Keithley 2461 SourceMeter: High-Power SMU for Precision Current and Voltage Control

Keithley 2461 SourceMeter: The Ultimate SMU Instrument for High-Power Applications Introducing the Keithley 2461 SourceMeter, the industry-leading SMU instrument designed to meet the demanding requirements of high-current, high-power applications. With its exceptional performance and versatility, the 2461 empowers engineers and researchers to tackle complex measurement and characterization challenges with confidence. Product Specifications: Voltage Range: 0 to 100 V Current Range: 0 to 10 A Power Range: 0 to 1000 W Measurement Accuracy: 0.02% Resolution: 100 nV, 100 pA Features and Benefits: High Current and Power Output: Delivers up to 10 A of current and 1000 W of power, enabling precise characterization of high-power devices and systems. Wide Voltage Range: Covers a voltage range of 0 to 100 V, providing flexibility for a wide range of applications. Exceptional Accuracy and Resolution: Ensures highly accurate and repeatable measurements, even at low levels. Versatile Measurement Modes: Supports voltage, current, resistance, and power measurements, offering comprehensive characterization capabilities. Intuitive User Interface: Features a user-friendly touchscreen display and intuitive software, simplifying operation and data analysis. Remote Control and Connectivity: Enables remote control via USB, GPIB, and Ethernet interfaces, facilitating integration into automated test systems. Value to the Customer: The Keithley 2461 SourceMeter is an invaluable tool for engineers and researchers working in various industries, including: Power Electronics: Characterization of power transistors, diodes, and modules Automotive: Testing of batteries, fuel cells, and electric motors Aerospace: Evaluation of high-power components for satellites and spacecraft Semiconductor: Characterization of power ICs and discrete devices By investing in the Keithley 2461 SourceMeter, you gain access to a high-performance SMU instrument that empowers you to: Accurately measure and characterize high-current, high-power devices Optimize device performance and efficiency Reduce development time and costs* Enhance product quality and reliability