The Keysight N6141EM0E software prevents you from withdrawing your device from the market or having to ward off recourse claims. You can identify possible weak points during development and initiate appropriate constructive measures.
In conjunction with the Keysight signal analyzers of the CXA series, this software gives you information and security that you meet the MIL or CISPR 16-1-1 standards. You will find out how much "air" you have to the limits of the respective standards. This gives you security. If you are required to provide proof of the measurement result for your product and the measurement method used, the name Keysight will dispel any doubts from the testing institutions.
Equipment and highlights:
- Accurate emission measurements with the Keysight X Series Signal Analyzer
- Thanks to the higher measurement accuracy, you can make better use of the emission limits
- Extension of the lower frequency range in order to be able to better observe guided emission signals by means of a logarithmic representation
- Locating and analyzing suspicious signals in "spectrum analyzer mode" and storing them for further evaluation for the EMI test (electro magnetic interference) in "receiver mode"
- Good - Bad display for quick analysis
- Supports the latest CISPR 16-1-1 or MIL standards
Allows measurement of conducted and radiated emissions during signal analysis - Compares the measured emissions with the limits specified by the respective standards in the individual frequency ranges
- Built-in commercial and standard MIL bandwidths, detectors and boundaries
- Continuous observation of signals and their representation in the bar chart in order to detect maximum values
- Easy detection of limit violations in the respective standards
- Moving signals between the signal analyzer and the individual modes of the EMC application
in the execution / implementation:
Discover emissions typically covered by noise. - Logarithmic or linear representation of the signals
- Very high amplitude accuracy
- Use the incomparably good sensitivity of the signal analyzers of the X series to reduce the measurement uncertainty and to go closer to the permitted limit values.
