A novel optoelectronic receiver chip for a data rate of 2.5Gbit/s has been developed and tested. It integrates a metal- semiconductor-metal photodiode with a GaAs HEMT transimpedance amplifier, a high gain amplifier and a limiting output buffer which is able to drive a 50 Ohm load. A special feature of the chip is that it comprises a very large photodiode of 300 mu m diameter, eliminating the need for expensive fibre alignment. Measurements reveal that the receiver achieves the required sensitivity of -15.7dBm at a bit error rate of 10(exp -9)
The objective of this work was to integrate an optical receiver in a modern standard technology in ...
For the first time, monolithic optoelectronic receivers for a wavelength of 1.3 micrometer have been...
The first 20 Gbit/s 1.3-1.55 mu m wavelength monolithic integrated photoreceiver grown on GaAs subst...
A 0.85 mu m wavelength monolithic integrated optoelectronic receiver consisting of a GaAs MSM photod...
An 8.2 GHz bandwidth monolithic optoelectronic receiver consisting of an MSM photodiode, a transimpe...
The first 1.3 μm monolithic integrated optoelectronic receiver using an InGaAs MSM photodiode a...
A 10 Gibt/s monolithic integrated optoelectronic receiver has been fabricated with a metalsemiconduc...
A monolithic optoelectronic receiver consisting of an MSM photodiode and a two-stage amplifier has b...
A monolithic integrated optoelectronic receiver for a wavelength of 1.55 mu m consisting of a GaInAs...
The first 1.3 mym monolithic integrated optoelectronic receiver using an InGaAs MSM photodiode and A...
A photoreceiver based on a metal-semiconductor-metal (MSM) photodiode and AlGaAs/GaAs HEMTs is prese...
A monolithic optoelectronic receiver consisting of an MSM photodiode and a two-stage amplifer has be...
A novel monolithically integrated photoreceiver for 10Gbit/s long-haul optoelectronic transmission s...
The objective of this work was to integrate an optical receiver in a modern standard technology in ...
For future long-haul optical fiber telecommunication systems, the development of monolithically inte...
The objective of this work was to integrate an optical receiver in a modern standard technology in ...
For the first time, monolithic optoelectronic receivers for a wavelength of 1.3 micrometer have been...
The first 20 Gbit/s 1.3-1.55 mu m wavelength monolithic integrated photoreceiver grown on GaAs subst...
A 0.85 mu m wavelength monolithic integrated optoelectronic receiver consisting of a GaAs MSM photod...
An 8.2 GHz bandwidth monolithic optoelectronic receiver consisting of an MSM photodiode, a transimpe...
The first 1.3 μm monolithic integrated optoelectronic receiver using an InGaAs MSM photodiode a...
A 10 Gibt/s monolithic integrated optoelectronic receiver has been fabricated with a metalsemiconduc...
A monolithic optoelectronic receiver consisting of an MSM photodiode and a two-stage amplifier has b...
A monolithic integrated optoelectronic receiver for a wavelength of 1.55 mu m consisting of a GaInAs...
The first 1.3 mym monolithic integrated optoelectronic receiver using an InGaAs MSM photodiode and A...
A photoreceiver based on a metal-semiconductor-metal (MSM) photodiode and AlGaAs/GaAs HEMTs is prese...
A monolithic optoelectronic receiver consisting of an MSM photodiode and a two-stage amplifer has be...
A novel monolithically integrated photoreceiver for 10Gbit/s long-haul optoelectronic transmission s...
The objective of this work was to integrate an optical receiver in a modern standard technology in ...
For future long-haul optical fiber telecommunication systems, the development of monolithically inte...
The objective of this work was to integrate an optical receiver in a modern standard technology in ...
For the first time, monolithic optoelectronic receivers for a wavelength of 1.3 micrometer have been...
The first 20 Gbit/s 1.3-1.55 mu m wavelength monolithic integrated photoreceiver grown on GaAs subst...