| Title |
An Experimental Approach to the Linear Actuator with a Finite Difference Equation on the Temperature Domain |
| Authors |
Yang-Ho Kim ; Woong-Tae Son ; Seuk-Young Hwang |
| Keywords |
Linear Actuator(LA) ; FDE(Finite Difference Equation) |
| Abstract |
In this paper, the energy conversion theory of the linear actuator deals with the temperature characteristic analysis with verifying temperature of Linear Actuator system. This model of linear actuator has winding part and mechanical spring, and a plunger. This paper proposed and experimented the Linear Actuator(LA) by using finite difference equation(FDE). The experimental result represented the temperature T1 and T2 which remarks T1 is a center of magnetic road inside of actuator winding part, and T2 is a surface of actuator winding part. And the temperature characteristic of the actuator winding part are experimented by the digital temperature meter TECPEL 322. |