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MIMO Radar System Testing Tools and Techniques
Abstract
Modern technologies such as MIMO require the need for wide bandwidth, phase coherent, multi-channel analysis. Antenna elements in a MIMO radar system operate independently to cover a wide, often 180-degree, field of view without the need for directivity adjustments. This significantly improves scan times. The MIMO radar employs time, frequency, or coding techniques in each transmit signal to differentiate them in the receiver element to extract target properties. A wideband oscilloscope, such as a Tektronix DPO70000SX or MSO/DPO70000DX Series oscilloscope, is an ideal instrument because it is designed specifically for wide bandwidths and phase coherency.
Modern technologies such as MIMO require the need for wide bandwidth, phase coherent, multi-channel analysis. Antenna elements in a MIMO radar system operate independently to cover a wide, often 180-degree, field of view without the need for directivity adjustments. This significantly improves scan times. The MIMO radar employs time, frequency, or coding techniques in each transmit signal to differentiate them in the receiver element to extract target properties. A wideband oscilloscope, such as a Tektronix DPO70000SX or MSO/DPO70000DX Series oscilloscope, is an ideal instrument because it is designed specifically for wide bandwidths and phase coherency.
| Application: | Signal Analysis |
| Industry: | Military, Wireless/RF |
| Author: | Tektronix |
| External Link to complete AppNote/Whitepaper: | |
| https://www.tek.com/de/blog/mimo-radar-system-testing-tools-and-techniques | Published: | 15-01-2024 |
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