Used NEWPORT 6000 #9289048 for sale

NEWPORT 6000 is an electronic test equipment designed for applications such as DC characterisation, transient analysis, embedded system development, digital development, IoT connectivity and other generic test applications. It is capable of providing reliable measurement accuracy and repeatable results. The compact and lightweight design makes 6000 ideal for fast and easy set up. NEWPORT 6000 offers a highly flexible, 16-channel input interface. Each channel can be configured with either a voltage or current input, and these can be further divided into three channels of high-voltage with lower-precision, and 13 channels of low-voltage with higher precision. This input interface makes 6000 suitable for performing a variety of tests, such as current-voltage measurements, voltage-voltage measurements, temperature-voltage measurements, and more. The device also offers a wide range of measurement ranges, with resolutions up to 500 µV per division, and bandwidths up to 200 MHz. The device features an integrated graphical user-interface which allows users to quickly set up tests and view results. The GUI includes an intuitive, graphical programming language which is compatible with most programming languages including C/C++, Python, and Visual Basic. Additionally, NEWPORT 6000 supports integration with external components such as pin adapters and various probes. 6000 offers an optional PC-based software package to aid with more complex analysis. This software package includes features such as a spectrum analyser, multiple waveform and data displays, FFT, X-Y plots, signal recording, and other advanced functions. The device also features a variety of protective circuits to protect against excess voltage and high current, and acts as an isolation barrier to protect against static electricity. Additionally, NEWPORT 6000 has been designed with a high degree of accuracy, with measured inaccuracy values typically under 0.01%. 6000 is a highly versatile, and reliable test equipment ideal for use in a variety of applications.