M10385-U1

Series:	--
Part Status:	Obsolete
Type:	Antenna
Frequency:	87.5MHz ~ 108MHz
For Use With/Related Products:	M10385
Supplied Contents:	Board(s)

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The M10385-U1 evaluation and development board is a single-board device which specifically designed for high-frequency RF applications. It consists of two high-power transmit modules and one receive module. The board supports 2.4 GHz and 5.8 GHz frequency standards, primarily used for projects in the development and evaluation of ultra-wideband (UWB) systems.This board is able to measure, analyze, and modify a variety of high-frequency signals in a variety of applications. The board is able to quickly measure signal characteristics such as power, phase, and frequency. It can also be used to evaluate transmitter parameters such as linearity and distortion. Additionally, the board can also be used to measure the effects of noise or interference on a signal.The M10385-U1 board is designed with high-performance RF components, which allow it to operate at high frequencies and offer greater stability and reliability when compared to other boards. The board also includes a RF switching system, allowing it to serve various functions, including multi-channel equalization, frequency hopping, and pulse sharpening. Additionally, the board features a number of digital and analog signal paths, providing a flexible platform for testing and development.The board operates in two distinct modes – the base station mode and the receiver mode. In base station mode, the board is used to generate high-frequency signals, while in receiver mode it is used to detect and analyze these signals. The board also includes a serial communications interface for PC-based programming and control.Overall, the M10385-U1 evaluation and development board is well-suited for a range of different RF applications. It offers excellent stability and performance, along with a range of features and capabilities. Additionally, the board is easy to use and program, making it an ideal choice for any engineer or scientist who needs reliable and accurate measurements in high-frequencies.

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