Used ROHDE & SCHWARZ FSW43 #9191339 for sale

ROHDE & SCHWARZ FSW43 is a high-end RF and microwave vector signal analyzer from the world class instrumentation provider, ROHDE & SCHWARZ. This state-of-the-art piece of equipment has been designed to analyze the whole process of assembling wafers for applications requiring critical parameters. FSW43 covers a frequency range extending from DC up to 70GHz and offers a range of advanced features and options that allow RF and microwave engineers to make precise measurements and characterize their signals. ROHDE & SCHWARZ FSW43 features a fast and accurate spectrum analyzer, a flexible signal generator, a high dynamic range, and real-time measurements. It is equipped with multiple analog and digital processing modules which offer a user-friendly and highly precise analysis of signal strength, frequency range, modulation, noise, distortion, and other parameters designed for optimal wafer processing applications. It also has a wide variety of hardware features such as a low-noise front-end, an optional vector signal generator, and an optional channel-selective receiver. An adjustable IF-bandwidth can be used in both the instantaneous and sweep measurement modes, enabling more detailed and accurate analysis of fast-moving signal responses. FSW43 also features AM, FM, and pulse modulation, along with pulse measuring functions for complex modulation schemes. This allows the user to quickly and easily characterize the signal being measured, allowing for fast and efficient wafer processing solutions. Additionally, the system is packed with automation features such as test macros, mask test, and tear down on-the-fly features to further speed up wafer processing. This enables the user to better leverage the internal computing capabilities of ROHDE & SCHWARZ FSW43 and create highly effective test plans. Finally, FSW43 is compatible with a wide range of high-end accessories such as noise figure and antenna couplers, directional couplers, digital attenuators, low-noise amplifiers, power sensors, and more. This enables users to extend the system's capabilities and bring highly precise and automated wafer processing solutions to reality.