Used TEKTRONIX P6248 #293618498 for sale

TEKTRONIX P6248 is a versatile and robust electronic test equipment that is ideal for troubleshooting and testing a broad range of electronic components and systems. P6248 utilizes a high-speed four-wire resistive voltage/current measurement system to accurately measure resistance, voltage, current, and temperature of electronic components. This makes it easy to identify and diagnose problems associated with electronic components and systems. TEKTRONIX P6248 features a higher resolution of 17-bit across its three-channel input ranges of 25V, 200V, and 500V, giving it a greater accuracy and precision in its measurements. The instrument is also universal in its measurement capability and is capable of measuring DC, AC, pulse, and noise sources with accuracy levels up to 0.2%. This makes P6248 suitable for most productive applications such as analog component measurement, data logging systems, Wafer Fabrication, and other specialized testing applications. TEKTRONIX P6248 also features a high-resolution color LCD display with zoom capability, allowing users to easily view a wide range of test parameters and results. It also has an integrated user interface designed to make operation simple and efficient. The instrument comes with a variety of helpful automated test functions which can be used to configure test setups, choose measurement ranges, and calibrate the instrument quickly and accurately. P6248 is easy to integrate with external data-acquisition systems and can be connected to a PC or Labview via USB, LAN, or RS232 ports. Furthermore, it has flexible trigger options and can be triggered via applied signal, internal signal, or external trigger. TEKTRONIX P6248 is made with a rugged all-metal construction, making it well-suited for usage in harsh environments and industrial applications. It also has an overvoltage protection feature which makes it safe to use in the presence of high voltage sources. Overall, P6248 is an advanced and accurate electronic test equipment that is suitable for testing a wide range of components and systems. Its features, including its robust construction and intuitive display and user-interface, make it ideal for educational, scientific, automotive, and many other specialized testing applications.