed for wireless applications. This article will provide a brief overview of the XLH736170.000000I, its application field and working principle.

Features

The convenience and efficiency of the XLH736170.000000I have made it a popular choice among those seeking a reliable or high-performance microwave crystal oscillator. There are certain features that make this module so attractive:

• Low-noise phase-locked loop: This feature allows the oscillator to maintain a stable frequency in the presence of external interferences.
• Vi to 50 V adjustable power supply: This feature allows the user to adjust the module’s power supply voltage.
• One year cycle time: This feature ensures that the module will continue to deliver a consistent frequency with no degradation.
• Digital frequency control: This feature allows the user to precisely adjust the module’s frequency.
• Temperature compensation range: This feature ensures that the module will remain in stable operation even under varying temperatures.

Application fields

The XLH736170.000000I is mainly used in wireless communication systems. It is suitable for applications such as mobile phones, base stations, satellites, trunked radio systems, and wireless LANs. Its wide frequency range and low-noise phase-locked loop make it suitable for any of these applications where precision and stability are of utmost importance.

Due to its precise frequency control and low-noise performance, the XLH736170.000000I is also conveniently used in tests and measurements for research purposes. This module is also increasingly used in research and development applications, such as calculating the cellular phone coverage of new networks.

Working principle

At its core, the XLH736170.000000I utilizes the same principles as other crystal oscillators. Its core consists of a quartz crystal, which oscillates at a certain frequency depending on its size and shape. Its frequency is determined by applying an input signal to the crystal. This signal is then amplified and passed through a low-noise amplifier. Finally, the signal is passed through a phase-locked loop (PLL), which is used to output a stable signal at a precise frequency.

Conclusion

To conclude, the XLH736170.000000I is a reliable and efficient module. Its features and characteristics make it suitable for a variety of wireless communication systems, tests and measurements, and research and development applications. Its wide frequency range and low-noise level make it a popular choice among those who need a stable and precise signal. Additionally, its digital frequency control and adjustable power supply make it easy to use and adjust as needed.