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Optimize Your Workflow with an ATE Power Supply

An ATE (Automated Test Equipment) power supply delivers precise, programmable power for high-speed production testing, validation, and stress testing. Designed for seamless integration into automated test systems, it ensures accurate, repeatable results while improving test efficiency. Watch the video to learn about EA's Industrial Series can help with your production ATE systems and automated process control systems requiring high power.

Two versions of the Keithley 2260B Series: High-Performance, Programmable Power Supply

Keithley 2260B Series: High-Power ATE Power Supply

Designed for automated test environments, the Keithley 2260B Series delivers up to 800W of programmable power with fast transient response and remote operation for seamless test automation.

  • Fast Transient Response – Handles dynamic load changes with precision
  • High Efficiency – Reduces power loss in test setups
  • Remote Programmability – LAN, USB, and GPIB for seamless ATE integration
  • Scalable & Compact – Ideal for production lines and automated systems

Explore the Product

 

Find the ATE Power Supply Series for Your Application

 

How Engineers Use ATE Power Supplies

An engineer adjusting settings on an instrument cluster of Tektronix bench testing equipment.

High-Speed Production Testing

An ATE power supply delivers fast, programmable power to streamline end-of-line testing, reducing downtime and increasing throughput in automated production environments.

Stress Testing and Device Characterization

With precise voltage and current control, engineers can simulate real-world conditions, perform power cycling, and assess device reliability under extreme operating scenarios.

Hands holding a phone with question marks and data graphics indicating the device is being tested
EA ATE power supplies

Seamless Integration into Automated Test Racks

ATE power supplies are designed for automation, offering LAN, USB, and GPIB connectivity to integrate directly with test sequencing software and data acquisition systems.

直流电源测量专家指南

电源设计的 10 个关键阶段

设计一个可靠的电源系统需要细致的规划、精准的测试以及合适的工具。本《电源测量小贴士》将带您全面了解电源设计的 10 个关键阶段——从元器件选型到电磁干扰(EMI)排查,再到最终验证,助您打造高性能解决方案。无论您是在优化效率、确保符合标准,还是排查问题,这些专家建议都将助您提升整体性能、加快产品上市进程。如果您正在选购新的电源产品,这些建议也能为您提供选型参考。毕竟,优秀的电源不仅仅体现在参数上,更在于您如何测试和完善设计。


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ATE Power Supply FAQs

Can an ATE power supply simulate real-world power conditions?

Yes, programmable ATE power supplies allow engineers to simulate voltage fluctuations, power cycling, and varying load conditions for comprehensive device testing.

How is an ATE power supply different from a standard power supply?

Unlike standard benchtop supplies, ATE power supplies feature fast transient response, remote control, and seamless integration with automated test systems.

What industries use ATE power supplies?

Industries such as automotive, aerospace, semiconductor, and consumer electronics use ATE power supplies for high-speed production validation and reliability testing.

What is an ATE power supply?

An ATE power supply is a programmable power source designed for automated test environments, offering precise voltage and current control for high-speed, repeatable testing.

Why is transient response important in an ATE power supply?

Fast transient response ensures the power supply quickly adapts to load changes, preventing voltage dips or overshoots that could affect test accuracy.