Hybrid Model (Equivalent Circuit)

Analog Electronics: Hybrid Model (Equivalent Circuit)
Topics Covered:
1. Steps to draw the equivalent circuit using h-parameters equation.

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1. sanjay mouli: Sir; Can you please make the video implementation simulation and analysis of hybrid model of CE configuration! As I was unable to get clearly about hybrid model!
2. EBENEZER SHIMA: Hi.thank you but you should write "1/ho" instead of "ho". For that output resistance
3. praveens: Wonderful lecture.....best in all electronic classes which I am attempted.
4. Neso Academy: There are three options: 1) Use the resistor symbol for the admittance(ho) and keep in mind that the value of resistance is 1/ho. [I've followed this in the lecture and you can refer to page no. 313 of "Electronic Devices and Circuit Theory" 10th edition by Robert L. Boylestad) 2) Use the resistor symbol for the resistor and assign the resistance 1/ho. [Students are suggesting this] 3) Use a black box and assign ho i.e. the admittance. [I've followed this in "Network Theory"]
5. 59 nobody: If ho (h subscript o) has a unit of ohm^-1, why would it be equivalent to a resistor with resistance of ho?
6. Aikansh Jain: Best ever explanation of how this model is realized...
7. vinay naresh: The output resistance should be 1/ho
8. anand mishra: Sir why we add 1/ho in parallel not in series ?Please confirm sir.
9. Shubham Mali: Super explanation...tysm
10. Neso Academy: There are three options: 1) Use the resistor symbol for the admittance(ho) and keep in mind that the value of resistance is 1/ho. [I've followed this in the lecture and you can refer to page no. 313 of "Electronic Devices and Circuit Theory" 10th edition by Robert L. Boylestad) 2) Use the resistor symbol for the resistor and assign the resistance 1/ho. [Students are suggesting this] 3) Use a black box and assign ho i.e. the admittance. [I've followed this in "Network Theory"]
11. Antoine Badi: wow this was a major step in my understanding. God bless you Sir
12. Lakshay Gupta: query - instead of ho it should be 1/ho
13. harshavardhan g: Why ho is parallelly connected at output side
14. Prankur Raj: he made it so easy!! ty sir
15. Harish Palla: Why we join two networks at bottom only why not on upside and why not both ???
16. Neso Academy: There are three options: 1) Use the resistor symbol for the admittance(ho) and keep in mind that the value of resistance is 1/ho. [I've followed this in the lecture and you can refer to page no. 313 of "Electronic Devices and Circuit Theory" 10th edition by Robert L. Boylestad) 2) Use the resistor symbol for the resistor and assign the resistance 1/ho. [Students are suggesting this] 3) Use a black box and assign ho i.e. the admittance. [I've followed this in "Network Theory"]
17. VENKATA MURALIDHAR: sir! first of all thanku for doing great help and then. at 4:30 why you drawn independent sources hr.v2 &hf.i1
18. SRINIVASA VEERA: I have faced the same thing
19. abbi valaboju: good explanation.i have cleared networksubject because of neso academy
20. Prashant singh: best in class
21. Naveen Kumar: Output current is entering into two port device but not leaving from the two port device . Any one tell why
22. Srinivas chowdary Appasani: It is more esay to learn concepts by your vedios ....thank u very much sir......
23. kartik jaiswal.ai.disaster: bhai neso academy tereko mere tarf se chumma
24. DEBARGHYA DAS: greatly explained thank you sir.please give me your mobile number sir
25. Neso Academy: There are three options: 1) Use the resistor symbol for the admittance(ho) and keep in mind that the value of resistance is 1/ho. [I've followed this in the lecture and you can refer to page no. 313 of "Electronic Devices and Circuit Theory" 10th edition by Robert L. Boylestad) 2) Use the resistor symbol for the resistor and assign the resistance 1/ho. [Students are suggesting this] 3) Use a black box and assign ho i.e. the admittance. [I've followed this in "Network Theory"]
26. rajesh varupula: sir how can resistance can written if it is ce confriguation...... i think h1 as Rb...h0 as Rc ist ???
27. GOVIND GAUR: awesome sir......salute sir why did we not add 'ho' in series why in parallel?? as we add 'hi' in series.
28. gsvr sahith: Pls*
29. Nunu Kiptanui: great explanaton
30. Prashant singh: great videos. smoothly explained topics
31. Neso Academy: There are three options: 1) Use the resistor symbol for the admittance(ho) and keep in mind that the value of resistance is 1/ho. [I've followed this in the lecture and you can refer to page no. 313 of "Electronic Devices and Circuit Theory" 10th edition by Robert L. Boylestad) 2) Use the resistor symbol for the resistor and assign the resistance 1/ho. [Students are suggesting this] 3) Use a black box and assign ho i.e. the admittance. [I've followed this in "Network Theory"]
32. Sonu Jaiswal: hybrid π model ??????
33. Sonu Jaiswal: sir hybrid π model bhi pdha do
34. Barath Kumar: Sir pls do a lecture about CE-CE two stage amplifiers and deriving it's parameters.
35. Sudarshan Adiga: It should be 1/ho and not ho
36. deepak Gupta: U are awesome
37. Ajay Sharma: Why h0 is in parallel
38. Ritesh Choudhery: admittance equal to resistance? It should be 1/ho.
39. sāīf ßīñ sïräj shäñtø: why we have introduced control sources?
