Used TEKTRONIX YSL1516 #9110581 for sale

ID: 9110581
OTDR Wavelength: 1550/1625.
TEKTRONIX YSL1516 is a highly reliable electric test equipment designed and manufactured by TEKTRONIX Inc., a well-known American manufacturer of electronic test instruments. This advanced precision instrument is designed for vector network analysis (VNA) applications in high temperature electronics, microwave engineering, and antenna design and provides accurate vector network test results. It offers wide frequency coverage from 100 kHz to 16 MHz with excellent spectral purity and maximum signal fidelity. YSL1516 features a wide choice of accessories and options, including support for both S-parameter and Y-parameter measurements, as well as Y-VNA capabilities. It also features a wide range of port circuitries, including stainless steel test cell, coaxial networks, and waveguide circuits. The cutting-edge hybrid TEKTRONIX YSL1516 includes two solid state signal sources, analog-to-digital conversion (ADC) capability, and envelope detection. The integrated signal synthesizers and amplifiers provide a steady, low-noise signal with a high linear dynamic execution (LDX) range, while its wide bandwidth supports faster measurements. To make the measurements, YSL1516 comes with a comprehensive suite of instrument control application which greatly simplifies the calibration and data collection process. Through this app, users can easily configure the instrument, capture the data from the test head, and run a variety of graphical and data acquisition capabilities. Additionally, the app also supports interactive probing and display of graphics, which is ideal for correlation of test results. Finally, TEKTRONIX YSL1516 is well-suited for those in need of an accurate and reliable vector network analyzer. It is built with excellent engineering, provides a wide range of options, and offers highly accurate and repeatable measurements on a wide range of test components. With its comprehensive test package, YSL1516 is an ideal solution for those requiring in depth vector network analysis.
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