| Title |
Optimization of DC Operating Voltage for GDT-Adopted SPD |
| Authors |
Jong-Min Choi ; Tae-Hyun Jeon |
| DOI |
http://dx.doi.org/10.5207/JIEIE.2012.26.7.092 |
| Keywords |
GDT ; Power-line Communication ; DC Operating Voltage ; Data Transmission Rate ; SPD |
| Abstract |
It is made compulsory to install SPD for the purpose of protecting electric and electronic devices when an abnormal voltage such as lightning occurs to power line using power frequency of 60㎐. Recently, the high speed communication technology utilizing power line is receiving attention again as a communication technology for smart grid. The SPD influences the performances of power line communication when using SPD and power line communication system together. In order to improve the performance of power line communication, a proposed scheme for series connection of gas discharge tube to ZnO varistor was presented. This paper measured the impacts of series connection of GDT to SPD using ZnO varistor on the limit voltage of Class Ⅲ SPD. This paper also presented the DC operating voltage of GDT which satisfies the limit voltage of power line communication system and SPD simultaneously. |