XLH73V029.000000I

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Oscillators are devices that convert energy from electric current into oscillating energy or electrical signals, and XLH73V029.000000I is a type of oscillator.

The XLH73V029.000000I oscillator is a high precision, low phase noise, voltage-controlled oscillator, designed and optimized for frequency control applications. It combines a low-noise voltage-controlled oscillator with the latest in micromechanical filtering technologies, and features a range of operating temperatures from -60°C to +85°C, a frequency range of 10MHz - 2.5GHz, a phase noise of -117dBc/Hz, and a temperature stability of 0.3ppm. It is designed for applications that require precise, frequency control performance, such as next-generation communication and wireless network systems.

The XLH73V029.000000I oscillator works by converting an applied voltage into an oscillating electrical signal with the specified frequency range. Its low phase noise ensures reliable communication over long distances and its temperature stability ensures that the signal remains stable over a wide range of conditions. The design of the XLH73V029.000000I oscillator includes a precision-made MEMS (Microelectromechanical Systems) filter that can filter out unwanted noise and interferenceto improve the quality of the output signal.

This oscillator is ideally suited for use in various communication systems, such as Wi-Fi, satellite, cellular networks, and broadcast networks. It can also be used for governmental and military communication systems. In addition, this oscillator is also useful for precision frequency reference devices such as atomic clocks, Ultra Wideband (UWB) systems, and radar systems. This oscillator can also be used to develop market-leading WLAN products such as 802.11ac routers, access points, and WLAN dongles.

In summary, the XLH73V029.000000I oscillator is a high precision, low phase noise voltage-controlled oscillator that is suitable for use in a wide range of communication systems, as well as for precision frequency reference devices. Its low phase noise ensures a reliable communication over long distances and its temperature stability ensures that the signal remains stable over a wide range of conditions. This oscillator is ideal for applications that require precise, frequency control performance, such as next-generation communication and wireless network systems.

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