Coaxial Dynamics 7601 Relative Field Strength Meter

Enhance Your RF Measurements
Introducing the Coaxial Dynamics Model 7601 Relative Field Strength Meter, a pivotal tool for professionals engaged in measuring the relative strengths of radiating fields from transmitting antenna systems. This cutting-edge instrument is essential for making accurate RF power measurements, as well as for the peaking and adjustment of both fixed and portable transceivers and antennas. Its versatility and superior performance make it an invaluable asset in a wide range of applications, from broadcast engineering to RF research and development.

Unmatched Sensitivity and Range
The Model 7601 sets itself apart with its extraordinary sensitivity and a broad frequency range of 1 to 3000 MHz. This meter is designed to detect even the most subtle signals, ensuring accurate readings across a wide spectrum of frequencies. Its ability to provide full-scale deflection with just a one-watt CW source from a unity gain antenna at 150 MHz, at a distance of 10 feet, highlights its exceptional sensitivity.

User-Friendly Design
Ease of use is at the heart of the Model 7601 design. The large, easy-to-read meter ensures visibility from a distance, simplifying the monitoring process. Furthermore, the meter comes with a detachable antenna, offering users the flexibility to select the optimal antenna for their specific application. The standard Rubber Duck style antenna provides convenience and reliability, while the optional telescoping antenna enhances sensitivity for more demanding tasks.

Guaranteed Quality
Your trust in the Model 7601's quality and reliability is backed by Coaxial Dynamics' Two Year Limited Warranty. This commitment to quality assures users of the meter's dependability and longevity, making it a wise investment for professionals seeking precision in their RF measurements.

Versatile Connectivity
The Model 7601's adaptability is further demonstrated by its capacity to connect directly to an existing base or mobile antenna. This feature enhances its utility, allowing for more comprehensive and integrated measurement setups.