CIRCUITS

Brand Owner (click to sort) Address Description
CIRCUITS DNA Digital Media Group 1230 West Washington, 2nd Floor Chicago IL 60607 Circuits;
CIRCUITS FROM THE LAB ANALOG DEVICES, INC. One Analog Way Wilmington MA 01887 CIRCUITS;design of electronic circuits provided via the Internet; providing information via the Internet about electronic circuits;
POWERCIRCUIT ROGERS CORPORATION 2225 W. Chandler Blvd. Chandler AZ 85224 Circuits; circuit components; circuit materials;POWER CIRCUIT;
X Xanoptix, Inc. 10 Al Paul Lane Merrimack NH 03054 Circuits, namely, integrated circuits, application specific integrated circuits; communications components for electronic communications networks, namely, data input/output electronic and preelection components, namely, optical transmitters, optical receivers, modules, lasers, detectors, lenses, optical wave guides, optical filters, modulators, and optical network routers and switches which enable data communication among devices; communications equipment, namely telecommunications switches, routers, computer servers, computer work stations, dense wavelength division multiplexing communications networks; computer hardware; data transmission hardware which go into communications equipment, namely, telecommunications switches, routers, computer servers, computer workstations, storage systems including storage area networks and memory farms; electronic communication modules, which include integrated circuits which need to connect with other such components in order to communicate data within computing, telecommunications, data-communications, storage and data analysis systems; fiber optic components, namely, electronic and preelection modules which are comprised of lasers, detectors and modulators and associated drive and control integrated circuits which interface with fiber optic equipment including chip sets, transceivers, connectors, transducers, memory controllers, storage controllers, and network controllers; data communication management and control circuitry; lasers, not for medical use, for sending and receiving data and control signals between data processing, handling, and managing systems for the telecom, catacomb, and server, and other markets; micro controllers; microprocessors; fiber optic equipment, namely, fiber optic cables, faceplates, image guides for guiding light between two points, optical fiber ribbons, fiber terminations, optical fiber ferrules, micro lenses, couplers, fiber braggy gratings, optical amplifiers, namely, fiber optic amplifiers, integrated wave guides, optical connectors; Fiber optic test equipment for analyzing the performance of optical data links; semiconductors; computer networking software for managing, controlling, and directing data and information transmitted by means of electronic communications networks; network management computer software; telecommunications equipment, namely, switches, sonnet and ATM (asynchronous transfer mode), routing and switching networks, add/drop switches, multiplexors, digital cross connects, terminal hubs; hardware associated with the transmission of optical signals representing video streaming; hardware associate with the transmission of optical signals representing audio streams; hardware associated with the distribution of optical signals and data; operating software for controlling all of the above;
XANOPTIX Xanoptix, Inc. 10 Al Paul Lane Merrimack NH 03054 Circuits, namely, integrated circuits, application specific integrated circuits; communications components for electronic communications networks, namely, data input/output electronic and optoelectronic components, namely, optical transmitters, optical receivers, modules, lasers, detectors, lenses, optical wave guides, optical filters, modulators, and optical network routers and switches which enable data communication among devices; communications equipment, namely telecommunications switches, routers, computer servers, computer work stations, dense wavelength division multiplexing communications networks; computer hardware; data transmission hardware which go into communications equipment, namely, telecommunications switches, routers, computer servers, computer workstations, storage systems including storage area