Paper Title
Design of Digitally Controlled Power Board for Generating Coded Pulse from Laser Diode Array.

Abstract
Driver circuits are most normally used to intensify signals from controllers or microcontrollers with a specific end goal to control switches in semiconductor gadgets. Current innovation in Laser generator board contains simple circuit for controlling the laser pillar. The viability of simple hardware is dependably lower than that of advanced circuits. We composed an advanced identical hardware for controlling and working Laser. This can be utilized to supplant old simple innovation which has the few weaknesses. The primary piece of this is power MOSFETs, DAC, ADC, transistors, Microcontroller, inductor, Capacitor, and so forth by utilizing these segments simple hardware can be recreated carefully. The benefit of utilizing advanced hardware is we can get precise estimations of the all parameters with which we are managing all through the era of the coded beat. As all the looked at parameters which are planning in this specific space are advanced henceforth requires the less force of operation when contrasted with the simple utilized hardware. The result of this work will help in building up an upgraded outline of a Laser Control Board for creating the coded laser shaft for assortment of utilizations. Index terms - Handling Efficiency, Low power, MOSFET, Size-Efficient, Fast Operation.