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R&S®ESRP EMI Test Receiver 9 kHz to 3.6 GHz

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EMI test receiver


  • Product Description
  • Selection
    • Brand: 罗德与施瓦茨
    • Commodity name: R&S®ESRP EMI Test Receiver 9 kHz to 3.6 GHz
    • Brand: Rohde & Schwarz

    In-depth Analysis of the R&S®ESRP EMI Test Receiver: A Benchmark for Next-Generation Electromagnetic Compatibility Testing Efficiency

    I. Product Positioning and Core Value

    R&S®ESRP   is launched by Rohde & Schwarz a new generation of high-performance EMI test receivers specifically designed for electromagnetic compatibility (EMC) testing in complex scenarios such as 5G communication, automotive electronics, and aerospace. As an upgraded model of the R&S®ESW/ESU it integrates the compliance testing capabilities of an EMI receiver with the broadband signal analysis functions of a real-time spectrum analyzer, supporting an ultra-wide frequency coverage of 1 Hz to 50 GHz (optional 26.5 GHz/40 GHz/50 GHz bands) and 160 MHz real-time bandwidth (80 MHz standard, optional expansion), meeting the latest international standards such as CISPR 16-1-1:2023, MIL-STD-461G, and 3GPP. Its Time Domain Scanning (TDS) technology can reduce traditional automotive EMC testing time from hours to less than 24 seconds and significantly improves the efficiency of compliance testing and fault diagnosis through intelligent functions, becoming an industry benchmark for high-frequency EMC testing.

    II. Core Technical Indicators and Performance Breakthroughs

    Frequency and Bandwidth Performance
    • Frequency Range : 1 Hz to 50 GHz (basic model 26.5 GHz, supporting expansion to 40 GHz/50 GHz via options)
    • Real-time Bandwidth : 80 MHz (standard), upgradeable to 160 MHz, supporting gapless signal capture, and a 50% increase in transient signal capture rate
    • Resolution Bandwidth : Supports CISPR standards (200 Hz/9 kHz/120 kHz/1 MHz) and custom modes (1 Hz to 100 MHz continuously adjustable)
    Sensitivity and Dynamic Range
    • Displayed Average Noise Level (DANL) : -174 dBm (1 GHz, with preamplifier), industry-leading weak signal capture capability
    • Third-Order Intercept Point (TOI) : +21 dBm (1 GHz), reducing distortion by 30% in strong signal environments
    • Amplitude Accuracy : ±0.3 dB (1 GHz), meeting the requirements of CISPR 16-1-1:2023 for high-precision measurements
    Testing Efficiency Innovation
    • Accelerated Time Domain Scanning (aTDS) : Based on FFT real-time processing technology, compressing the full-band scanning time of automotive electronics from 36 hours to 24 seconds adaptable to automated batch testing on production lines
    • Multi-channel Synchronous Measurement : Supports external Rohde & Schwarz power probes and antenna matrices to achieve parallel testing of conducted/radiated interference
    Millimeter-wave Band Optimization
    • 50 GHz Ultra-wide Coverage : Supports direct testing of 5G NR FR2 bands (24.25-52.6 GHz) and automotive radar (76-81 GHz)
    • Low-noise Front-end Design : Maintains -165 dBm DANL in the millimeter-wave band to ensure accurate analysis of high-frequency signals

    III. Functional Characteristics and Industry Innovations

    Full-scenario EMC Compliance Testing
    • Built-in Standard Templates : Pre-configured CISPR, FCC, CE, MIL-STD-461G, etc., standard test procedures, supporting 12 detection methods including peak, quasi-peak, RMS average, and CISPR-AVG
    • Automated Report Generation : One-click generation of standard-compliant test reports, including spectrum diagrams, out-of-limit point location, and margin analysis
    Intelligent Fault Diagnosis Tools
    • Real-time Spectrum Monitoring (RTS) : Simultaneously displays frequency domain, time domain, and probability density spectrum (PDW) within 160 MHz bandwidth, quickly locating transient interference (such as automotive ignition pulses and 5G signal burst noise)
    • Bus Trigger Analysis : Supports CAN/LIN/FlexRay automotive bus protocol triggering, correlating bus signals with RF interference, and accurately locating the EMI source of the ADAS system
    Scalability and Compatibility
    • SCPI Protocol Compatibility : Seamless integration with existing test systems from Keysight, Agilent Technologies, etc., reducing process migration costs
    • Software Ecosystem Integration : Supports R&S®EMC32 test software for multi-device collaborative control, cloud data storage, and remote monitoring
    Future Technology Foresight
    • CISPR 11/16-1-1:2023 Support : Built-in amplitude probability distribution (APD) and time-weighted average (TWA) measurement functions of the latest standards
    • AI-assisted Analysis : Automatically identifies common interference types (such as harmonics, intermodulation, and broadband noise) through machine learning algorithms and generates diagnostic suggestions
  • I. Hardware Options

    1. Core Functional Modules

    Option Model Function Description Applicable Scenarios
    ESRP-K50 Field Strength Coverage Measurement Software (supports DVB-T, ISDB-T, etc., broadcast signal demodulation) Communication Network Coverage Assessment
    ESRP-K53 Time Domain Scan (TDS) Function (test time reduced to seconds) Rapid Compliance Testing
    ESRP-K56 Intermediate Frequency Analysis Module (supports complex signal demodulation and spectrum monitoring) RF Device R&D
    ESRP-B20 20 dB Low-Noise Preamplifier (full-band coverage, adjustable gain) Weak Signal Detection (such as radiated emission testing)
    ESRP-B21 Integrated 21 pre-selected filters to suppress image interference High-sensitivity measurement in complex electromagnetic environments

