Keithley 2606B: The Ultimate 3A DC Four-Channel System SourceMeter for Precision Measurements

Keithley 2606B Four Channel System SourceMeter, 3 A DC The Keithley 2606B System SourceMeter is a high-performance, four-channel source measure unit (SMU) that provides precise and repeatable measurements of voltage, current, and resistance. With its advanced features and capabilities, the 2606B is ideal for a wide range of applications, including semiconductor characterization, materials research, and electronic device testing. Product Specifications: Four independent channels Voltage range: ±20 V Current range: ±3 A Resistance range: 10 µΩ to 100 GΩ Accuracy: 0.01% Resolution: 100 nV, 100 pA Features and Benefits: High-speed digitizing: The 2606B features a high-speed digitizer that captures data at up to 1 MS/s, enabling fast and accurate measurements. Pulse measurement capabilities: The 2606B can measure pulses as short as 100 ns, making it ideal for characterizing high-speed devices. Advanced triggering: The 2606B offers a variety of triggering options, including edge, level, and time, providing flexibility for a wide range of applications. Easy-to-use software: The 2606B comes with intuitive software that makes it easy to set up and control the instrument, as well as analyze and export data. Value to the Customer: The Keithley 2606B System SourceMeter offers a number of benefits to customers, including: Increased productivity: The 2606B’s high-speed digitizing and advanced triggering capabilities enable faster and more efficient measurements. Improved accuracy: The 2606B’s high accuracy and resolution ensure precise and repeatable measurements. Versatility: The 2606B’s wide range of features and capabilities make it suitable for a variety of applications. Ease of use: The 2606B’s intuitive software makes it easy to set up, control, and analyze data. Overall, the Keithley 2606B System SourceMeter is a powerful and versatile instrument that provides precise and repeatable measurements of voltage, current, and resistance. Its advanced features and capabilities make it ideal for a wide range of applications, including semiconductor characterization, materials research, and electronic device testing.