Add to ORKGThis paper examines some of the issues involved in the design of optical receivers for IR-LAN applications. Bootstrapped transimpedance preamplifiers and photoreceiver arrays are investigated as techniques for mitigating the effects of the large capacitances associated with the photodetector. In addition, the performance of a low cost, absorptive optical filter is analyzed and shown to have minimal angular dependence and low losses in the passband
This paper deals with design of wideband low-noise preamplifier of atmospheric optical link receiver...
Abstract: Free Space Optic (FSO) or optical wireless link operates in high noise environments. On th...
In the design of infrared wireless networks, it is often assumed that the noise from the detector an...
This paper examines some of the issues involved in the design of optical receivers for IR-LAN applic...
This paper is concerned with a systematic approach to the design of receiver for indoor optical wire...
This paper is concerned with a systematic approach to the design of receiver for indoor optical wire...
This paper is concerned with a systematic approach to the design of receiver for indoor optical wire...
Due to optical wireless link power budget considerations, the receiver is required to have a large c...
This paper presents a systematic approach to the design of receiver for indoor optical wireless comm...
This paper presents a bootstrapping technique that is applicable for various large window photodetec...
The factors limiting speed, sensitivity and dynamic range in p-i-n-b.j.t. transimpedance pre-amplifi...
grantor: University of TorontoNew requirements on optical receivers are being driven by th...
This study aims to investigate the performance of a bootstrapped transimpedance receiver using a lar...
grantor: University of TorontoNew requirements on optical receivers are being driven by th...
This paper presents a systematic approach to the design of receiver for indoor optical wireless comm...
This paper deals with design of wideband low-noise preamplifier of atmospheric optical link receiver...
Abstract: Free Space Optic (FSO) or optical wireless link operates in high noise environments. On th...
In the design of infrared wireless networks, it is often assumed that the noise from the detector an...
This paper examines some of the issues involved in the design of optical receivers for IR-LAN applic...
This paper is concerned with a systematic approach to the design of receiver for indoor optical wire...
This paper is concerned with a systematic approach to the design of receiver for indoor optical wire...
This paper is concerned with a systematic approach to the design of receiver for indoor optical wire...
Due to optical wireless link power budget considerations, the receiver is required to have a large c...
This paper presents a systematic approach to the design of receiver for indoor optical wireless comm...
This paper presents a bootstrapping technique that is applicable for various large window photodetec...
The factors limiting speed, sensitivity and dynamic range in p-i-n-b.j.t. transimpedance pre-amplifi...
grantor: University of TorontoNew requirements on optical receivers are being driven by th...
This study aims to investigate the performance of a bootstrapped transimpedance receiver using a lar...
grantor: University of TorontoNew requirements on optical receivers are being driven by th...
This paper presents a systematic approach to the design of receiver for indoor optical wireless comm...
This paper deals with design of wideband low-noise preamplifier of atmospheric optical link receiver...
Abstract: Free Space Optic (FSO) or optical wireless link operates in high noise environments. On th...
In the design of infrared wireless networks, it is often assumed that the noise from the detector an...