ECEN 325 lab Electronics

ECEN 325 lab – Electronics

TA Christiana Chamon

Lab #7

ECEN 325 lab Electronics img1 ECEN 325 lab Electronics img2

Hand Calculation

Rb1

33 ㏀

Ic

1mA

Rb2

17㏀

Vc

3.5

Rc

3.5 ㏀

Re

1㏀

Table 1. Show the hand calculation for NPN Designed circuit in report fig 6

Rb1

33㏀

Ic

1mA

Rb2

17 ㏀

Vc

1.5

Rc

1.5 ㏀

Re

1 ㏀

Table 2. Show the hand calculation for PNP Designed circuit in report fig 6

Rb1

4 ㏀

Ic =Ix

2mA

Rb2

21 ㏀

Vc

3.5

Rc

0.75 ㏀

Ib

20 µA

Table 3. Show the hand calculation for NPN Designed circuit in report fig 7

Rb1

11 ㏀

Ic

2mA

Rb2

14 ㏀

Vc

1.5

Rc

0.75 ㏀

Ib

20 µA

Table 4. Show the hand calculation for PNP Designed circuit in report fig 8

Simulation

Rb1

33 ㏀

Ic

948 µA

Rb2

17 ㏀

Vc

3.32 V

Rc

1.5 ㏀

Re

1 ㏀

Table 5. Show the simulation values for PNP Designed circuit in report fig 6

Rb1

33 ㏀

Ic

945 µA

Rb2

17 ㏀

Vc

1.41 V

Rc

1.5 ㏀

Re

1 ㏀

Table 6. Show the simulation values for PNP Designed circuit in report fig 6

Rb1

4 ㏀

Ic =Ix

1.96mA

Rb2

21 ㏀

Vc

3.53 V

Rc

0.75 ㏀

Vy

4.08 V

Table 7. Show the  simulation values for NPN Designed circuit in report fig 7

Rb1

11 ㏀

Ic

1.99mA

Rb2

14 ㏀

Vc

1.5

Rc

0.75 ㏀

Vy

2.14 V

Table 8. Show the hand calculation for PNP Designed circuit in report fig 8

Rb1

33 ㏀

Ic

1.07mA

Vre

1.25

Vc

3.74 V

V2

1.7 ㏀

Re

1㏀

Table 9. Show the measurement for NPN Designed circuit in report fig 6 a

Rb1

33 ㏀

Ic

0.993mA

Vre

0.987

Vc

1.49 V

V2

1.62 ㏀

Re

1㏀

Table 9. Show the measurement for NPN Designed circuit in report fig 6 b

ECEN 325 lab Electronics img3

Fig 1. A schematics for the NPN characterization circuit

ECEN 325 lab Electronics img4

Fig 2. Vbe data from simulation when Perform a DC sweep of V1,NPN a

ECEN 325 lab Electronics img5

Fig 3. Ic as a function of Vbe data Exported from simulation when Perform a DC sweep of V1,NPN a

ECEN 325 lab Electronics img6

Fig 4. Ic as a function of Vce data Exported from simulation when Perform a DC sweep of V2,NPN b

ECEN 325 lab Electronics img7

Fig 5. A schematics for the PNP characterization circuit

ECEN 325 lab Electronics img8

Fig 6. Ic as a function of Vbe data Exported from simulation when Perform a DC sweep of V1,PNP

ECEN 325 lab Electronics img9

Fig 7 Ic as a function of Vce data Exported from simulation when Perform a DC sweep of V2,PNP

ECEN 325 lab Electronics img10

Fig8. interactive simulation to obtain the DC solution by using calculated values for NPN

ECEN 325 lab Electronics img11

Fig 9. interactive simulation to obtain the DC solution by using calculated values for PNP

ECEN 325 lab Electronics img12

Fig 10. interactive simulation to obtain the DC solution by using using a current source  for NPN

ECEN 325 lab Electronics img13

Fig 11. interactive simulation to obtain the DC solution by using using a current source  for PNP

ECEN 325 lab Electronics img14

Fig 12. Ic as a function of Vbe data Exported from  measurements from the scope when Perform a DC sweep of V1,NPN a

ECEN 325 lab Electronics img15

Fig 13. Ic as a function of Vc data Exported from  measurements from the scope when Perform a DC sweep of V1,NPN a

ECEN 325 lab Electronics img16

Fig 14. Vbe from  measurements using the scope when Perform a DC sweep of V1,NPN a

ECEN 325 lab Electronics img17

Fig15. Vce from  measurements using the scope when Perform a DC sweep of V1,NPN a

ECEN 325 lab Electronics img18

Fig 16. Ic as a function of Vbe data Exported from  measurements from the scope when Perform a DC sweep of V1,PNP a

ECEN 325 lab Electronics img19

Fig 17. Ic as a function of Vc data Exported from  measurements from the scope when Perform a DC sweep of V1,PNP b

ECEN 325 lab Electronics img20

Fig 18.measure the DC values for V2 by using using a scope  for NPN in fig 6 a(lab) V2=1.7 V

ECEN 325 lab Electronics img21

Fig 19.measure the DC values for Vre by using using a scope  for NPN in fig 6 a(lab) Vre=1.25 V

ECEN 325 lab Electronics img22

Fig 20.measure the DC values for Vc by using using a voltmeter for NPN in fig 6 a(lab) Vc=3.75 V

ECEN 325 lab Electronics img23

Fig 21.measure the DC values for V2 by using using a scope  for PNP in fig 6b (lab) V2=1.62 V

ECEN 325 lab Electronics img24

Fig 22.measure the DC values for Vre by using using a scope  for PNP in fig 6 b(lab) Vre=0.987 V

ECEN 325 lab Electronics img25

Fig 23.measure the DC values for Vc by using using a scope  for PNP in fig 6 b(lab) Vc=1.49 V

Want latest solution of this assignment

+ Submit Your Assignment Here

AssignmentHippo Features

On Time Delivery

Our motto is deliver assignment on Time. Our Expert writers deliver quality assignments to the students.

Plagiarism Free Work

Get reliable and unique assignments by using our 100% plagiarism-free.

24 X 7 Live Help

Get connected 24*7 with our Live Chat support executives to receive instant solutions for your assignment.

Services For All Subjects

Get Help with all the subjects like: Programming, Accounting, Finance, Engineering, Law and Marketing.

Best Price Guarantee

Get premium service at a pocket-friendly rate at AssignmentHippo

FREE SAMPLE FILE

Client Review

I was struggling so hard to complete my marketing assignment on brand development when I decided to finally reach to the experts of this portal. They certainly deliver perfect consistency and the desired format. The content prepared by the experts of this platform was simply amazing. I definitely owe my grades to them.

Tap to Chat
Get instant assignment help