Emzer has announced that its EMSCOPE for EMC conducted immunity is now available with accredited calibration, further strengthening the instrument’s suitability for formal EMC compliance testing and improving confidence in measurement traceability.
EMSCOPE is a well‑established dual‑channel, dual‑modal EMI receiver widely used for conducted emissions measurements in EMC laboratories and product development environments. With accredited calibration now available, the receiver can be deployed in applications that require formally recognized calibration chains, such as certified test laboratories, regulatory audits, and customer acceptance testing.
The instrument enables simultaneous measurement of line, neutral, common‑mode, and differential‑mode emissions, allowing engineers to analyze multiple noise components in parallel. Its two real‑time receiver channels help significantly reduce test time compared with traditional single‑channel measurement approaches, while supporting detailed noise diagnostics and effective EMI filter development.
EMSCOPE operates over a 9 kHz to 30 MHz frequency range, with an optional upgrade extending coverage up to 110 MHz. The receiver complies with CISPR 16‑1‑1 requirements and supports peak, quasi‑peak, and average detectors, all operating concurrently using real‑time FFT processing. This improves measurement repeatability and eliminates the need for multiple tests runs with different detector settings.
A key feature of the system is its integrated 16 A single‑phase dual‑port LISN, which simplifies test setups and reduces reliance on external accessories. This integration helps ensure consistent measurement conditions in both R&D and compliance testing environments.
EMSCOPE also includes embedded test software and web‑based remote control via fiber‑optic connection, allowing safe operation in electrically noisy environments and straightforward integration into automated test systems.
With the addition of accredited calibration, the EMSCOPE EMI Receiver further meets the growing demands of industry, test laboratories, and regulatory bodies, particularly in the automotive, industrial electronics, and power electronics sectors, where reliable and traceable EMC measurements are increasingly critical.