Keithley IVy
Keithley IVy
Keithley IVy is the fastest and easiest way to perform current-voltage (I-V) characterization, troubleshoot your device under test (DUT), and share the measurement results with others. It allows you to visualize, interact with, and share measurement results without programming, while gaining a deeper understanding of your DUT!
Keithley IVy is compatible with Keithley Series 2600B SourceMeter® Source Measure Unit (SMU) Instruments running firmware version 3.1.0 or above.
See How Easy It Is to Connect to a 2600B SMU Instrument
Keithley IVy — Visualize, Interact, Share
Built-in Applications |
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Supported Models |
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Three Terminal Device Testing
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Draw a Family of Curves to Characterize Three Terminal Devices Keithley IVy is the fastest and easiest way to create a family of curves for a three terminal device, such as a FET or carbon nano-tube (CNT). Click Here to learn which series 2600B model is right for your test. |
SMU 2600B Series SourceMeter |
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Two Terminal Device Testing
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Visualize Two Terminal Devices in I-V Mode Perform I-V functional test and characterization of a wide range of two terminal devices, including: LED, metal oxide varistors (MOVs), diodes, zeners, sensors, and capacitors, and more. |
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Trend Monitoring
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View Your Device’s Behavior in Time Mode Instantly gain an understanding of your device’s stimulus-response behavior over time. Capture rise times, settling times, or other I/V characteristics from a wide variety of active and passive devices. |
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Interactive Analysis
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Interact for Better Understanding Pinch and zoom to gain deeper insight into your device’s performance. Examine actual source and measure values at any point along the entire I-V curve for a deeper understanding of its’ operating parameters. |
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Collaborative Work
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Share to Ensure Collaborative Work Share your data instantly via e-mail, Dropbox, or Google Drive to ensure easy and quick collaboration. Data available in graphical and in CSV formats. |
| Title | Type |
|---|---|
| Power Supply Measurement Tips Power supplies are the workhorses behind all electronics and electrical equipment. They come in numerous varieties to fit the gamut of systems they power. The race towards smaller, greener and cheaper power supply designs is more intense than ever. Higher efficiencies, higher power densities, time to market, standards requirements and cost reduction are impacting designs and designers alike. Designing a power supply is a complex process with numerous steps. With this guide, we will follow a simple work flow and provide testing tips at each of 10 design stages. Hopefully you will find a few that will make your testing more effective and your life a little easier. | Brochure |
| Connecting 2600B SMU Instruments to Mobile Devices Learn how to easily connect your 2600B Series Source Measure Unit (SMU) Instrument to an Android or iOS mobile device. | How-to Guide |
| Tips and Techniques for Efficient DC Testing and Current-Voltage Characterization This e-guide explores some of the most common DC current vs. voltage (I-V) tests being performed today, the seemingly inherent complications posed by each, and how new techniques can help to not only overcome these challenges but enhance efficiency and productivity, as well. | Brochure |
| 7 Keys to Detecting Potential DUT Issues - Minimize Troubleshooting Time and Boost Productivity Perform these seven easy tests on your battery, diode, LED, FET, or other device under test (DUT) to identify potential issues early, avoid extensive troubleshooting, and have confidence that the DUT is suitable for use in your circuit. | Poster |
| Source Measure Units - Save Time, Space and Money and Make Multiple Measurements Accurately Using a Single Instrument Learn how the integrated five-in-one functionality of just one source measure unit (SMU) instrument eliminates many of the issues associated with using multiple instruments, including workspace clutter, measurement insight delays and much higher costs. See how using a SMU can save you space, time - and even money. | Brochure |
