42results about How to "Reduced Routing Complexity" patented technology

An input / output module for implementing directions from a controller for sending and receiving signals to and from devices. The input / output module includes a microprocessor for communication with, and receiving programming from the controller. The input / output module further includes device communication connectors, each having number of pins, each pin for interconnection with a cable conductor to a device. The input / output module has an ASIC for each of the pins, providing a controlled interface with the corresponding pin. Each ASIC has interconnection apparatus, selectable by the microprocessor for providing a particular interface with the pin served by the ASIC.

A system for making interconnections between an input / output module and a first device and a second device wherein the system uses standard cables and connectors. The input / output module includes a standard first connector for making connection with a standard first transmission line cable for conveying signals between the module and the first device, and at least one second connector, with such second connector connecting to a first end of a second standard cable. A second end of the second standard cable includes a standard cable connector for making connection to a corresponding connector of the second device. The input / output module is configured to contain programmable logic for making the required connections between the module and the first and second devices.

Medical guide wire assembly comprising a guide wire having a proximal end and a distal end, at least one physiology parameter sensor, and that the proximal end of the guide-wire is provided with an elongated connector part, having connection electrodes, for insertion into a connector housing provided with an elongated tubing adapted to achieve electrical and mechanical connection to the elongated connector part, the connector housing is in its turn electrically or wirelessly connectable to a physiology monitor. The guide wire is provided with a core wire running essentially along the entire guide wire. A sensor signal processing circuitry is arranged in connection with the physiological sensor and is adapted to generate a processed sensor signal in response of a sensed parameter. The sensor signal processing circuitry comprises a modulation unit arranged to modulate the processed sensor signal and to generate a modulated sensor signal. The assembly comprises exactly two micro-cables that are connected to the sensor signal processing circuitry, the micro-cables run along the guide wire and are connected to the connection electrodes of the connector part, wherein one of the core wire and the two micro-cables are actively used when transferring the processed and modulated sensor signal to the connector housing.

A display device responsive to a controller, including a substrate having a display area; a two-dimensional array of pixels formed on the substrate in the display area, each pixel comprising an optical element and a driving circuit for controlling the optical element in response to selected pixel information; a two-dimensional array of selection circuits located in the display area, each associated with one or more pixels, for selecting pixel information provided by the controller, wherein each selection circuit receives the provided pixel information, selects pixel information corresponding to its associated pixel(s) in response to the provided pixel information, and provides the selected pixel information to the corresponding driving circuit(s); and a parallel signal conductor electrically connecting the selection circuits in common for transmitting pixel information provided by the controller to each of the selection circuits.

An embodiment of the invention discloses a large current printed circuit board and a machining method thereof. The machining method of the large current printed circuit board comprises slotting a third panel set to form into a groove which is used for accommodating a large current conductor block; arranging the large current conductor block into the groove; arranging the third panel set between a first panel set and a second panel set; machining N conducting holes in the first panel set and or the second panel set, wherein the third panel set comprises at least one layer of circuit graphic layer, every conducting hole of the N conducting holes is respectively in contact with the large current conductor block and the at least one layer circuit graphic layer in the third panel set to enable the large current conductor block and the at least one layer circuit graphic layer in the third panel to be connected and conducted. According to the technical scheme, the machining method of the large current printed circuit board enables improvement of the reliability of the PCB (Printed Circuit Board) to be facilitated and reduces wiring complexity and signal interference.

A configurable, connectorized system for providing RTU monitoring of field digital and analog parameters and transmitting data to the Central PLC system dramatically reduces the number of wire connections that must be made to connect sensors and actuators to a PLC system. The system is also extremely rugged and safe to be located in a hazardous environment.