• 300W N-type RF Terminations Terminator Dummy load 3GHz 4GHz 6GHz 8GHz 10GHz 50ohm,300W N-type RF Terminations Terminator Dummy load DC-18GHz 50ohm,Professional Manufacturer on Attenuators&Terminations,RF Connector&Adapter,cable Assemblies and other Microwave components
  • 300W N-type RF Terminations Terminator Dummy load 3GHz 4GHz 6GHz 8GHz 10GHz 50ohm,300W N-type RF Terminations Terminator Dummy load DC-18GHz 50ohm,Professional Manufacturer on Attenuators&Terminations,RF Connector&Adapter,cable Assemblies and other Microwave components

300W N-type RF Terminations Terminator Dummy load DC-18GHz 50ohm

No.TWTN-300-18G
Features:
  • Average power:300W 
  • Frequency:DC-18GHz optional
  • N male and female connector optional
  • Factory supply,Fast delivery
  • 300W N-type RF Terminations Terminator Dummy load 3GHz 4GHz 6GHz 8GHz 10GHz 50ohm,300W N-type RF Terminations Terminator Dummy load DC-18GHz 50ohm,Professional Manufacturer on Attenuators&Terminations,RF Connector&Adapter,cable Assemblies and other Microwave components
  • Description

  • (VNA) Test Curves

This high-performance 300-Watt RF Termination Load is designed to provide a precision 50-ohm match for unused ports in your RF systems. Featuring a robust N male connector, it operates efficiently across a wide frequency range DC-18GHz. This dummy load is engineered for low VSWR and high reliability, making it an essential component for DAS installations, small cell deployments, and laboratory testing where signal reflections must be eliminated to protect sensitive equipment.

Key Advantages:

1.High Quality & Fast Delivery: Reliable products delivered promptly.

2.Expert R&D Team: Dedicated engineering support for custom solutions.

3.OEM & ODM Ser

300W N type RF Termination Dummy load DC-18GHz 50ohm

Nominal Impedance

50Ω

Frequency Range

DC-18GHz

VSWR

18G≤1.5

Power Rating

300W

Temperature Range

-55°C to 125°C

Connector

N male and female connector optional

We use Cookie to improve your online experience. By continuing browsing this website, we assume you agree our use of Cookie.