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Single-Contact Electrical Power Transmission on the Conductive Surface Using H-Bridge Inverter
Santosh Parajuli
Single-Contact Electrical Power Transmission on the Conductive Surface Using H-Bridge Inverter - Pages 406-417
In this paper, we developed a transceiver system to transmit and receive electrical power through a single wire without a physical ground or return path on the receiver side. We systematically develop and analyze the system through the High-Frequency Structure Simulator (HFSS) and develop a unified model for the transceiver. The developed system uses open-ended coils to efficiently transmit and receive electrical power through a single wire. All high-speed silicon switches are used in developing the system at an operating frequency of ∼1 MHz. An output power of 10 W is measured at the load side with a total In this paper, we developed a transceiver system to transmit and receive electrical power through a single wire without a physical ground or return path on the receiver side. We systematically develop and analyze the system through the High-Frequency Structure Simulator (HFSS) and develop a unified model for the transceiver. The developed system uses open-ended coils to efficiently transmit and receive electrical power through a single wire. All high-speed silicon switches are used in developing the system at an operating frequency of ∼1 MHz. An output power of 10 W is measured at the load side with a total conversion efficiency of more than 50%, which is significantly higher than the earlier published work in the MHz range. A complete design methodology for the transceiver module is also proposed.efficiency of more than 50%, which is significantly higher than the earlier published work in the MHz range. A complete design methodology for the transceiver module is also proposed.
Collective synchronization
Conductive surface
H-bridge inverter
Open-ended Coil
Single-Contact Electrical Power Transfer (ScEPT)
Single-Contact Electrical Power Transmission on the Conductive Surface Using H-Bridge Inverter - Pages 406-417
In this paper, we developed a transceiver system to transmit and receive electrical power through a single wire without a physical ground or return path on the receiver side. We systematically develop and analyze the system through the High-Frequency Structure Simulator (HFSS) and develop a unified model for the transceiver. The developed system uses open-ended coils to efficiently transmit and receive electrical power through a single wire. All high-speed silicon switches are used in developing the system at an operating frequency of ∼1 MHz. An output power of 10 W is measured at the load side with a total In this paper, we developed a transceiver system to transmit and receive electrical power through a single wire without a physical ground or return path on the receiver side. We systematically develop and analyze the system through the High-Frequency Structure Simulator (HFSS) and develop a unified model for the transceiver. The developed system uses open-ended coils to efficiently transmit and receive electrical power through a single wire. All high-speed silicon switches are used in developing the system at an operating frequency of ∼1 MHz. An output power of 10 W is measured at the load side with a total conversion efficiency of more than 50%, which is significantly higher than the earlier published work in the MHz range. A complete design methodology for the transceiver module is also proposed.efficiency of more than 50%, which is significantly higher than the earlier published work in the MHz range. A complete design methodology for the transceiver module is also proposed.
Collective synchronization
Conductive surface
H-bridge inverter
Open-ended Coil
Single-Contact Electrical Power Transfer (ScEPT)