Temperature Regulations of Pseudo Noise Generator Based Optical Transmitter Using Airflow and Heat Sink Profile

Abstract

Abstract-For any electronic device, junction temperature is the final temperature after that device became dead. In this paper the temperature of PN based optical transmitter is regulated using heat sink and airflow. Target device is operated at different operating frequencies for LVCMOS IO standard (LVCMOS12, LVCMOS15, LVCMOS18 and LVCMOS25) with two airflow values (250 MFL and 500MFL) and Heat sink values (Low profile, Medium profile and high profile). There is overall 20% reduction at 1000GHz the reduction for LVCMOS12 and for LVCMOS25 71% reduction is recorded for junction temperature. At all frequencies the heat sink profile and airflow significantly reduces the junction temperatures for target devices using LVCMOS25 IO standard. This design makes the target device, energy efficient. Finally this system will be integrated with other optical components to make optical communication system green. Xilinx ISE14.7.1.2 design tool is used to perform the experiment.

High Performance and High Range Design of 100Gb/s Optical Differential Phase Shift keying Transmitter

“…by compensating CD in frequcny domain [3][4], optimizing optical modulation amplitude [5], green routing [5], IP forwarding [5], energy efficient network access [5], high-speed current controllers [5], sleep mode techniques and others [5]. Through these techniques power reduction can be achieved for only few GHz operating frequency and at Gb/s data rate [6]. Nevertheless, more than this frequency range, some other techniques need to be developed for reducing optical transmitter power.…”