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Optimize Your Workflow with a Lab Power Supply

A lab power supply provides stable, adjustable voltage and current for a wide range of test applications. Designed for precision and flexibility, it ensures clean, reliable power for research, development, and educational labs. Watch the video to see how it enhances your testing workflow.

Keithley 2220G Series: Versatile, High-Performance Lab Power Supply

Keithley 2220G Series: Versatile, High-Performance

Power your lab with precise, adjustable voltage and current control in a compact benchtop design. With low noise, multiple channels, and remote programmability, it's built for flexible and reliable testing.

  • Multi-Channel Power – Independent voltage and current control
  • High Accuracy & Low Noise – Clean, stable output for precise testing
  • Remote Operation – USB, GPIB, and LAN connectivity
  • Compact & Versatile – Ideal for research, education, and industrial labs

Explore the Product

 

Find the Lab Power Supply Series for Your Application

 

How Engineers Use Lab Power Supplies

An engineer working on electronics prototype and adjusting tension on a slide arm unit.

Powering Research and Development

Lab power supplies provide clean, adjustable power for developing and testing prototypes, ensuring accurate and repeatable measurements in research labs and industrial R&D environments.

Supporting Educational Laboratories

Universities and training labs rely on versatile, easy-to-use power supplies for teaching electronics and circuit design. Multi-channel models allow students to experiment with different voltage and current configurations.

Engineer performing research using Keithley test equipment
An engineer adjusting settings on an instrument cluster of Tektronix bench testing equipment.

Reliable Power for Industrial Testing

From manufacturing validation to automated test systems, lab power supplies ensure consistent, stable output for testing electronic devices under real-world conditions.

直流電源供應器量測技巧

設計的 10 個階段

設計可靠的電源供應器需要仔細的規劃、精確的測試和正確的工具。我們的電源供應器量測技巧指南將引導您瞭解電源供應器設計的 10 個基本階段,從元件選擇,到 EMI 疑難排解和最終驗證。無論您是最佳化效率、確保相容性或是解決問題,這些專家深入見解都將能協助您實現更好的效能和更快的上市時間。如果您正在選擇新的電源供應器,這些提示將引導您做出正確的選擇。因為最好的電源供應器不僅關乎規格,還與如何測試和改進您的設計息息相關。


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Lab Power Supply FAQs

Can a lab power supply be used for automated testing?

Yes, many models include programmable control, remote operation, and connectivity options for seamless integration into automated test environments.

What industries benefit from lab power supplies?

Industries like automotive, aerospace, medical devices, consumer electronics, and academia use lab power supplies for research, prototyping, and validation testing.

What is a lab power supply used for?

A lab power supply provides adjustable voltage and current for circuit testing, research, and educational applications, ensuring clean, stable power for reliable results.

What’s the difference between a lab power supply and a bench power supply?

A lab power supply is designed for versatility and multi-purpose testing, while a bench power supply is typically optimized for individual workstations and more specific applications.

Why is low noise important in a lab power supply?

Low noise ensures interference-free testing, which is crucial for precision analog, RF, and high-sensitivity applications.