Keysight E4417A RF Power Meter: Dual-Channel Precision for Advanced RF Testing
The Keysight E4417A RF Power Meter is a high-performance dual-channel instrument from the EPM-P series, engineered for demanding RF measurement applications. With a sampling rate of 20 Ms/s and a front sensor configuration (including a 5ft cable), this power meter delivers fast, accurate power readings essential for modern wireless and aerospace testing. Whether you’re characterizing power amplifiers, analyzing modulated signals, or performing routine RF power verification, the E4417A provides the reliability and precision you expect from Keysight.
Key Features & Highlights
- Dual-Channel Measurement: Simultaneously measure two signals, increasing throughput and enabling comparative analysis.
- High-Speed Sampling: 20 Ms/s sampling rate captures fast transients and modulated signals with exceptional fidelity.
- Wide Frequency Range: Covers 10 MHz to 18 GHz, suitable for a broad spectrum of RF applications.
- Broad Power Range: Measures from -70 dBm to +44 dBm, accommodating low-level to high-power signals.
- High Accuracy: ±0.5 dB accuracy and 0.1 dB resolution ensure precise, repeatable measurements.
- User-Friendly Interface: 4.3-inch color LCD provides clear waveform and numeric display for easy data interpretation.
- Versatile Connectivity: USB, Ethernet, and GPIB interfaces facilitate seamless integration into automated test systems.
- Front Sensor Design: Includes a 5ft cable for flexible sensor placement, reducing measurement uncertainty.
Applications
The Keysight E4417A is ideal for engineers and technicians working in:
- RF power measurement and calibration
- Modulation analysis and signal characterization
- Power amplifier testing and optimization
- Component and subsystem testing in R&D and production
- Field service and maintenance of RF systems
With its combination of speed, accuracy, and dual-channel capability, the Keysight E4417A RF Power Meter is a valuable asset for any test bench, ensuring reliable performance in critical measurement tasks.
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