Used HIOKI MR8880 #9188097 for sale

HIOKI MR8880 is an electronic test equipment for accurately measuring and monitoring the parameters of electronic components and circuits. The device is designed for laboratories, research and development centers, classroom settings, and educational or medical institutions. It has the capability to measure a wide range of parameters, from basic electrical parameters to advanced functions such as frequency, voltage and temperature. MR8880 has an intuitive graphical interface that displays parameters in both numeric and graphical formats. The device is also equipped with a large 5.7-inch LCD display, which can be programmed to display measurements in multiple languages. The device has the ability to save, store and recall up to 100 readings, and program curves, notch and frequency settings. HIOKI MR8880 offers a variety of measurement capabilities, including resistance, capacitance, voltage, current, resistance and capacitance frequency, temperature and audible click detection. It offers a variety of waveforms, such as sine wave, square wave, triangle wave and saw-tooth pattern waveforms. The device also features a temperature coefficient measurement range of -20 to +109 degrees Celsius. MR8880 has a built-in USB port which supports communication with windows-based data acquisition software. This software provides a visual interface to view data, generate reports and store data. It also supports various Printer and Plotter options, including HP DeskJet and LaserJet models. HIOKI MR8880 is designed to be both durable and user-friendly. It can be powered either by AC or DC voltage supplies. It has an outer shell that is radiation-resistant, shockproof and waterproof. The device is powered by a 7.2 V rechargeable battery, which allows up to 20 hours of battery life when fully charged. MR8880 is an ideal choice for professionals who need a reliable and accurate test equipment for a wide range of applications. It is highly capable, user-friendly and durable, and can help professionals maximize efficiency and accuracy.