| Title |
Optimizing Technique of System Design for Laser Spot Tracker |
| Authors |
이승태(SeungTae Lee) ; 정보희(BoHee Jung) ; 양성혁(Seonghyuk Yang) ; 공현배(Hyun Bae Kong) ; 송남훈(Nam Hun Song) ; 김덕래(Duck-Lae Kim) |
| DOI |
https://doi.org/10.5573/ieie.2019.56.1.95 |
| Keywords |
Laser spot tracker ; System design technique ; Optimizing technique ; System performance ; System cost |
| Abstract |
In the paper, wants to suggest optimizing technique for laser spot tracker system design. when engineer design consist of laser spot tracker system, have to choices detail components of system. In this process, If designer perform the wrong design, then System performance may be lower or excessive then required system performance. This is one of importance point to be decided the price of system. Therefore, In this sturdy, we made the laser spot tracker to suggest optimizing technique for avoiding risk, we repeatedly tested it under various conditions for testing and acquired the performance data of laser system, using this laser spot tracker system. and we select the laser spot tracker model base on analyzing acquired data. Through this process, the optimizing technique for laser spot tracker system design was derived. ADC sampling frequency and pulse width of input waveform were used as variables to be applied to Optimizing technique of System Design. Two variables were regression analyzed to derive the equation. As a result, the output angle error of the system can be estimated through Equation (5). |