Week -2

Answer(1).

- The input signal to the system will be a Time based pulse generated signals having period of 4 cycles & 50% bandwidth. So that we can finally get the results for 2 sec.s. As the primary section was having DC source thats why we have used Discrete signals.

- The input signal is connected to the Simulink-PS converer as shown in block diagram. As the signal will be converted for the use of Physical system afterwards. was connected with PS switch.

- The PS switch is connected to the solenoid my means of the Battery terminals. Inreference with the electrical grounding reference. The Solver configuration. box must be connected to this system.

- On the other hand of the solenoid is connected to Ideal translational motion sensor. So that it will work to sense the signals which generates doorbell sound for 2 sec.s and will provide the output to the Scope by means of the P (Position) terminal. The Mechanical system was taking the output throgh PS-Simulink converter.

- Finally we can run the whole system for 10 sec stoptime, can realize now the output by visualizing the Scope connected.

Drive link:

https://drive.google.com/file/d/1RW9nOXa5LsG0dzbNuBckZHUXCsGMRXBF/view?usp=sharing

Answer(2).

- For the 3 different types of Temperature condition of various time we have used signal builder by creating 3 various signals. then connecting these all signals to the s-terminal of 3 CTS respectively throgh Simulink-PS converter. Now the thermal system was connected to thermal referrence.

- All the three outputs are given to A-Terminal of Thermister which was connected accross a resistance. for the Dc supply source a battery was connected accrosss the electrical system.

- the output of Voltage sensor was given to a physical switch which was connected accross the 1&0 constants for the On&off outputs respectively.

Drive Link:

https://drive.google.com/file/d/1aIOy7tBGXQt5DnIgGrFk3_bu0ut1vj3n/view?usp=sharing