2400 Graphical Series SMU

Making the big power switch

Demand for more efficient high-voltage semiconductors in 5G, automotive, and alternative energy markets is driving increasingly complex testing and research into new technologies like SiC and GaN. Your testing equipment will need to evolve to keep up.

The 2470 SMU adds capabilities in measurements like breakdown voltage, leakage current, isolation testing, hi-pot and dielectric withstanding tests to get you to insight faster.

Learn more about the high voltage 2470 SMU

Intuitive UI. Smart and fast.

Measure, see and discover more on the intuitive, multi-touch user interface – from raw readings to histograms to time-based and voltage/current-based waveforms—and get to your answers more quickly.

How-to Videos

Highlights

• Five-inch touchscreen with carefully-designed color combination and screen layout
• Easy navigation and one-level-deep menu and settings
• 27.5 million data memory with time stamps all viewable on the instrument

Learn more. Gain more.

Source Measure Unit Tutorial Learning Center brings together a wealth of information on Keithley SMUs and other products in an all-in-one, convenient location. We provide links to a wide variety of content related to the applications and industries we serve.

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Model 2450 Graphical SourceMeter SMU

The 2450 is Keithley’s next-generation SourceMeter source measure unit (SMU) instrument that truly brings Ohm’s law (current, voltage, and resistance) testing right to your fingertips. Its innovative graphical user interface (GUI) and advanced, capacitive touchscreen technology allow intuitive usage and minimize the learning curve to enable engineers and scientists to learn faster, work smarter, and invent easier.

• Five-inch, high resolution capacitive touchscreen GUI
• 0.012% basic measure accuracy with 6½-digit resolution
• Enhanced sensitivity with new 20mV and 10nA source/measure ranges
• Built-in, context-sensitive front panel help

White Paper: Get in Touch with the Changing User Interface of Today’s Test Instruments

App Note: Biosensor/Transducer Qualification Using the Model 2450 Interactive SourceMeter® SMU Instrument

Model 2461 Graphical High Current Digitizing SourceMeter SMU

With its 10 A/1000 W pulse current and 7 A/100 W DC current capability combined with dual 18-bit 1MS/s digitizers, the 2461 High Current SMU is optimized for characterizing and testing high power materials, devices, and modules, such as silicon carbide (SiC), gallium nitride (GaN), DC-DC converters, circuit protection devices, solar cells and panels, high brightness LEDs and lighting systems, batteries, and much more.

• Wide coverage up to 105 V/7 A DC 100 W, 100 V/10 A Pulse 1000 W max.
• Dual 1 MS/s digitizers for fast sampling measurements
• 0.012% DCV accuracy with 6½-digit resolution
• Use with KickStart Software

App Note: Pulse Testing High Brightness LEDs Accurately using the 2461 High Current SourceMeter® SMU Instrument

High Speed Testing of High Brightness LEDs

Use a SMU instrument's unique pulsing, voltage, or current capabilities to minimize self-heating on HBLEDs and reduce the negative impact on measurement accuracy, as well as to eliminate the worries about damaging the device under test.

• Minimum programmage voltage and current pulse: 150 µs
• Maximum pulse current 10 A
• Maximum pulse power 1000 W

Pulse Testing High Brightness LEDs

Accurate DC Test of HBLEDs

Chacterizing and Validating Sensor Performance

SMU instruments are the most accurate, reliable, and convenient way to characterize and validate sensors and transducers that can generate and measure ultra-low and low voltage or current signal during sleep and active states of operation. SMUs offer the widest operating range, sensivity, speed and accuracy to minimize false readings and test with confidence.

• Voltage and current measure resolution at 10 nV and 10 fA
• Best voltage and current measure accuracy at 0.012% and 0.02%
• Maximum sample rate at 1 MSamples/s

App Note: Biosensor/Transducer Qualification Using the Model 2450 Interactive SourceMeter® SMU Instrument

Creating Battery Discharge Models and Simulating Batteries

A graphical SMU Instrument can discharge a battery and create a model of the battery for use with a battery simulator. The model consists of both open circuit voltage and internal resistance as a function of the battery's state of charge. The battery simulator will then emulate the battery using the created battery model and can be used under various testing conditions to see how the product performs when powered by a battery under various conditions of discharge.

• 0.012% basic measure accuracy with 6½-digit resolution
• Enhanced sensitivity with new 20mV and 10nA source/measure ranges
• Wide coverage up to 105 V, 7 A DC/7 A pulse, 100 W max.

Video: Creating a Battery Discharge Model with a 2450 Source Measure Unit and Simulating the Battery

Python Driver Support

Harness the power of native Python commands for controlling oscilloscopes, digital multimeters, source measure units, waveform generators, and more. Eliminate tedious manual parsing. At your fingertips you’ll find your favorite IDE, such as VS Code or PyCharm.

• Intuitive Documentation: Explore comprehensive docstrings and extensive type hints to learn and effectively use the instrument's full capabilities.
• Enhanced Productivity: Leverage auto-completion and code suggestions to speed up development.
• Seamless Integration: Add our Python drivers to your existing automation frameworks to realize each instrument’s full potential.

Access our Python Driver Package

Learn about test automation

Battery Simulator App in KickStart

The KickStart Battery Simulator App gives users a simple method to create, manage, and simulate battery models along with the ability to cycle test batteries. This optional specialty application for KickStart software is designed for use with Keithley’s 2281S Power Supply/Battery Simulator for simulating battery models, the Keithley 2380 DC Electronic Load for battery model generation, and the Keithley 2400 Graphical Series and 2600A/B Series SMUs (channel A only) for battery model generation, battery simulation, and battery charge/discharge cycle testing.

The Battery Simulator App includes:

• Ability to generate, edit, and simulate custom battery models
• Responsive user interface which allows changes to the simulated state of charge in real time
• Table and graph views to visualize data collection in real time
• Ability to browse multiple battery models saved to repository on local drive
• Ability to import and export models to and from KickStart software
• Dynamic and static battery models
• Dynamic battery model updates values in real time
• Visual representation of battery VOC, Vt, SOC, ESR, current, and capacity
• One-box stimulator, model generator, and cycle testing solution using SMUs
• Ability to test batteries through multiple charge and discharge cycles with access to a myriad of test cutoff conditions

Learn more about KickStart Battery Simulator App

Keithley KickStart Instrument Control Software.
No Programming Required.

Making measurements is easy with KickStart. Characterize your devices and materials quickly and easily without programming. Visualize real-time results in graphical and tabular format. Export data tables or graphs for quick reporting or additional analysis in Excel.

• Create single or sweep pulse tests quickly
• Generate linear, log, list, and dual sweeps of voltage and current source with simultaneous measurement
• I-V characterization application to support up to four SMU instruments
• GPIB, USB, Ethernet connectivity on Windows OS

Download KickStart today and try it out

Keithley KickStart Datasheet

TSP Toolkit Scripting Tool

TSP Toolkit is an open source scripting tool available as a Visual Studio Code (VS Code) extension. It can be used to develop TSP test scripts alongside your other favorite VS Code extensions, such as those for Python, C# and many more.

TSP Toolkit includes all the functionality and instrument support of Test Script Builder (TSB) plus many quality-of-life features including syntax highlighting, auto-completion with in-line command help, and a modern user interface.

Learn More