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Enigneering Science B - Laboratory 1 Module Code.ENG30124 Page 3 of 4 Enigncening Science B-Laboratory 1 Module Code: ENG30124 Page 4 of 4 13. Comment the three voltage values obtained in step 12 with the output voltage of the DC power supply 22. Comment the five voltage values obtained in step 21 with the output voltage of the DC power supply 14. Compute the current through each resistors and enter in the table 2.4 15. Measure the current drawn from DC power supply The value is 23. Compute the current through each resistors and enter in the table 3.4 16. Comment the three current values obtained in step 14 with the supply current obtained 24. Measure the current drawn from DC power supply The value is in step 15. 25. Comment the five current values obtained in step 23 with the supply current obtained in step 24. 17. Compute the equivalent resistance of the external circuit with the supply current obtained in step 15.1 The value is 18. Turn off the DC power supply R1 C. Mixed connections in series and parallele B 26. Compute the equivalent resistance of the external circuit with the supply current obtained in step 24. The value is R2 RE RA R5 19. Connect the circuit as shown in figure 3. The values of resistors are Ri = 330 92, R2 = 430Ω, Kg = 1 kΩ, R = 2.2 kΩ, and Rs = 3.6 k 27. Turn off the DC power supply С 自動儲存OM >> #1 -.. NG KAI HIM NK E 20. Turn on the DC power supply and adjust Figure 3- the output voltage to 10V - 21. Measure the voltages across each resistor (R1, R2, R3, RAR) and enter the values in table 3. 檔案 常用 Hi 造設計 版面配置參考資料 郵件 校团位视說明 I A X ID 貼上 Ą 段落 Resistance Value Voltage Across it- Compute the Current Pass Through it *** 正使 82 用間空 RU 防 135 语音 田 超重使用室 R₂ R Laboratory 1 User Data Re Rg R1 (ohm) R2 (ohm) R3 (ohm) R4 (ohm) R5 (ohm) Table 31 130 200 2400 2700 3300
Enigneering Science B - Laboratory 1 Module Code.ENG30124 Page 3 of 4 Enigncening Science B-Laboratory 1 Module Code: ENG30124 Page 4 of 4 13. Comment the three voltage values obtained in step 12 with the output voltage of the DC power supply 22. Comment the five voltage values obtained in step 21 with the output voltage of the DC power supply 14. Compute the current through each resistors and enter in the table 2.4 15. Measure the current drawn from DC power supply The value is 23. Compute the current through each resistors and enter in the table 3.4 16. Comment the three current values obtained in step 14 with the supply current obtained 24. Measure the current drawn from DC power supply The value is in step 15. 25. Comment the five current values obtained in step 23 with the supply current obtained in step 24. 17. Compute the equivalent resistance of the external circuit with the supply current obtained in step 15.1 The value is 18. Turn off the DC power supply R1 C. Mixed connections in series and parallele B 26. Compute the equivalent resistance of the external circuit with the supply current obtained in step 24. The value is R2 RE RA R5 19. Connect the circuit as shown in figure 3. The values of resistors are Ri = 330 92, R2 = 430Ω, Kg = 1 kΩ, R = 2.2 kΩ, and Rs = 3.6 k 27. Turn off the DC power supply С 自動儲存OM >> #1 -.. NG KAI HIM NK E 20. Turn on the DC power supply and adjust Figure 3- the output voltage to 10V - 21. Measure the voltages across each resistor (R1, R2, R3, RAR) and enter the values in table 3. 檔案 常用 Hi 造設計 版面配置參考資料 郵件 校团位视說明 I A X ID 貼上 Ą 段落 Resistance Value Voltage Across it- Compute the Current Pass Through it *** 正使 82 用間空 RU 防 135 语音 田 超重使用室 R₂ R Laboratory 1 User Data Re Rg R1 (ohm) R2 (ohm) R3 (ohm) R4 (ohm) R5 (ohm) Table 31 130 200 2400 2700 3300
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