Used ADVANCED ENERGY Paramount 1513 #293674933 for sale

ADVANCED ENERGY Paramount 1513 is an advanced test equipment, developed for emission testing. It is designed to take measurements of the emitted electrical energy from power sources with extremely low noise floors. The device is equipped with a highly sensitive 1.5 kHz bandwidth GaAs detector that allows for accurate detection of electrical energy of up to 25 GHz, ensuring that all sources are tested for optimal performance. The system comes with a number of features designed to make testing and calibrating even the most power-sensitive sources accessible, including an automated facility for continuous limit-setting with user-defined limits, an automated unit for control of output power during calibration, and an electronic switch for control of the limit trip with either a floating slope or a rigid slope. The unit is also equipped with an electromagnetic interference (EMI) suppression machine to limit the effects of radiation from a target source, allowing for continuous monitoring and protection from radiation. Furthermore, the unit's internal oscilloscope offers the highest resolution of up to 20 GHz with a temporal resolution of 10 ps, and offers a wide dynamic range with a low-noise floor of 0.1 nanovolts RMS. Paramount 1513 is fully compliant with applicable standards, such as, European EMC, IEEE C37.200 and the American National Standards Institute's ANSI C62.41. This tool also has a mechanical design which includes a built-in safety disconnect and a self-contained environmental control asset. ADVANCED ENERGY Paramount 1513 is built to withstand harsh environmental conditions, and the self-monitoring model ensures that the unit operates at an optimal level even in the most unfavorable conditions. Paramount 1513 is one of the most capable test systems on the market, offering intuitive controls and a comprehensive range of data acquisition and measurement capabilities. This flexible equipment has been designed to help engineers accurately measure the performance of power sources across a wide range of frequencies and power levels, affording enhanced power system safety and improved performance for sensitive applications.