networks and memory farms; electronic communication modules, which include integrated circuits which need to connect with other such components in order to communicate data within computing, telecommunications, data-communications, storage and data analysis systems; fiber optic components, namely, electronic and optoelectronic modules which are comprised of lasers, detectors and modulators and associated drive and control integrated circuits which interface with fiber optic equipment including chipsets, transceivers, connectors, transducers, memory controllers, storage controllers, and network controllers; data communication management and control circuitry; lasers, not for medical use, for sending and receiving data and control signals between data processing, handling, and managing systems for the telecom, datacom, and server, and other markets; microcontrollers; microprocessors; fiber optic equipment, namely, fiber optic cables, faceplates, image guides for guiding light between two points, optical fiber ribbons, fiber terminations, optical fiber ferrules, microlenses, couplers, fiber bragg gratings, optical amplifiers, namely, fiber optic amplifiers, integrated waveguides, optical connectors; Fiber optic test equipment for analyzing the performance of optical data links; semiconductors; computer networking software for managing, controlling, and directing data and information transmitted by means of electronic communications networks; network management computer software; telecommunications equipment, namely, switches, sonet and ATM (asynchronous transfer mode), routing and switching networks, add/drop switches, multiplexors, digital cross connects, terminal hubs; hardware associated with the transmission of optical signals representing video streaming; hardware associate with the transmission of optical signals representing audio streams; hardware associated with the distribution of optical signals and data; operating software for controlling all of the above;
XTM Xanoptix, Inc. 10 Al Paul Lane Merrimack NH 03054 CIRCUITS, NAMELY, INTEGRATED CIRCUITS, APPLICATION SPECIFIC INTEGRATED CIRCUITS; COMMUNICATIONS COMPONENTS FOR ELECTRONIC COMMUNICATIONS NETWORKS, NAMELY, DATA INPUT/OUTPUT ELECTRONIC AND OPTOELECTRONIC COMPONENTS, NAMELY, OPTICAL TRANSMITTERS, OPTICAL RECEIVERS, MODULES, LASERS, DETECTORS, LENSES, OPTICAL WAVE GUIDES, OPTICAL FILTERS, MODULATORS, AND OPTICAL NETWORK ROUTERS AND SWITCHES WHICH ENABLE DATA COMMUNICATION AMONG DEVICES; COMMUNICATIONS EQUIPMENT, NAMELY TELECOMMUNICATIONS SWITCHES, ROUTERS, COMPUTER SERVERS, COMPUTER WORK STATIONS, DENSE WAVELENGTH DIVISION MULTIPLEXING COMMUNICATIONS NETWORKS; COMPUTER HARDWARE; DATA TRANSMISSION HARDWARE WHICH GO INTO COMMUNICATIONS EQUIPMENT, NAMELY, TELECOMMUNICATIONS SWITCHES, ROUTERS, COMPUTER SERVERS, COMPUTER WORKSTATIONS, STORAGE SYSTEMS INCLUDING STORAGE AREA NETWORKS AND MEMORY FARMS; ELECTRONIC COMMUNICATION MODULES, WHICH INCLUDE INTEGRATED CIRCUITS WHICH NEED TO CONNECT WITH OTHER SUCH COMPONENTS IN ORDER TO COMMUNICATE DATA WITHIN COMPUTING, TELECOMMUNICATIONS, DATA-COMMUNICATIONS, STORAGE AND DATA ANALYSIS SYSTEMS; FIBER OPTIC COMPONENTS, NAMELY, ELECTRONIC AND OPTOELECTRONIC MODULES WHICH ARE COMPRISED OF LASERS, DETECTORS AND MODULATORS AND ASSOCIATED DRIVE AND CONTROL INTEGRATED CIRCUITS WHICH INTERFACE WITH FIBER OPTIC EQUIPMENT INCLUDING CHIPSETS, TRANSCEIVERS, CONNECTORS, TRANSDUCERS, MEMORY CONTROLLERS, STORAGE CONTROLLERS, AND NETWORK CONTROLLERS; DATA COMMUNICATION MANAGEMENT AND CONTROL CIRCUITRY; LASERS, NOT FOR MEDICAL USE, FOR SENDING AND RECEIVING DATA AND CONTROL SIGNALS BETWEEN DATA PROCESSING, HANDLING, AND MANAGING SYSTEMS FOR THE TELECOM, DATACOM, AND SERVER, AND OTHER MARKETS; MICROCONTROLLERS; MICROPROCESSORS; FIBER OPTIC EQUIPMENT, NAMELY, FIBER OPTIC CABLES, FACEPLATES, IMAGE GUIDES FOR GUIDING LIGHT BETWEEN TWO POINTS, OPTICAL FIBER RIBBONS, FIBER TERMINATIONS, OPTICAL FIBER FERRULES, MICROLENSES, COUPLERS, FIBER BRAGG GRATINGS, OPTICAL AMPLIFIERS, NAMELY, FIBER OPTIC AMPLIFIERS, INTEGRATED WAVEGUIDES, OPTICAL CONNECTORS; FIBER OPTIC TEST EQUIPMENT FOR ANALYZING THE PERFORMANCE OF OPTICAL DATA LINKS; SEMICONDUCTORS; COMPUTER NETWORKING SOFTWARE FOR MANAGING, CONTROLLING, AND DIRECTING