40. balaji b: Thank you sir
41. Abhilash Abhilash: Do u have classes for computer communication network
42. sweety kumari vishwakarma: great 👌👍👍
43. Arnav Shaurya Bisht.: There should be 1/h0 sir
44. Mohammed Adain: Can you please elaborate the use of constant voltage source and the constant current source in the hybrid model.
45. PUBG MOBILE II LIVE STREAMING BY YOUR FRIEND: Ur r great
46. Neso Academy: There are three options: 1) Use the resistor symbol for the admittance(ho) and keep in mind that the value of resistance is 1/ho. [I've followed this in the lecture and you can refer to page no. 313 of "Electronic Devices and Circuit Theory" 10th edition by Robert L. Boylestad) 2) Use the resistor symbol for the resistor and assign the resistance 1/ho. [Students are suggesting this] 3) Use a black box and assign ho i.e. the admittance. [I've followed this in "Network Theory"]
47. Neso Academy: *For those who want to write 1/ho instead of ho* There are three options: 1) Use the resistor symbol for the admittance(ho) and keep in mind that the value of resistance is 1/ho. [I've followed this in the lecture and you can refer to page no. 313 of "Electronic Devices and Circuit Theory" 10th edition by Robert L. Boylestad] 2) Use the resistor symbol for the resistor and assign the resistance 1/ho. [Students are suggesting this] 3) Use a black box and assign ho i.e. the admittance. [I've followed this in "Network Theory"]
48. Poong Hong: Best in youtube
49. Arya Sahu: Kya fayda last line bolne se ... question ask in comment box but answer to dete nahi hai ....but nice lecture
50. Neso Academy: Welcome.
51. it's Me: Great lecture thank you But in some books the output admittance is replaced by resistance as you did but they didn't write ho but 1/ho Is it because of unit since resistance is reciprocal of admittance?
52. Neso Academy: There are three options: 1) Use the resistor symbol for the admittance(ho) and keep in mind that the value of resistance is 1/ho. [I've followed this in the lecture and you can refer to page no. 313 of "Electronic Devices and Circuit Theory" 10th edition by Robert L. Boylestad) 2) Use the resistor symbol for the resistor and assign the resistance 1/ho. [Students are suggesting this] 3) Use a black box and assign ho i.e. the admittance. [I've followed this in "Network Theory"]
53. Nock and Fire: Excellent
54. ToLearnJava: You are good
55. bramdash sachan: 👍
56. Gokulnath: Best explanation sir..tq
57. What Physics says: Thank u so much sir.... Now i have no confusion..... about Hybrid Model (Equivalent Circuit)
58. Arnav Shaurya Bisht.: Neso Academy thanks sir...
59. Saurabh Kumar: Thank you. You made me understand this which I was not understanding for many times
60. Rajshekar reddy donuri: terminals of current source??
61. Nich Mar Games & Hobbies: thumbs up!!
62. Athira KP: ur lectures are really helpful...tq
63. gsvr sahith: Pla send his number sir
64. gsvr sahith: Super lecture I got everything from this lecture tq so much ,by sharing this video you done a great job once again to🙏🙏💓
65. nagavenkata sandeep: Super sir
66. umair farooq: sir plzz upload lecture on hybrid π model
67. Soham Naik: great explanation
68. abhisek datta: What are the changes of these parameter when use pnp transistor instead of npn for all the bias condition???? Please explain.
69. Lovin Babu: Thank you very much
70. Shahidullah Kaiser: Thank you so much for the video.
71. Bs tejaswi: greatly explained. ..tq sir
72. Ruchir Lakhani: Really well explained
73. Rahul Porandla: Why can't we take direction of current in opposite direction..Why it should be entering to two port circuit..??
74. Emiliano Barros: omg now it's all clear for me, thank you so much!
75. Sandeep Kumar Balijepalli: Sir i want the input and output current and voltage values for CB and CC configuration also Kindly reply me asap as i am having exam tomorrow
76. dilli wala: i ove your teaching way all doubts cleared thankyou so much
77. flavian canute Lobo: 4:32 it should be 1/Ho or Ho?
78. Neso Academy: There are three options: 1) Use the resistor symbol for the admittance(ho) and keep in mind that the value of resistance is 1/ho. [I've followed this in the lecture and you can refer to page no. 313 of "Electronic Devices and Circuit Theory" 10th edition by Robert L. Boylestad) 2) Use the resistor symbol for the resistor and assign the resistance 1/ho. [Students are suggesting this] 3) Use a black box and assign ho i.e. the admittance. [I've followed this in "Network Theory"]
79. pranay sai: Thank you. It's really helpful
80. shivam shaurya jha: Nic expln sir but in 4:48 it will 1/ho.. Because ho is in mho
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Hybrid Model (Equivalent Circuit)
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