ICEy-EMC is the most advanced reactive near-field scanning system for the analysis of EM interference and compatibility (EMI/EMC) in highly integrated electronics. ICEy comes as a fully integrated turnkey system that includes all the components necessary for you to start making measurements on your device-under-test (DUT) immediately after professional setup and on-site training by our engineers.
System |
ICEy-EMC consists of the ICEy-Base unit, the fully automated micrometer-precision scanner for close near-field evaluations as well as the TDS ICEy-EMC module consisting of TDS probes, a TDS remote unit, a high-performance PXI-based vector signal analyzer, and tailored EMC near-field scanning software. |
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Applications |
Any near-field EMC scanning of
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Basic Configuration |
The basic configuration of an ICEy-EMC system is composed of:
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ICEy-Base |
ICEy-Base is the basic scanning system to support micrometer-precision near-field scans with any ICEy system consisting of:
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PXI Vector Signal Analyser |
PXI Vector Signal Analyser specifications:
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TDS Remote Unit |
TDS PXI Remote Unit specifications:
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TDS ICEy Probes |
Specifications of H1TDS ICEy magnetic field probes:
Specifications of E1TDS ICEy electric field probes:
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Software |
The ICEy software is optimized for accelerated and automated EMC/EMI near-field measurements and offers:
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API | A Python interface allows the user to customize and automate the measurement process with simple or extensive scripts. In-scan hooks can call Python scripts to synchronize external measurement and test equipment with the ICEy scan progress. | |
Calibration | Calibration is performed in SPEAG's ISO17025-certified calibration laboratory. | |
Verification | ||
Standard Compatibility |
ICEy can be used for tests in compliance with:
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Unique Features | ||
Frequency range Active optical technology Miniature near-field probes Time-Domain Traceable Automated and extendable |
wide frequency range for a compact solution; 10 MHz - 6 GHz non-disturbing EM measurements with unparalleled sensitivity separation of magnetic and electric field coupling with a high spatial resolution flat wideband RF signal transmission only EMC scanner with a traceable calibration on the market Software guides scan setup and fully automated scan execution, software extension are possible through a Python API |
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Benefits | ||
Wideband sensors Miniature EM near-field sensors Fully isolated using optical technology Traceable calibration Micrometer precision |
ability to measure all mobile communications bands with one probe identify emission locations accurately for both magnetic and electric fields in the reactive near-field with confidence no coupling of the probe on the device under test, 100% trusted results delivering calibrated datasheet-ready results quantifiable RF emission scans |
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Compatibility | Sim4Life | |
Product History | See product lifetime |