Question 1 (60.00 Point) For each sensor/instrument, you need to find and explain the following information by means of presentation: 1. Different types/structures of sensor/instrument available in the market. What is/are the sensors/instrument are used for? Please include the important pages of datasheet of the component/sensor/instrument. ii. Technical characteristic (static and dynamic characteristics) iii. Working principle iv. How it is connected with other instrument/device (i.e. how it is used to measure/sense and how to display the measured value). include some samples of wiring on how the sensor/instrument is connected with other device using simulation software (e.g. Multisim, Simulink, Proteus, etc.). How to program these sensor/instrument using the available microcontroller module (e.g. Arduino, PIC). v. Analyse (with mathematical calculation) the circuit that you are created based on the input and output characteristics. (E.g. the amplitude, frequency, rising time, sensitivity, response, error, etc.) vi. What and how the possibility of creating another type of sensor using the available components. vii. All reference that used in the assignment need to be properly cited. Provide your report in presentation slide and in IEEE paper format. The following sensors/instrument are provided for each group: Question 1 (60.00 Point) For each sensor/instrument, you need to find and explain the following information by means of presentation: 1. Different types/structures of sensor/instrument available in the market. What is/are the sensors/instrument are used for? Please include the important pages of datasheet of the component/sensor/instrument. ii. Technical characteristic (static and dynamic characteristics) iii. Working principle iv. How it is connected with other instrument/device (i.e. how it is used to measure/sense and how to display the measured value). include some samples of wiring on how the sensor/instrument is connected with other device using simulation software (e.g. Multisim, Simulink, Proteus, etc.). How to program these sensor/instrument using the available microcontroller module (e.g. Arduino, PIC). v. Analyse (with mathematical calculation) the circuit that you are created based on the input and output characteristics. (E.g. the amplitude, frequency, rising time, sensitivity, response, error, etc.) vi. What and how the possibility of creating another type of sensor using the available components. vii. All reference that used in the assignment need to be properly cited. Provide your report in presentation slide and in IEEE paper format. The following sensors/instrument are provided for each group