Three-Or-More-Wire Dc Circuits TRIZ Cases
- Backup Power Circuit for Stable Load Voltage During Failures
A controlled charge-discharge backup power circuit keeps load voltage stable during source failure while extending power storage life.
- Three-Wire DC Bus Layout for Higher Transmission Power
A neutral conductor creates two DC supply paths, doubling bus transmission power without raising voltage or adding more conductors.
- Vehicle Load Control Circuit for Dual-Voltage Bus Overvoltage Protection
A reference-voltage limiter and MOSFET-based supply circuit protect vehicle loads from overvoltage between high- and low-voltage bus networks.
- DC Power Distribution Control for Converter Efficiency Balancing
Feedback control redistributes DC power across multiple load lines to account for converter efficiency and cut overall power loss.
- Power Routing Circuit for Automatic Redundant Supply Failover
Voltage-comparison switching isolates a failed supply and connects backup power automatically, avoiding damage and manual recovery.
- Parallel DC Power Supply Load Sharing Without Control Lines
Parallel CVCC power units use output-voltage differences to switch between CV and CC modes, sharing load without coordination lines.