The EMI test receivers offer solutions for engineers with expandable features for development, certification preparation, and compliance testing to meet EMI standards.
measurement requirements.
Rohde & Schwarz have launched the R&S EPL1001 (up to 1 GHz) and R&S EPL1007 (up to 7.125 GHz) EMI test receivers to provide engineers with a flexible, cost-effective solution for EMI measurements. Their expandable design allows additional options to be integrated as needed, ensuring a secure investment. Depending on the configuration, these receivers are suitable for use in development, certification preparation, and final compliance testing with the latest EMI standards.
The test receivers are built to meet a wide range of EMC measurement needs, offering flexibility, cost-effectiveness, and precision. Engineers can start with a basic model and upgrade as requirements grow. The standard versions include EMI bandwidth (CISPR 16-1-1, DO-160, MIL-STD-461), detectors (CISPR 16-1-1), RF input protection, and automatic attenuation adjustment in 1 dB steps to handle strong signals. Optional preselection enhances the measurement of broadband signals and short pulses, with an integrated preamplifier for detecting small signals. With the EPL1-B1611 option, the receivers become fully CISPR 16-1-1 compliant for certification testing.
Time Domain Scan (TDS) allows the capture of entire CISPR bands A or B in one sweep, while measurements above band B can be done in 20 MHz steps. This significantly reduces test time and improves intermittent emission detection. Additional features like spectrograms, zero span, and bar graph displays offer detailed analysis. Engineers can further enhance functionality with options like real-time spectrograms, IF analysis, and 4-channel click rate analysis.
Designed for both EMC and R&D engineers, these receivers ensure accurate and fast compliance testing while also supporting detailed signal analysis for troubleshooting and monitoring. Battery and DC power options allow for field testing without the need for a power outlet. With integrated spectrum analysis and an optional signal generator with tracking capabilities, the need for additional equipment is minimized.
