Keysight B2901BL: Precision Source Measure Unit with Unmatched Accuracy and Resolution
$3,883.00
Keysight B2901BL Precision Source Measure Unit: 1pA resolution, 21V, 1.5A, 4-quadrant operation, 100nV/10fA sensitivity, 0.012% basic accuracy, built-in SMU sequencing, and GPIB, LAN, and USB interfaces.
Keysight B2901BL Precision Source Measure Unit: Unparalleled Precision for Demanding Applications Elevate your testing capabilities with the Keysight B2901BL Precision Source Measure Unit (SMU), a cutting-edge instrument designed to meet the stringent demands of advanced research and development. Exceptional Precision and Accuracy: 1pA current resolution and 21V/1.5A voltage/current sourcing capabilities 0.012% basic accuracy ensures reliable and repeatable measurements Versatile Functionality: Source and measure voltage, current, and resistance Perform IV characterization, device testing, and material analysis Built-in pulse generator for dynamic measurements Advanced Features: High-speed digitizer captures transient events with up to 100kS/s sampling rate Built-in arbitrary waveform generator for custom stimulus generation Remote control via USB, LAN, or GPIB interfaces Benefits: Unmatched Precision: Enables precise characterization of low-current devices and materials. Versatile Functionality: Streamlines testing workflows and eliminates the need for multiple instruments. Advanced Features: Facilitates in-depth analysis and dynamic measurements. Enhanced Productivity: Automates measurements and reduces testing time. Reliable Results: Ensures accurate and repeatable data for critical decision-making. Value Proposition: The Keysight B2901BL Precision Source Measure Unit empowers engineers and researchers with the precision, versatility, and advanced features they need to push the boundaries of innovation. Its exceptional performance and reliability make it an indispensable tool for demanding applications in: Semiconductor device characterization Material science research Nanotechnology development Battery testing Solar cell analysis
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