Here's the page we think you wanted.
See search results instead:
Choose a country or area to see content specific to your location
Enable browser cookies for improved site capabilities and performance.
Toggle Menu
-
PRODUCTS AND SERVICES
- Oscilloscopes
-
Analyzers
- Spectrum Analyzers (Signal Analyzers)
- Network Analyzers
- Logic Analyzers
- Protocol Analyzers and Exercisers
- Bit Error Ratio Testers
- Noise Figure Analyzers and Noise Sources
- High-Speed Digitizers and Multichannel DAQ Solutions
- AC Power Analyzers
- DC Power Analyzers
- Materials Test Equipment
- Device Current Waveform Analyzers
- Parameter / Device Analyzers and Curve Tracers
- Meters
- Generators, Sources, and Power Supplies
- Software
- Wireless
- Modular Instruments
- Network Test and Security
- Network Visibility
- Services
- Additional Products
- All Products, Software, Services
- Learn
- Buy
- Support
What are you looking for?
Suggested searches
No product matches found - System Exception
Matched content
- Home
- Products and Services
- Accessories
- Adapters and Connectors
- 16201A 7 mm Terminal Adapter Kit
16201A 7 mm Terminal Adapter Kit
Connect test fixtures with a 7 mm connector to the network analyzer’s test ports (type-N)
This product is not purchasable.
Please exit this procurement session to buy.
Please exit this procurement session to buy.
This product is over the price threshold for your account.
To buy, contact your procurement team.
To buy, contact your procurement team.
Sold by: Keysight Online Sales
Starting from
Highlights
The 16201A terminal adapter is provided for the connection between the network analyzer’s test ports (type-N) and test fixtures with a 7 mm connector. Impedance analysis using the reflection method is supported with the E5061B ENA LF-RF Network Analyzer (Option 3L3/3L4/3L5) and impedance analysis software (Option 005).
Interested in a 16201A?
Featured Resources
Want help or have questions?
- © Keysight Technologies 2000–2024
- Privacy
- Sitemap
- Terms
- Trademark Acknowledgements
- Feedback
- Accessibility