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Semiconductor Testing Pulse SMU Unit Source Measure Unit P200B 100V 4A 30A
The P200B Benchtop Pulse SourceMeter is a user-centric, high-performance test instrument featuring a 5-inch touchscreen and intuitive graphical interface for effortless operation. With a maximum output of 100V and 30A pulsed current, it supports four-quadrant operation, excelling in testing low-power sensors, high-voltage power modules, semiconductors, nanomaterials, and printed electronics.
Product Features
▪ Easy Operation: 5-inch touchscreen with guided tutorials simplifies setup, even for beginners.
▪ Wide Dynamic Range: 1pA–30A (pulse mode), 1pA–4A (DC mode), and 0–100V voltage output with auto-ranging.
▪ Precision Pulse Control: 200μs minimum pulse width ensures stable amplitude, frequency, and timing for high-speed device testing.
▪ High Accuracy: 0.03% accuracy (1μA–1A current, full voltage range) and 0.1% accuracy for extended ranges.
▪ Four-Quadrant Flexibility: Simulates energy recovery, bidirectional current flow, and real-world electrical conditions.
▪Customizable Scans: Linear, logarithmic, and user-defined sweep modes for I-V characterization and material studies.
▪ Data Management: One-click USB storage, automated reports, and real-time data sharing via RS-232/GPIB/LAN interfaces.
Product Parameters
Items |
Parameters |
V-Ranges |
300 mV-100V |
I-Ranges |
Pulse Mode: 10nA–30A DC Mode: 10nA–4A |
Power Limits |
DC Mode:Max 40W /Pulse Mode: Max 400W |
Minimum Pulse Width |
200μs |
Sampling Rate |
100,000 S/s |
Accuracy |
0.1%/0.03% |
Triggering: |
I/O trigger polarity |
Display |
5-inch touchscreen |
Interfaces |
RS-232, GPIB, LAN |
Storage |
USB support |
Power Supply |
100–240V AC, 50/60Hz |
Applications
▪ Semiconductors: Diode leakage tests, MOSFET switching analysis, SiC/GaN high-temperature validation.
▪ Energy & Displays: LED/AMOLED efficiency optimization, solar cell/battery performance testing.
▪ Sensors: Temperature/pressure sensor calibration, anti-interference validation.
▪ Materials Science: Graphene/nanowire conductivity studies, e-ink characterization for flexible electronics.