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easy question that has no complexity , I attached the experimental work with the solution of the first part below I only need help with the second part which is the result & conclusion part  . RESULTS  & CONCLUSION :   3.1 Using the results in 2.2 determine the state and β of the transistor.   3.2 Using the results in 2.3, determine the state of the BJT in each voltage level. Find β of the transistor for active modes. Is it constant?   3.3 Plot VBE vs IE graph and compare the theoretical and practical results, and comment on them briefly.

easy question that has no complexity , I attached the experimental work with the solution of the first part below I only need help with the second part which is the result & conclusion part  . RESULTS  & CONCLUSION :   3.1 Using the results in 2.2 determine the state and β of the transistor.   3.2 Using the results in 2.3, determine the state of the BJT in each voltage level. Find β of the transistor for active modes. Is it constant?   3.3 Plot VBE vs IE graph and compare the theoretical and practical results, and comment on them briefly.

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
Section: Chapter Questions
Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...
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easy question that has no complexity ,

I attached the experimental work with the solution of the first part below I only need help with the second part which is the result & conclusion part 

. RESULTS  & CONCLUSION :

 

3.1 Using the results in 2.2 determine the state and β of the transistor.

 

3.2 Using the results in 2.3, determine the state of the BJT in each voltage level. Find β of the transistor for active modes. Is it constant?

 

3.3 Plot VBE vs IE graph and compare the theoretical and practical results, and comment on them briefly.

 

Ixperiment6 2-1 Type of the BJT is s o NPN transistor = 0,66 2.2 IB= 12,4 MA %3D VCB= 4,39V Ic Ic=l,94mA VCE= 5,25 V If z 195 mfA 12.3 049 0,7 3. 0,66 0,68 Vecu)-9,13/-8,56 -8119 -7,53 -3,41 332 | 니,24 | 이24 VBEN) O 0.49 a59 0,62 0, 76 0,43 0, 75 VCEl 9,11 3, 12 8,91 0124 0,01 , 2,66 mA 3HA 0,12 mA 0.42mA 2,4m 4,47 O 2.7JA 0,12m 0,4mA 2,45ma 4,45 mA 6, 42 mA It IE
Transcribed Image Text:Ixperiment6 2-1 Type of the BJT is s o NPN transistor = 0,66 2.2 IB= 12,4 MA %3D VCB= 4,39V Ic Ic=l,94mA VCE= 5,25 V If z 195 mfA 12.3 049 0,7 3. 0,66 0,68 Vecu)-9,13/-8,56 -8119 -7,53 -3,41 332 | 니,24 | 이24 VBEN) O 0.49 a59 0,62 0, 76 0,43 0, 75 VCEl 9,11 3, 12 8,91 0124 0,01 , 2,66 mA 3HA 0,12 mA 0.42mA 2,4m 4,47 O 2.7JA 0,12m 0,4mA 2,45ma 4,45 mA 6, 42 mA It IE
2. EXPERIMENTAL WORK : 2.1 Perform BJT testing procedure and determine if the given transistor is functioning properly or not. Also, determine the type of the BJT. 2.2 Set up the circuit in Fig. 3 where Vcc=9V, RPof=100k2, and Rc=RE=1kN. Set VBB=2.5V by adjusting potentiometer, measure the voltages VBE, VBC, and VCE and currents IB, Ic, and Ig. Since the currents are very small, it is hard to find the correct values on the AVO meter. Therefore, you can find the current values by first measuring the voltages over each resistor and then dividing these values to the values of the resistors. A RA-B Rc BVBB IB RPot- Q1 Vcc IE Rc-B RE Figure 3. 2.3 Again, set up the circuit in Fig. 3 where Vcc=9V, RB=100Ok2, and Rc=RE=lkQ. Increase VBB slowly from 0V to 4V by adjusting potentiometer, measure the voltages VBE, VCB, and VCE, and currents IB, Ic, and Ie. 3. RESULTS & CONCLUSION : 3.1 Using the results in 2.2 determine the state and ß of the transistor. 3.2 Using the results in 2.3, determine state of the BJT in each voltage level. Find ß of the transistor for active modes. Is it constant? 3.3 Plot VBE Vs Ie graph and compare the theoretical and practical results, and comment on them briefly. 1.
Transcribed Image Text:2. EXPERIMENTAL WORK : 2.1 Perform BJT testing procedure and determine if the given transistor is functioning properly or not. Also, determine the type of the BJT. 2.2 Set up the circuit in Fig. 3 where Vcc=9V, RPof=100k2, and Rc=RE=1kN. Set VBB=2.5V by adjusting potentiometer, measure the voltages VBE, VBC, and VCE and currents IB, Ic, and Ig. Since the currents are very small, it is hard to find the correct values on the AVO meter. Therefore, you can find the current values by first measuring the voltages over each resistor and then dividing these values to the values of the resistors. A RA-B Rc BVBB IB RPot- Q1 Vcc IE Rc-B RE Figure 3. 2.3 Again, set up the circuit in Fig. 3 where Vcc=9V, RB=100Ok2, and Rc=RE=lkQ. Increase VBB slowly from 0V to 4V by adjusting potentiometer, measure the voltages VBE, VCB, and VCE, and currents IB, Ic, and Ie. 3. RESULTS & CONCLUSION : 3.1 Using the results in 2.2 determine the state and ß of the transistor. 3.2 Using the results in 2.3, determine state of the BJT in each voltage level. Find ß of the transistor for active modes. Is it constant? 3.3 Plot VBE Vs Ie graph and compare the theoretical and practical results, and comment on them briefly. 1.
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