ELECTROTECHNICH LAB. PART 1 EXPERIMENTS
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1 ELECTROTECHNICH LAB. PART 1 EXPERIMENTS Yrd. Doç. Dr. Taha İMECİ Arş. Gör. Ezgi YAMAÇ Arş. Gör. Ufuk ŞANVER İSTANBUL COMMERCE UNIVERSITY
2 Contents EXPERIMENT: COLOUR CODES OF RESISTORS... 2 EXPERIMENT: EXAMINATION OF OHM S LAW... 3 EXPERIMENT: EXAMINATION OF KIRCHHOFF S VOLTAGE LAW... 5 EXPERIMENT: EXAMINATION OF KIRCHHOFF S CURRENT LAW... 7 EXPERIMENT: EXAMINATION OF SERIAL CONNECTED RESISTORS... 9 EXPERIMENT: EXAMINATION OF PARALLEL CONNECTED RESISTORS EXPERIMENT: EXAMINATION OF MIXED CONNECTED RESISTORS
3 EXPERIMENTAL PROCEDURE: EXPERIMENT: 1.1 COLOUR CODES OF RESISTORS Plug the Y-0016/001 module to the relevant place. Take a digital avometer and adjust it to measure resistance. 1- R1 resistance is four bands and its reading is shown in module. Read the R3-R4-R5-R6 resistances in the same way and write it to figure 1.15 RESISTANCE CODE R3 R4 R5 R6 DISPLAYED VALUE THE VALUE ON THE MULTIMETER Figure Measure every resistance with ohmmeter. Write the measured values to figure 1.15 Calculate if these values are in the tolerance limits? Note: This value is not written in figure Calculate and compare according to the chapter R2 resistance is five bands and its reading is shown in module. Read the R7-R8-R9-R10 resistances in the same way and write it to figure 1.16 RESISTANCE CODE R7 R8 R9 R10 DISPLAYED VALUE THE VALUE ON THE MULTIMETER Figure Measure every resistance with ohmmeter. Write the measured values to figure 1.16 Calculate if these values are in the tolerance limits? Not: This value is also not written in figure Calculate and compare according to the chapter 1. 2
4 EXPERIMENTAL PROCEDURE: EXPERIMENT: 3.1 EXAMINATION OF OHM S LAW Plug the Y-0016/002 module. Make the circuit connections as in figure3.3 Figure 3.3 Adjust the power supply s voltage potentiometers to minimum (to left), and the current potentiometers to maximum (to right). Apply the power to the circuit. 1- Adjust the power to the values in figure 3.4 and write the current values at every stage respectively. NUMBER E (VOLT) I (ma) V / A Figure 3.4 3
5 2- Calculate the V/A ratio at every step and write them to the table at figure 3.4 What is this value (100) which is the same at every stage? 3- Cut the power of circuit and open the J1 short circuit. This time short circuit J2. Calculate the mathematical value of R2 resistance. NOTE=This experiment can be repeated with various voltage levels below 6,0Volt. 4
6 EXPERIMENT: 4.1 EXAMINATION OF KIRCHHOFF S VOLTAGE LAW EXPERIMENTAL PROCEDURE: 4.2 Plug the Y-0016/002 module make the circuit connections as in figure Figure 4.2 Adjust the power supply s voltage potentiometers to minimum (to left), and the current potentiometers to maximum (to right). Apply the power to the circuit. 1- Adjust the power to the values in figure 4.3 and write the voltage values at every stage respectively. NUMBER E (VOLT) E1 (VOLT) E2 (VOLT) E3 (VOLT) Figure 4.3 5
7 2- Does the Kirchhoff voltage law equation is maintained at every stage? Calculate. 3- Calculate the total resistance of circuit. 4- Unplug the adjustable power supply from the circuit. Measure the total resistance (between the sockets) with the help of an ohmmeter. Compare it with the value you previously calculated. NOTE= The result may be approximate. The reason for this is the tolerances of resistors. 6
8 EXPERIMENT: 4.2 EXAMINATION OF KIRCHHOFF S CURRENT LAW EXPERIMENTAL PROCEDURE: 4.5 Plug the Y-0016/002 module make the circuit connections as in figure Figure 4.5 Adjust the power supply s voltage potentiometers to minimum (to left), and the current potentiometers to maximum (to right). Apply the power to the circuit. 1- Adjust the power to the values in figure 4.6 and write the current values at every stage respectively. NUMBER E (VOLT) I1 (ma) I2 (ma) I (ma) Figure 4.6 7
9 2- Is the total current flowing into node (I) equal to the total current flowing out of the node (I1-I2)? Calculate for every step. 3- Calculate the total resistance (R) of circuit. 4- Calculate the circuit current from Ohm s Law for every step. Compare the results with the results of Kirchhoff s current law. 8
10 EXPERIMENT: 4.3 EXAMINATION OF SERIAL CONNECTED RESISTORS EXPERIMENTAL PROCEDURE: 4.9 Plug the Y-0016/003 module. Make the circuit connections like in figure Figure Write the value of resistance displayed by Ohmmeter. 2- R1=1K, R5=2K and R3=10K. So calculate the total resistance (R). 3- Compare the value you calculated and the value displayed by Ohmmeter. Why is there a difference? NOTE: You can do new experiments by making different serial connections with the six resistors in the module. 9
11 EXPERIMENT: 4.4 EXAMINATION OF PARALLEL CONNECTED RESISTORS EXPERIMENTAL PROCEDURE: Plug the Y-0016/003 module. Make the circuit connections as in figure 4.12 Figure Write the resistance value displayed by the Ohmmeter. 2- R2=2K and R5=2K, calculate the total resistance (R). 3- Compare the value you calculated and the value Ohmmeter displayed. Why is there a difference? NOTE: You can do new experiments by making different parallel connections with the six resistors in the module. 10
12 EXPERIMENT: 4.5 EXAMINATION OF MIXED CONNECTED RESISTORS EXPERIMENTAL PROCEDURE: Plug the Y-0016/003 module. Make the circuit connections as in figure 4.16 Figure Write the resistance value displayed by Ohmmeter. 2- R1=1K, R4=1K and R2=2K. Calculate the total resistance of circuit. 3- Compare the value you calculated and the value Ohmmeter displayed. Why is there a difference? NOTE: You can do new experiments by making different mixed connections with the six resistors in the module. 11
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