Systems With Measurements/Testing Channels TRIZ Cases
- EV Power-Line Noise Sniffer for Packet Interruption Avoidance
Power-line noise sensing and prediction shifts EV data signals away from noisy frequency, amplitude, or DC offset regions to prevent packet interruptions.
- Power Line Arc Detection Using PLC Quality Signals
Combining power-line frequency analysis with PLC quality data helps distinguish real arc faults from chattering and load fluctuations.
- Household Wiring Arc Detection Using PLC Frequency Analysis
PLC-based voltage spectrum comparison locates household wiring arcs from one network point and detects gradual faults that AFCI breakers can miss.
- PLC Arc Detection in Household Wiring From a Single Monitoring Point
Frequency-spectrum monitoring via PLC detects gradual and site-wide household wiring arcs without replacing all AFCI breakers.
- EV Power Line Communication for Low-Wiring Component Networks
Power line protocol conversion lets EV components share one wiring path for power and data while sensing noise regions to keep communication reliable.
- Power Line Impedance Matching for Stable MIMO Signal Transmission
Reflection-based impedance matching adapts multiple power line paths to improve MIMO data rate, coverage, and signal stability.
- Power Line MIMO Impedance Matching Using Reflection Sensing
Reflection sensing enables multi-port impedance matching in power line MIMO links, reducing interference and reflections while improving data rate.
- Multi-Port Power Line Impedance Matching Using Reflection Sensing
Reflection sensing adapts impedance on multiple power line paths to stabilize PLC transmission, raise data rate, and limit EMI.
- Network Interference Reduction via Test Signal Coordination
A control device coordinates network devices by transmitting test signals to detect interference effects and adjusting transmission power accordingly.