Used KEITHLEY 2636B #9312725 for sale

KEITHLEY 2636B is a high performance source-measure unit (SMU) designed for testing a wide range of electronic components and integrated circuits (ICs) in research, product development and manufacturing applications. 2636B offers two independent triple source-measurement outputs from any combination of voltage or current with source compliance ranges up to ±20V and ±25A. The output current measurement range allows for measurements down to a picoamp (10^-12A). It also offers improved precision with combined voltage and current measurements accuracy of 0.0004% in the voltage range and 0.0025% in the current range. The SMU includes advanced features such as scanning, programming, and data log/strip charting. It has four isolated measured functions - voltage, current, resistance, and capacitance. This SMU unit has a wide frequency range of 0.0001Hz to 500KHz, making it ideal for testing high speed logic components. KEITHLEY 2636B also contains a wide range of built-in measurement functions including dc voltage/current, ac voltage/current, 2/4-wire resistance, frequency, phase, period, pulse width, temperature, pulse height, capacitance, and diode measurement modes. It is a 4.3-inch color LCD display with digital touchscreen which allows for easier user input. With 2636B SMU, users can save time and effort with its memory and logging functions. The SMU has internal memory of 1GB, allowing users to save up to 250 million readings. Additionally, this SMU has a built-in Ethernet LAN interface for efficient transfer of data and control from a PC or via the Internet. KEITHLEY 2636B is designed for maximum safety, as it has overvoltage protection and a built-in thermal shutoff. It also includes safety sockets, allowing for direct connection to dual banana and spade lug cables. 2636B is a compact, reliable, and accurate source measure instrument offering unparalleled precision and high-speed performance for tests on electronic components and integrated circuits. It has a wide frequency range, advanced features, and high accuracy making it ideal for research, product development, and manufacturing applications.