Semiconductor Precision Source Measure Unit S300B 300V 3A DC Source Meter

The S300B SourceMeter is a cutting-edge, high-performance test instrument integrating intelligent digital touch technology for seamless operation. With a maximum output of 300V and 3A, coupled with ultra-sensitive current resolution down to 10pA, it delivers unparalleled versatility for complex electrical characterization. Its four-quadrant operation simulates real-world device behaviors, enabling precise testing of semiconductors (ICs, diodes, MOSFETs), power devices, sensors, and advanced materials like organic/nano compounds. Designed for innovation-driven industries, the S300B provides critical data to accelerate R&D, quality assurance, and next-gen technology development.

Product Features

▪ Lab-Grade Precision: Advanced measurement algorithms and precision circuitry achieve ±0.03% voltage/current accuracy (1μA–1A range), ideal for low-current, high-impedance scenarios in research and industrial QC.

▪ Multi-Interface Integration: GPIB, USB, LAN, and RS-232 interfaces support seamless integration with automated test systems (ATE) and remote control.

▪ High-Power Flexibility: Operates as a voltage/current source/sink with four-quadrant functionality. Programmable limits protect DUTs from overvoltage/current damage. Covers 10pA–3A current and 30μV–300V voltage, with select ranges achieving 0.03% accuracy.

▪Advanced Measurement Modes: 2-wire/4-wire measurements eliminate lead resistance errors. Built-in linear, logarithmic, and custom sweeps streamline I-V curve analysis for diverse applications.

▪ Intuitive Workflow: Capacitive touchscreen GUI simplifies setup for I-V, I-t, and V-t testing. Graphical or numerical data display caters to both experts and first-time users.

Product Parameters

Applications

▪ Semiconductor Testing: Enable precision characterization of high-voltage diodes, MOSFETs, and ICs for 5G, AI, and power electronics applications.

▪ Advanced Materials Research: Analyze electrical properties of next-gen materials (quantum, organic, nano) to drive breakthroughs in energy and electronics.

▪ Component Validation: Test resistors, capacitors, and inductors under extreme conditions with unmatched accuracy.

▪ R&D & Education: Support cutting-edge research in physics, biomedicine, and aerospace with reliable data. Serve as a teaching tool for hands-on engineering education.

▪ Industry Automation: Integrate into smart factories for high-throughput testing, reducing human error and boosting production efficiency.