See how a DC-DC converter with decoupling circuit reduces heat generation and preserves modulat
See how phase detection of AC voltage enables signal transmission only during low-noise periods
See how phase detection of alternating-current voltage enables selective communication timing t
See how high-frequency signal modulation merges power and communication into two lines, reducin
High-frequency signaling over two wires combines power and controller communication, cutting line count, crosstalk, PCB size, and wiring errors.
A CAN-to-PLC module sends BMS data over the battery power line, removing fragile charger communication cables and simplifying cable assembly.
A stabilization circuit and adaptive current control send door handle data over the power supply line with reliable signal strength.
Separate panel converters with local MPPT and inverter signaling cut conduction losses while limiting voltage and current during shutdown.
When grid output stops, signaling shuts down each PV power module to prevent islanding, limiting shock risk and equipment hazards.
Current modulation through a stabilizing circuit lets a vehicle door handle send activation data over its power line with stable, reliable signaling.
Unmodulated tone measurement through a weld cable derives equalization coefficients to correct distortion during welding operation.
AC-modulated decoder circuits drive irrigation solenoid valves over long wiring runs while reducing voltage drop, corrosion, and power use.
Synchronized power-line sampling and frequency-domain feature extraction detect appliance state changes without distributed sensors or intrusive home monitoring.
Data modems use impedance control and diode blocking to send EVSE-EV pilot wire data without PWM distortion or noise.
Pulse-width and amplitude modulation create parallel channels on one wire, doubling bus communication without raising clock frequency.
Pulse-width and voltage-level modulation create two channels on one bus, doubling data rate and enabling full-duplex multi-slave links.