Ultra-wideband Jammer faces serious challenges in power electromagnetic compatibility (EMC) due to its ultra-wide operating bandwidth and high peak power. In order to ensure the reliable operation of the Jammer system and the coordination of electromagnetic environment, it is necessary to carry out in-depth EMC research and propose effective optimization solutions.


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EMC threat analysis
Impact of transient pulsed power: Ultra-wideband high power pulses may cause the power network and ground potential to rise, interfering with other circuits.
Harmonic radiation: non-linear power amplifiers may generate severe harmonic radiation, which may interfere with other radio systems.
The effect of electromagnetic pulse: broadband pulse may be induced or coupled to neighboring equipment and cables, resulting in electromagnetic pulse interference.
EMC testing and diagnosis
Conduct system-level EMC tests, including conducted and radiated tests, to determine system compliance.
Use methods such as near-field scanning and time-domain reflectivity testing to pinpoint EMC failure points.

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Optimize the structural design and use of wave-absorbing materials to reduce the leakage radiation level of the shell and RF pipeline.
Optical isolation and other measures to improve the system control circuit of electromagnetic interference resistance.
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Build a dedicated EMC test center with comprehensive on-site testing and diagnostic capabilities.



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