For example: Agilent E4440A or Anritsu 68369
Narda 779-10 attenuator

Model:779-10

Manufactured by: Narda

Category:AC Line Analyzers

Narda 779-10 - AC Line Analyzers

Narda 779-10 Overview

Fixed Precision Coaxial Attenuators Extremely low frequency sensitivity Very low vswr Designed to meet environmental Requirements of MIL-A-3933E Medium power rating Minimum phase response and Group Delay.

The Narda 779-10 is a specific model within the Narda 770 series of RF power meters and sensors offered by Narda Safety Test Solutions. Here is an overview of the Narda 779-10:

The Narda 779-10 is a compact, handheld RF power meter designed for accurate and reliable power measurements in the frequency range from 10 MHz to 40 GHz. It features a built-in power sensor that provides direct power measurements without the need for additional external sensors. The meter offers a wide dynamic range and high measurement accuracy, making it suitable for various applications in RF testing, telecommunications, aerospace, defense, and research.

The Narda 779-10 is equipped with a user-friendly interface, typically featuring a clear LCD display that shows real-time power readings in units such as watts or dBm. It offers multiple measurement modes, including peak power, average power, and pulse power measurements, allowing users to adapt to different signal types and requirements. The meter also includes various functions and settings, such as data logging, data hold, and adjustable measurement time intervals.

Additionally, the Narda 779-10 may provide features like calibration capability, external trigger options, and connectivity interfaces such as USB or RS-232 for data transfer and remote control. It is built with durability in mind, often featuring a rugged enclosure to withstand demanding field and laboratory environments.

Overall, the Narda 779-10 RF power meter offers a portable and versatile solution for accurate RF power measurements across a wide frequency range. Its robust design, measurement flexibility, and user-friendly features make it a valuable tool for professionals working with RF signals and power analysis.

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