The figure below uses an 8086 based system to track the sun, and position the Solar Photovoltaic
module in the direction of the sun. The solar module is attached to a DC motor and the sun is
tracked by two light sensors at two sides of the solar photovoltaic module. If both the sensor
sends ‘1’ the motor is to be stopped. If only sensor1 sends ‘1’ the motor is to be rotated in one
direction and if only sensor2 sends ‘1’ the motor is to be rotated in the other direction. For a DC
motor “10” at the supply pins rotates the motor in one direction and “01” rotates the motor in the
other direction. As per the connection shown on the right, write a program for the proper
operation of the system.
soln
module in the direction of the sun. The solar module is attached to a DC motor and the sun is
tracked by two light sensors at two sides of the solar photovoltaic module. If both the sensor
sends ‘1’ the motor is to be stopped. If only sensor1 sends ‘1’ the motor is to be rotated in one
direction and if only sensor2 sends ‘1’ the motor is to be rotated in the other direction. For a DC
motor “10” at the supply pins rotates the motor in one direction and “01” rotates the motor in the
other direction. As per the connection shown on the right, write a program for the proper
operation of the system.
soln
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