Used KEITHLEY 2400 #293632383 for sale

TheKeithley KEITHLEY 2400 is a high-performance, 24-channel source-measure unit (SMU) that provides precision voltage source, current source, and measurement capabilities. Designed to measure a wide range of physical quantities, 2400 offers a maximum source voltage of up to 20 volts, maximum current source up to 3 amperes, and a wide bandwidth up to 100 MHz for high-speed responses. Its 24 measurement channels feature built-in 4-wire practical Kelvin connections, enabling low-resistance measurements that are vital for accurate current measurements on components and circuits. The inputs are protected against damage, and both the current and voltage sources are isolated from each other and the chassis ground. Its superior resolution and accuracy features include source voltage low-level resolution of up to 1µV and source current low-level resolution of up to 20pA. This allows high-accuracy measurements and debugging of components even in the sub-microvolt and sub-microampere ranges. KEITHLEY 2400 also safeguards its measurements with through-hole and insulation turn-off protection. It also measures a broad range of parameters including resistance, capacitance, and inductance, as well as frequency signal analysis. The source-measure unit also comes with a robust built-in temperature control system with built-in cooling that can be used to regulate the temperature of components, devices, and circuits while taking measurements. 2400 is easy to control, with a USB and LAN/Ethernet interface, as well as an IEEE-488/GPIB compatibility that enables remote programming and control. All channel measurements are quickly and accurately integrated and transferred via a built-in data logging interface. KEITHLEY 2400 is a powerful and precise source-measure unit built for precise electrical measurements in a wide variety of applications. It has wide enough bandwidth, advanced temperature control, accurate low-level voltage and current sources, flexible channel connectivity, and precise measurement capabilities to make it suitable for researching, testing, and debugging.