Used ROHDE & SCHWARZ SMIQ03B #293810121 for sale

ROHDE & SCHWARZ SMIQ03B
ID: 293810121
Signal generator.
ROHDE & SCHWARZ SMIQ03B is an electronic test instrument designed for use in laboratory tasks involving high-frequency applications. The instrument was designed to provide users with accurate, convenient, and reliable measurements of various properties such as RF signals. It is designed with a robust mechanical structure which ensures maximum stability in any type of environment. ROHDE & SCHWARZ SMIQ-03B features excellent impedance matching capabilities for precise measurements of high- frequency signals. It features vector network and spectrum analysis for detailed analysis and evaluation of measured signals. As well as this, SMIQ 03 B has an internal signal generator and frequency synthesizer, enabling better control over the measurements. The instrument features several digital and analog inputs and outputs for ease of use. It has a large display to allow easy control and adjustments of the system, as well as showing the measured results in an easy to understand format. SMIQ03B also includes an advanced internal processor to simplify test setup and performance. ROHDE & SCHWARZ SMIQ 03 B has a high-level of accuracy with its measurements capabilities, allowing for precise measurements regardless of the complexity of the signal. The instrument has a high-performance, wideband frequency range up to 3GHz, making it suitable for analyzing a wide range of signals. The instrument has a large data storage capacity, allowing users to save and recall measurements quickly and easily. This ensures that all measurements made with the instrument can be stored and used again in the future. It is also designed with a variety of control buttons and menu-based navigation system to ensure easy operation and navigation. SMIQ-03B is a great choice for a variety of tasks involving tests on high-frequency signals. Its high-level performance, reliable measurements, and features make ROHDE & SCHWARZ SMIQ03B an excellent choice for any laboratory setting.
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