Introduction
The document discusses the design and application of Mode Stirred Reverberation Chambers (MSRC) for electromagnetic susceptibility testing, focusing on achieving high electromagnetic field levels at high frequencies with cost-effective instrumentation.

Specifications and Design
MSRCs are specialized test facilities used in military, aeronautics, and automotive sectors. They are capable of producing strong, statistically isotropic, and uniform fields with low input power. The chambers are shielded rooms equipped with mechanical stirrers that alter the electric field distribution, allowing for uniform field measurements. The stirrers can operate in continuous or step-by-step rotation modes, depending on the application and standards.

Applications and Standards
MSRCs are primarily used for generating high field strengths but are also applicable for emission testing, complying with standards such as EN61000-4-21, RTCA DO 160, MIL STD 461, and SAE J1113/27. SIEPEL has been a preferred provider for over a decade, offering solutions tailored to specific industry standards.

Product Range and Capabilities
The dimensions of MSRCs and their components depend on the Lowest Useable Frequency (LUF) and desired field strengths. SIEPEL's EOLE series, including the compact EOLE 1000, offers solutions for high-frequency ranges with minimal power input. These models cater to various industry needs, with EOLE 400 being suitable for civil, military, and automotive applications.

Research and Development
Continuous R&D efforts and collaboration with research groups like PICAROS ensure the optimization of MSRC facilities. SIEPEL provides turnkey solutions with dedicated instrumentation and software, guaranteeing performance when acting as the prime contractor.

Conclusion
SIEPEL's MSRC solutions offer high-performance electromagnetic testing capabilities, tailored to meet diverse industry standards and requirements, ensuring reliable and efficient testing outcomes.