    2. RF Front-End Optimization

    Option Model Function Description Applicable Scenarios
    ESRP-B2 2 MHz High-Pass Filter, suppressing AC power line interference Conducted Emission Testing
    ESRP-B24 2.4 GHz/5.8 GHz Notch Filter, suppressing strong carrier signals in the ISM band Consumer Electronics, IoT Device Testing
    ESRP-B8 Channel filter extended to 80 MHz bandwidth (analysis mode) Wideband Signal Demodulation

    3. Power Supply and Accessories

    Option Model Function Description Interface Type
    FSV-B30 12 V/24 V DC Power Adapter Mobile Scene Power Supply
    FSV-B32 Lithium-ion Battery Box (supports 4 hours of continuous operation) Portable Testing
    ZZA-478 19" Rack Adapter (supports 4 RU installation) Laboratory Fixed Deployment

    II. Software Options

    1. Compliance Testing

    Option Model Function Description Applicable Standards
    ESRP-K34 CISPR 16-1-1:2019 Certified Test Software (including quasi-peak, average, and RMS detectors) Consumer Electronics, Industrial Equipment
    ESRP-K36 EN 55032 Certified Test Software (including pre-compliance scan function) Automotive Electronics, In-Vehicle Communication
    ESRP-K37 FCC Part 15 Certified Test Software (supports digital device radiated emission testing) Communication Equipment, IoT Terminals

    2. Signal Analysis Tools

    Option Model Function Description Applicable Scenarios
    ESRP-K52 Phase Noise Measurement Software (supports 10 kHz to 1 GHz frequency offset analysis) Clock Source, Oscillator Evaluation
    ESRP-K54 Spurious Signal Analysis Software (supports harmonic and intermodulation product detection) RF Device R&D

    3. Advanced Functions

    Option Model Function Description Applicable Scenarios
    ESRP-K62 Real-Time Spectrum Analyzer (RTSA) Enhancement Tool (supports 970 MHz bandwidth gapless capture) Signal Integrity Analysis
    ESRP-K61 Accelerated Time Domain Scan (A-TDS) Function (test time reduced to seconds) Rapid Compliance Testing

    III. Accessories and Calibration

    1. Calibration Kits

    Option Model Function Description Interface Type
    11970-60001 Calibration Kit (including 3.5 mm calibration parts) Basic RF Testing
    11970-60005 Calibration Kit (including 1.85 mm calibration parts) High-Frequency Device Calibration
    ESRP-CAL Annual ISO 17025 Certified Calibration Service (including core modules) Equipment Metrology Validity Maintenance

    2. Test Cables and Fixtures

    Option Model Function Description Frequency Range
    N9048B-301 1 GHz Test Cable Kit (including 3.5 mm cable) Low-Frequency Signal Transmission
    N9048B-303 44 GHz Test Cable Kit (including 1.85 mm cable) High-Frequency Signal Transmission

    IV. Service and Support

    1. Calibration and Maintenance

    Service Type Description Cycle / Range
    Standard Calibration 1 Year ISO 17025 Certified Calibration (including core modules) Covers frequency, gain, and other indicators
    Extended Calibration Optional 2-5 year extended calibration (requires separate purchase) Extends equipment metrology validity period
    On-site Calibration On-site calibration service by engineers (requires additional payment) Complex system integration scenarios

    2. Technical Support

    Service Type Description Response Time
    7×24 hours support Telephone/email technical support, including firmware upgrade guidance Immediate response on weekdays
    Remote diagnosis Remote troubleshooting service based on WebEx Response within 4 hours
    Customized training Customized training courses for EMI testing, phase noise measurement, etc. Customized course content on demand

    V. Differences between ESRP series models

    Characteristics ESRP3ESRP7
    Frequency Range 9 kHz to 3.6 GHz 9 kHz to 7 GHz
    Real-time bandwidth 80 MHz (requires ESRP-K55 option) 80 MHz (requires ESRP-K55 option)
    Typical applications Consumer electronics, home appliances Automotive electronics, industrial equipment

    VI. Combination Recommendations

    1. Basic EMI Test

    • ESRP3 (Basic configuration) +  ESRP-K34 (CISPR certification) +   11970-60001 (Calibration kit)
      Applicable Scenarios : Radiated emission testing of consumer electronics and home appliances.

    2. High-frequency expansion scheme

    • ESRP7 + ESRP-B20 (Pre-amplifier) +  N9048B-303 (44 GHz test cable)
      Applicable Scenarios : High-frequency EMI testing of automotive radar and satellite communication equipment.

    3. R&D and debugging

    • ESRP7 + ESRP-K52 (Phase noise) +  ESRP-K62 (RTSA enhancement)
      Applicable Scenarios : Oscillator design, high-speed data link signal integrity analysis.

    VII. Notes

    Hardware compatibility :
    • The pre-amplifier (such as ESRP-B20) needs to be used with the pre-selected filter (ESRP-B21) to improve the dynamic range.
    • High-frequency test cables (such as N9048B-303) need to match the mixer interface.
    Software authorization :
    • Some software options (such as ESRP-K51 ) require separate authorization and activation.

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