Wallin, Nicholas James

First node signal-separation circuitry obtains first node electrical transmit signal (TX1) from a full-duplex electrical communication signal. First node transmit components convert TX1 to a first node optical transmit signal (OTX1) and send OTX1 over an optical link. Second node receive components receive OTX1 and convert it to a first node electrical transmit signal (TX1) at the second node. Second node signal-separation circuitry obtains a second node electrical transmit signal (TX2) from a full-duplex electrical communication signal of the second node. Second node transmit components convert TX2 to a second node optical transmit signal (OTX2) and send OTX2 over the optical link. First node receive components receive OTX2 from the optical link and convert it to TX2 at the first node. At each node the full-duplex electrical signal comprises a superposition of a locally transmitted electrical transmit signal and a counterpart electrical transmit signal received from the optical link.

Aspects of the present disclosure include a detection system, a method, and/or a base node for providing the electrical energy to a plurality of edge nodes, transmitting a sensor interrogation signal to at least one of the plurality of edge nodes in the detection system, receiving, in response to the sensor interrogation signal, sensor information, send the sensor information to a predictor configured to: receive sensor training data, train an artificial intelligence engine using the sensor training data, identify an anomaly and an action associated with the anomaly based on providing the sensor information to the artificial intelligence engine, and provide the action, and performing the action provided by the predictor.

An inductive circuit includes a coupled inductor including a magnetic core including a first core rail, a second core rail, and multiple identical core legs between the first core rail and the second core rail, wherein the core legs include an identical gap; multiple identical inductive phase stages, wherein each inductive phase stage includes a core leg and an identical phase winding around the core leg, wherein each phase winding includes a first terminal connected to the input node and a second terminal connected to the output node; and an inductive linking stage identical to the multiple inductive phase stages, wherein a first terminal of a phase winding of the inductive linking stage is connected to the input node and a second terminal of the phase winding of the linking stage is connected to the linking inductance node.

Described herein are software programmable isolated devices. The isolated device may be programmable in that some of the characteristics of the isolated device may be set based upon input provided by a user. The isolated device may allow the user to program the activation or deactivation of each channel independently of the activation and deactivation of the other channels. Additionally, or alternatively, the isolated device may allow the user to program the direction of transmission of each channel independently of the direction of transmission of the other channels. Additionally, or alternatively, the isolated device may allow a user to program the data rate at which each channel communicates independently of the data rates of the other channels. Additionally, or alternatively, the isolated device may allow a user to program the delay associated with each channel independently of the delays associated with the other channels.

A measurement circuit including a power supply, a load output terminal connected to the power supply and connected to a system ground via a load, an amplifier comprising power terminals connected to the power supply, and an output terminal connected to the system ground via a measurement resistor, the amplifier is configured to supply current from the power supply to the load via the measurement resistor and the system ground producing a voltage across the measurement resistor that corresponds to the supply current through the load.

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Fault monitoring systems and methods presented herein perform steps comprising, in response to a host device receiving a valid command, if no fault condition is present in a circuit, communicating an acknowledgement response to the host device. Whether a fault condition is present in the circuit may be determined by a monitoring circuit. If a fault condition is found, an error acknowledgement response that is different from the acknowledgement response may be communicated to the host. Contrariwise, if an invalid command is received from the host, no acknowledgement response and no error acknowledgement response are communicated to reduce unnecessary communication.

Zusammenfassung wird geladen …

Zusammenfassung wird geladen …

Zusammenfassung wird geladen …