Rohde & Schwarz FPC-EMI1: Comprehensive EMI Debug Package for 1 GHz Spectrum Analysis

Rohde & Schwarz FPC-EMI1 Package EMI Debug, 1 GHz, Spectrum Analyzer, Preamp, Receiver, FPC Series Product Overview: The Rohde & Schwarz FPC-EMI1 Package is a comprehensive solution for EMI debugging and analysis. It combines a high-performance spectrum analyzer, preamplifier, and receiver to provide accurate and reliable measurements. Features and Specifications: Spectrum Analyzer: Frequency range: 9 kHz to 1 GHz Resolution bandwidth: 1 Hz to 1 MHz Dynamic range: >100 dB<br /> <em> Sensitivity: <-160 dBm100 dB Sensitivity: Preamplifier: Gain: 20 dB Noise figure: Receiver: Frequency range: 9 kHz to 1 GHz Sensitivity: Other Features: EMI filter Time domain analysis Harmonic measurements Data logging What’s in the Box: FPC1000 Spectrum Analyzer FPC-EMI1 Preamplifier FPC-EMI1 Receiver EMI Filter Power Supply USB Cable Software Benefits: Comprehensive EMI Debugging: The FPC-EMI1 Package provides all the necessary tools for comprehensive EMI debugging, including spectrum analysis, preamplification, and receiver functionality. High Accuracy and Reliability: The high-performance spectrum analyzer and receiver ensure accurate and reliable measurements, enabling precise identification and characterization of EMI sources. Easy to Use: The intuitive software and user-friendly interface make the FPC-EMI1 Package easy to use, even for non-experts. Compact and Portable: The compact and portable design allows for easy transportation and use in various environments. Value to the Customer: The Rohde & Schwarz FPC-EMI1 Package offers exceptional value to customers by providing: Reduced Time to Market: By enabling efficient EMI debugging, the FPC-EMI1 Package helps reduce time to market for electronic products. Improved Product Quality: Accurate EMI measurements ensure compliance with regulatory standards and improve product quality. Increased Productivity: The easy-to-use software and compact design enhance productivity and streamline the EMI debugging process.