Design and Simulation of Thyristor Control Heater |
Author(s): |
| Nimesh Rajendra Shimpi , CHHOTUBHAI GOPALDAS PATEL INSTITUTE OF TECHNOLOGY; Ranjit Rajak, CGPIT; Ankur Rana, CGPIT; Arpita Patel, CGPIT |
Keywords: |
| Conventional Methods of Thyristor Triggering, Achieving Linear Control |
Abstract |
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In recent times the problem of the precise control of the temperature of liquid flowing through a tank containing a heater is one which is important and familiar in the process-control industry. When the heater is electrical the thyristor is a natural choice for the main controller. A simple and novel method of triggering the thyristors is described in which the power dissipated in the heater is a linear function of the control signal. The method is compared with the conventional non-linear and linearized arrangements and its electronic implementation is described. A 50 Watt model has been designed. With the same basic circuitry but with more powerful gating circuits the arrangement could be used to control very large powers. |
Other Details |
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Paper ID: IJSRDV7I10983 Published in: Volume : 7, Issue : 1 Publication Date: 01/04/2019 Page(s): 1761-1763 |
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