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Optimize Workflows with a Programmable Power Supply
A programmable power supply delivers precise, adjustable voltage and current with automated control for circuit testing, validation, and production. With advanced programmability and remote operation, it ensures accurate, repeatable measurements in R&D, manufacturing, and automated test environments. Watch the video to see how it enhances your testing workflow.
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Keithley 2260B Series: High-Performance, Programmable
Power your tests with programmable voltage and current control in a compact benchtop design. With high accuracy, remote operation, and advanced sequencing, it’s built for automation and precision.
- Wide Power Range – Up to 800W total
- Programmable Control – Custom voltage and current profiles
- Remote Operation – Ethernet, USB, and GPIB connectivity
- Compact & Versatile – Ideal for R&D and automated testing
Find the Programmable Power Supply for Your Application
Browse Types of Power Supplies
How Engineers Use Programmable Power Supplies
Automated Test and Validation
A programmable power supply integrates seamlessly into automated test setups, enabling engineers to run complex voltage sweeps, stress tests, and device characterization with precision and efficiency. Remote control and scripting capabilities reduce manual intervention and improve throughput.
Power Cycling and Stress Testing
With automated sequencing, a programmable power supply can simulate real-world conditions by cycling power, adjusting voltage profiles, and testing device limits. This is essential for reliability testing in industries like automotive, aerospace, and consumer electronics.
Battery Simulation for Device Testing
By mimicking real battery discharge profiles, a programmable power supply enables engineers to test battery-powered devices under controlled conditions. This ensures accurate performance evaluation for IoT devices, wearables, and portable electronics.
DC POWER SUPPLY MEASUREMENT TIPS
The 10 Stages of Design
Designing a reliable power supply requires careful planning, precise testing, and the right tools. Our Power Supply Measurement Tips guide walks you through the 10 essential stages of power supply design—from component selection to EMI troubleshooting and final validation. Whether you're optimizing efficiency, ensuring compliance, or troubleshooting issues, these expert insights will help you achieve better performance and faster time to market. And if you're selecting a new power supply, these tips will guide you in making the right choice. Because the best power supply isn’t just about specs—it’s about how you test and refine your design.
