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  • Gbit/s serialiser/deserialiser subsystem for GaAs large-scale optoelectronic integration
    The subsystem, con- sisting of 1030 gates, was implemented on GaAs using a refractory-gate MESFET process and is part of an optoelectronic transmitter/receiver chip set for fibre - optic computer communication links.
  • MiniMapperTM: a low-cost imaging IR linescanner
    The TAXI transmitter/receiver chip pair formats the data for transmission over a fiber optic link to the external electronics, reducing the possibility of electrical pickup.
  • Jason II/Medea
    … 8 channels 1 × 3-chip colour video camera - scientists pan and tilt 2 × 1- chip colour video camera - pilots … … Sensors: Attitude and heading: Fibre optic north seeking gyro Pressure … … baseline responder or relay transmitter/receiver 7-12 kHz vehicle …
  • Passively assembled optical interconnection system based on an optical printed-circuit board
    Abstract—We propose a passively assembled chip-to- chip optical interconnection system using fiber - optic technology. To demonstrate the system, three components were prepared: a fiber-embedded optical printed-circuit board (OPCB), optical transmitter/receiver modules, and 90 -bent fiber connectors.
  • Honeywell optical investigations on FLASH program
    Interfacing hardware elements consist of optical transmitter/receivers , protocol chips and dual port RAMs for host microprocessor communication and control. The optical transmitter/receiver integrates transmitter LED, LED driver circuit, receiver photodiode, pre-amplifier, amplifier, clock recovery circuit , and two fiber optic pigtails into a single package.
  • CHESS a new reliable high speed HF radio
    Data is presented to the DRX board via a fiber - optic cable using the transparent asynchronous transmitter/receiver interface (TAXI) protocol. The DRX uses a TAXI chip to recover the data in transistor- transistor logic (‘l-TL)form.
  • Digital Optics Teams With Agilent for Micro-Optical Systems
    In the process of performing work on an Advanced Technology Program (ATP) grant for photonic chips , (Charlotte, NC) is working with Agilent Technologies Inc. to develop … … level integrated micro-optical system (IMOS) module for use in transmitter/receiver communications applications. Digital Optics will design and manufacture an IMOS demonstrator to serve as the optical engine for a fiber optic module.
  • Development of an electro-optical MCM to produce a multichannel transceiver using VCSEL arrays
    The micro- transmitter/receiver modules extend well-known fiber - optic technology to board level interconnections. This allows for a simple interconnection from chip to chip, board to board, rack to rack scaling …
  • A 17 Gb/s, 200-meter Multimode Optical Fiber Link using CMOS Analog ICs and Silicon Carrier Packaging
    … to incorporate 850 nm optoelectronic components (OEs), the ICs and OEs are flip- chip attached to an … As illustrated in Fig. 1, the silicon carrier performs multiple functions: 1) connecting the ICs to the OEs through surface wiring, 2) routing the high-speed inputs/outputs of the transmitters/receivers from the top of the carrier through vias to the … … carrier technology to connect OEs to ICs through relatively long transmission lines with minimal impact on their high-speed operating performance and 2) the ability of CMOS analog front-end circuits to enable low-cost and low- power fiber - optic data interconnects.
  • An optically coupled sensor for the measurement of currents induced by MRI gradient fields into endocardial leads
    … from the circuit, using the in- circuit serial programming connections and tools (MPLab 2, micro chip , USA). The optical transmitters/receiver The USART port of the PIC16F876 drives a transmitting photodiode integrated inside a fiber optic link (AFBR- 1522, Avago Technology, USA).