Implementation of DC Motor Control Experimental Setup Platform for Intelligent System Applications

Abstract

Nowadays, DC engines have been widely used in daily life. Thanks to its popularity, students are expected to apply their theoretical control algorithms in a DC engine control as an application. Although these necessities and requirements, there is no presented experimental setup for both industrial and educational purposes. In this study, an experimental setup is developed in order to control two distinct DC engines via an embedded microcontroller board and engine driver circuits for testing intelligent system based control algorithms in PC. PID control algorithm is tested via the implemented setup.

Development of Radiant Warmer Thermal Monitoring System to Improve Neonatal Patient Safety

“…The control card consists of microcontroller, high resolution Analog-to-Digital Converter (ADC), system information display, motion sensor, buzzer, connection connectors, data transfer interface and power control circuit components [11]- [13]. The microcontroller in the control card enables to convert the data received from the thermal sensor and the temperature data of the baby placed in the bed into a visual consisting of 32x24 pixels.…”