DATA AND INFORMATION TRANSMITTED BY MEANS OF ELECTRONIC COMMUNICATIONS NETWORKS; NETWORK MANAGEMENT COMPUTER SOFTWARE; TELECOMMUNICATIONS EQUIPMENT, NAMELY, SWITCHES, SONET AND ATM (ASYNCHRONOUS TRANSFER MODE), ROUTING AND SWITCHING NETWORKS, ADD/DROP SWITCHES, MULTIPLEXORS, DIGITAL CROSS CONNECTS, TERMINAL HUBS; HARDWARE ASSOCIATED WITH THE TRANSMISSION OF OPTICAL SIGNALS REPRESENTING VIDEO STREAMING; HARDWARE ASSOCIATE WITH THE TRANSMISSION OF OPTICAL SIGNALS REPRESENTING AUDIO STREAMS; HARDWARE ASSOCIATED WITH THE DISTRIBUTION OF OPTICAL SIGNALS AND DATA OPERATING SOFTWARE FOR CONTROLLING ALL OF THE ABOVE;The stippling in the drawing is for shading purposes only.;
XTM Xanoptix, Inc. 10 Al Paul Lane Merrimack NH 03054 Circuits, namely, integrated circuits, application specific integrated circuits; communications components for electronic communications networks, namely, data input/output electronic and optoelectronic components, namely, optical transmitters, optical receivers, modules, lasers, detectors, lenses, optical wave guides, optical filters, modulators, and optical network routers and switches which enable data communication among devices; communications equipment, namely telecommunications switches, routers, computer servers, computer work stations, dense wavelength division multiplexing communications networks; computer hardware; data transmission hardware which go into communications equipment, namely, telecommunications switches, routers, computer servers, computer workstations, storage systems including storage area networks and memory farms; electronic communication modules, which include integrated circuits which need to connect with other such components in order to communicate data within computing, telecommunications, data-communications, storage and data analysis systems; fiber optic components, namely, electronic and optoelectronic modules which are comprised of lasers, detectors and modulators and associated drive and control integrated circuits which interface with fiber optic equipment including chipsets, transceivers, connectors, transducers, memory controllers, storage controllers, and network controllers; data communication management and control circuitry; lasers, not for medical use, for sending and receiving data and control signals between data processing, handling, and managing systems for the telecom, datacom, and server, and other markets; microcontrollers; microprocessors; fiber optic equipment, namely, fiber optic cables, faceplates, image guides for guiding light between two points, optical fiber ribbons, fiber terminations, optical fiber ferrules, microlenses, couplers, fiber bragg gratings, optical amplifiers, namely, fiber optic amplifiers, integrated waveguides, optical connectors; Fiber optic test equipment for analyzing the performance of optical data links; semiconductors; computer networking software for managing, controlling, and directing data and information transmitted by means of electronic communications networks; network management computer software; telecommunications equipment, namely, switches, sonet and atm (asynchronous transfer mode), routing and switching networks, add/drop switches, multiplexors, digital cross connects, terminal hubs; hardware associated with the transmission of optical signals representing video streaming; hardware associate with the transmission of optical signals representing audio streams; hardware associated with the distribution of optical signals and data; operating software for controlling all of the above;
 

Where the owner name is not linked, that owner no longer owns the brand

    
Technical Examples
  1. Multi-circuit refrigerant systems are provided with better control over a dehumidification function. In one embodiment, system circuits have means of communication with each other through connecting lines and flow control devices operable on demand. In another embodiment, a single reheat heat exchanger is utilized for both circuits, ensuring heat transfer interaction between the circuits. In yet another embodiment, a control unit operates refrigerant circuits in such a way that if some circuits are in a reheat mode, the remaining circuits are either shut off or are in an enhanced reheat mode.