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Application Notes
Overview
For many types of multiple-input devices, precise testing requires accurate control over the amplitude and phase of multiple stimulus signals applied to the inputs of the unit under test (UUT). Examples include phased-array radar systems and multiple-input/multiple-output (MIMO) devices used in commercial communications and wireless networking. In these applications, precise control over amplitude and phase makes it possible to accurately simulate parameters such as the angles of arrival of incident signals. This type of testing is useful in research, product development, design verification, manufacturing and calibration. In all cases, the test solution that provides flexible synchronization of test signals can help reduce test time. Shorter test times are especially beneficial in the manufacturing of complex devices that have many inputs.
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