Used ROHDE & SCHWARZ FSP3 #9041603 for sale

ROHDE & SCHWARZ FSP3 is an advanced electronic test equipment used to measure the composite video specifications of television receivers. It offers a host of features for a truly comprehensive video testing solution. The instrument is equipped with state of the art signal processing technology, allowing for measurements with a high level of accuracy and repeatability. The main feature of FSP3 is its ability to accurately measure the video performance of television receivers. It does this by providing a variety of tools for comprehensive video testing. Its video output parameters, such as brightness, contrast, and color saturation, can be measured quickly and accurately. Furthermore, user-friendly software is available to help users customize the test conditions and objectives to their exact requirements. ROHDE & SCHWARZ FSP3 can measure a wide range of video signal parameters, including picture size, resolution, hue, chroma level, and picture artifacts. It also has a 3D quality measurement system to ensure the quality of any 3D signal is at its best. The instrument is equipped with built-in test generators for producing reliable test signals. Adjustable digital signal filters further enhance the instruments capability for accurately measuring a variety of video signals. FSP3 has a variety of features that make it extremely user-friendly. An intuitive graphical user interface allows for easy access to the instruments main functions, such as setting up your test conditions, making measurements, and viewing results. The results can be converted to a wide variety of file formats for further analysis. The instrument also has a wide range of remote access capabilities, making it easy to access and control from a distance. In short, ROHDE & SCHWARZ FSP3 is an advanced electronic test equipment ideal for measuring the video specifications of television receivers. Its comprehensive capabilities, user-friendly interface, and remote access capabilities make it an ideal choice for testing video signals.