For example: Agilent E4440A or Anritsu 68369
- Test and measurement equipment
- Accessory
- Keysight / Agilent
- Keysight / Agilent E8421A
Wireless Test Fixture Base Unit
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Keysight / Agilent E8421A Overview
The Agilent E8421A wireless test fixture will help you
improve time-to-volume while
increasing your production flexibility. The feature-rich E8421A is an innovative flexible design with integrated system functionality. It provides well-defined custom device under test (DUT) nest tailoring that supports automated or manual loading at board and final test. Agilent''s global service and support helps you quickly implement your test system solutions and cost effectively keep them running.
The E8421A utilizes a standard base unit architecture and custom nest designs that are easily interchanged. This allows you to leverage the same base unit structure across device technologies, device form factors, board or final test, and production line implementations. By leveraging the same base unit, support costs and new product line development time can be reduced.
Complete nest tailoring documentation is provided for each nest kit. This allows you to come up to speed in designing and developing custom nests, as well as helping your third party to become more efficient at designing custom nests. A decrease in development time can then be realized. Customization of the nest can be performed by your ''in-house'' process, your choice of third party, or through Agilent. These customization options provide flexibility in design and implementation and will optimize your time-to-market needs.
Features:
- Standard universal base unit, with a variety of configuration options.
- High quality RF isolation provides an ideal environment to ensure repeatable and accurate measurements -- essential for reducing your no-trouble-found (NTF) failures.
- Standard software containing control drivers and diagnostic tools help simplify implementation, maintenance, and support processes. Production up-time is improved while lowering the support costs.
- System design is greatly simplified due to built in communication paths with the device-under-test (DUT), direct and over-the-air RF paths, acoustic testing, switching, automation and control.