We present a 4.4mm2 single-chip synthesized signal source with 0.125 to 26-GHz output frequency realized on a 0.18um SiGe BiCMOS technology.
A monolithic analog/digital CMOS transceiver meeting the DS1 (1.544 Mb/s) intraoffice requirements is presented.
A SINGLE-CHIP PREAMPLIFIER, which used 1micron NMOS technology that has been designed for optical fiber PIN receivers, will be reported.
We demonstrate a single-chip optical equalizer that overcomes modulator bandwidth limitations in the first reported 107-Gb/s electrically time-division multiplexed non-return-to-zero transmitter.
We demonstrate a single-chip optical equalizer that overcomes modulator bandwidth limitations in the first reported 107-Gb/s electrically time-division multiplexed non-return-to-zero transmitter.
A CMOS peer-relationship optical transceiver has been fabricated, permitting bi-directional digital data transmission with one optical fiber.
A CMOS peer-relationship optical transceiver has been fabricated, permitting bi-directional digital data transmission with one optical fiber.
A CMOS peer-relationship optical transceiver has been fabricated, permitting bi-directional digital data transmission with one optical fiber.
A CMOS peer-relationship optical transceiver has been fabricated, permitting bi-directional digital data transmission with one optical fiber.
On long-distance telephone calls, echo is an impairment that is often as annoying subjectively as the more obvious impairments of low volume and noise.
