How to Perform Semiconductor Device Measurements

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Precision Source / Measure Unit
+ Precision Source / Measure Unit
Precision Source / Measure Unit
+ Precision Source / Measure Unit

Perform Semiconductor Device Measurements Using Teaching Lab

Bridging semiconductor theory and practical engineering skills requires a teaching lab environment that enables students to directly observe device behavior and translate measurement results into real design insights. Students must measure device characteristics such as the I-V curves of LEDs, BJTs, and MOSFETs, analyze electrical behavior under different operating conditions, and connect these findings to circuit-level applications including mixer and amplifier design.

Achieving this learning outcome requires precise measurement instrumentation, integrated design and simulation tools, and structured lab workflows that guide students from device characterization to circuit optimization. An integrated semiconductor teaching lab platform enables accurate measurements, automated experiment execution, and seamless transition from measurement to design analysis, helping educators deliver scalable, industry-aligned training while equipping students with practical semiconductor engineering skills.

Semiconductor Device Measurements Solution

Bridging semiconductor theory and practical engineering skills requires a lab environment that enables students to observe device behavior, perform accurate measurements, and connect results to real circuit design tasks. The Keysight Semiconductor Teaching Lab Solution combines B2902C Precision Source / Measure Units (SMUs), PathWave ADS design software, and the Digital Learning Suite to support experiments ranging from LED, BJT, and MOSFET characterization to mixer and FET amplifier design. The platform enables precise device measurement, automated test execution, and integrated circuit simulation within a structured teaching workflow. With ready-to-use lab modules, industry-standard tools, and scalable lab configurations, the solution improves lab efficiency while helping students develop practical design intuition and industry-relevant semiconductor engineering skills.
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Related Use Cases

How to Evaluate IV Characteristics of LEDs

Characterizing current and voltage (IV) for energy-efficient LEDs requires the ability to generate and measure them simultaneously. Learn how to evaluate the IV characteristics of two- and three-terminal devices with a source / measure unit.

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How to Characterize Low-Power Integrated Circuits

Measuring the current / voltage characteristics of a low-power IC requires a variety of basic instruments including multiple power supplies, digital multimeters (DMMs), pulse generators, and digitizers. Learn how to characterize low-power ICs efficiently and quickly using a single source / measure unit (SMU).

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How to Make Resistance Measurements

Resistance measurements require eliminating error-inducing factors, such as residual test lead resistance, thermal electromotive force, and leakage currents in the measurement path. Learn how to address these measurement issues using a remote sense function (4-wire connection), offset compensation, and a guard function.

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