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This paper presents a power line communication (PLC) transceiver design of in-vehicle power line compliant with FlexRay communication systems. FlexRay-based in-vehicle power line communication provides a solution for high reliability without increasing weight, volume and cost of the wiring harnesses. A 16-QAM (Quadrature amplitude modulation) scheme is utilized in the transceiver design.
This paper presents a high speed transceiver design with fault detection circuit compliant with FlexRay standards V2.1. An LVDS-like transmitter is utilized to drive the twisted pair of the bus. A current detector is included in the transceiver to detect the operating current so as to prevent over-current hazard. By contrast, a 3-comparator scheme is used to carry out the required bit-slicing and...
This paper presents the physical layer design comprising the Bus Guardian (BG) and Bus Driver (BD) used in an in-vehicle network compliant with FlexRay standards. FlexRay is a new standard for data/signal communication among electronic devices installed in a vehicle. The Bus Guardian is one of the most important components in charge of security and safety for the FlexRay standards. The Bus Guardian...
This paper presents a transceiver design compliant with FlexRay standards. An LVDS-like transmitter is proposed to drive the twisted pair of the bus. By contrast, a 3-comparator scheme is used to carry out the required bit-slicing and state recognition at the receiver of the bus.
This paper presents a transceiver design compliant with FlexRay standards. An LVDS-like transmitter is proposed to drive the twisted pair of the bus. By contrast, a 3-comparator scheme is used to carry out the required bit-slicing and state recognition at the receiver of the bus.
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