B K Precision RFM3004: The Ultimate 4-Channel RF Power Meter for Precision Measurements

B&K Precision RFM3004 RF Power Meter, 4 Channels, RFM3000 Series

Product Overview:

The B&K Precision RFM3004 RF Power Meter is a high-performance instrument designed to measure RF power with exceptional accuracy and reliability. Featuring four independent channels, it offers simultaneous measurement of multiple RF signals, making it ideal for testing and troubleshooting RF systems.

Features and Specifications:

4-Channel Design: Enables simultaneous measurement of up to four RF signals.
Wide Frequency Range: Covers frequencies from 10 MHz to 4 GHz.
High Accuracy: ±0.5 dB typical accuracy over the entire frequency range.
Wide Power Range: Measures power levels from -70 dBm to +40 dBm.
Fast Measurement Speed: Provides fast and reliable measurements with a measurement rate of up to 1000 readings per second.
Multiple Measurement Modes: Supports average, peak, and peak-to-average ratio measurements.
Data Logging and Analysis: Records and stores measurement data for later analysis.
USB and Ethernet Connectivity: Allows for remote control and data transfer.

What’s in the Box:

RFM3004 RF Power Meter
Power cord
USB cable
Ethernet cable
User manual

Enhanced Efficiency: Simultaneous measurement of multiple RF signals saves time and effort.
Precise Measurements: High accuracy ensures reliable and repeatable results.
Versatile Applications: Wide frequency and power range makes it suitable for various RF testing applications.
Fast and Reliable: Fast measurement speed and data logging capabilities streamline testing processes.
Remote Control and Data Transfer: USB and Ethernet connectivity enables convenient remote operation and data analysis.

Value to the Customer:

The B&K Precision RFM3004 RF Power Meter is an invaluable tool for engineers, technicians, and researchers involved in RF system design, testing, and troubleshooting. Its high accuracy, versatility, and ease of use make it an essential instrument for ensuring the performance and reliability of RF systems.