## **"An investment in knowledge pays the best interest"**

**KJSCE 2018 Scheme Syllabus**

**Reference book no. 1 and 2 are preferred, students can refer other text books too**

**BEC E-books links:**

**1 . Microelectronics circuit analysis and design 4th Edition Donald Newman**

https://drive.google.com/file/d/0B9sm0DlpF8i0d3dHc2c0V2dSVWc/view?usp=sharing

**2. Microelectronic Circuits [6th Edition][ Sedra Smith]**

https://drive.google.com/file/d/0B9sm0DlpF8i0TU56dDBrX1V5MXM/view?usp=sharing

**3. Microelectronic Circuits by Sedra Smith,5th edition**

https://drive.google.com/file/d/0B9sm0DlpF8i0cC00U0NJZVJOWnc/view?usp=sharing

**4. Microelectronic Circuits M. H. Rashid 2ed**

https://drive.google.com/file/d/0B9sm0DlpF8i0bkVsMXJPT1BfRmM/view?usp=sharing

**5. Millman Halkias - Integrated Electronics**

https://drive.google.com/file/d/0B9sm0DlpF8i0MG9CcWh1NHAyb3c/view?usp=sharing

**6. BOYLESTAD_international edition**

https://drive.google.com/file/d/0B9sm0DlpF8i0UWI5NU5jUFE5WW8/view?usp=sharing

**7. Boylestad Scanned _ indian edition**

https://drive.google.com/file/d/0B9sm0DlpF8i0Umo0OHBGY184REE/view?usp=sharing

**8. Electronic Devices_9th_edition_flyod_thomas**

https://drive.google.com/file/d/0B9sm0DlpF8i0NzBDekJIM21mSUE/view?usp=sharing

**Lecture 01 handouts dated 15-07-2017**

**Topics Covered : Review of PN Junction, Concept of hole with analogy, Properties of semiconductors, Polarity of charge carriers, Concentration of Charge Carriers and transport of charge carriers. Drift and diffusion mechanism explained with analogies, What happens to PN junction under zero bias, forward bias and reverse bias.**

**Module or sub-module covered : 1.1**

semiconductor_fundamentals.pdf | |

File Size: | 2630 kb |

File Type: |

bec_01.pdf | |

File Size: | 1818 kb |

File Type: |

Video lecture 1.1

**In lecture 2, diffusion transport mechanism and introduction to pn junction was discussed****Kindly find the video regarding the above topic**Video lecture 1.2

**In lecture 1, PN junction in equilibrium and reverse bias was discussed**

**Kindly find the video regarding the above topic**

**Sir also in the video, explains excellent real life examples of such devices**

Video lecture 1.3

**In lecture 1, PN junction in forward bias and diode equation was discussed**

**Kindly find the video regarding the above topic**

**In the video, the value of ideality factor is not mentioned in diode equation , probably assumed as one, kindly note.**

**Start video from start and watch it till 54 minutes 45 seconds**

**Lecture 02 handout dated 17-07-2017**

**Topics Covered: Current-voltage relationship for PN junction diode (diode equation), Effect of breakdown voltage on I-V characteristics of diode, Numerical 01, Numerical 02, Numerical 03, Temperature dependence on I-V characteristics, Numerical 04, Concept of Cut-in voltage, Static and Dynamic resistance of diode.**

Topics not covered: Numerical 05 and Numerical 06, HW1 and HW2

Topics not covered: Numerical 05 and Numerical 06, HW1 and HW2

**Module or sub-module covered : 1.1**

Kindly complete topics not covered in the lecture and note down in your notebooks

Kindly complete topics not covered in the lecture and note down in your notebooks

bec_02.pdf | |

File Size: | 4787 kb |

File Type: |

**Lecture 03 handout dated 18-07-2017**

**Topics Covered: Concept of diode model, Exponential model with circuit example showing difficulty in using such a model, Need of simpler diode models, Piece-wise linear model, constant voltage model with 3 circuit observations, Ideal diode model. Lecture concluded with circuit example showing significance of using simpler diode model.**

**Module or sub-module covered : 1.2**

bec_03.pdf | |

File Size: | 2283 kb |

File Type: |

**Video lecture 3.1**

In lecture 3, Diode model topic was discussed

Kindly find the video regarding the above topic

Start video from start and watch it till 47 minutes 30 seconds

In lecture 3, Diode model topic was discussed

Kindly find the video regarding the above topic

Start video from start and watch it till 47 minutes 30 seconds

**Lecture 04 handout dated 22-07-2017**

**Topics Covered: Diode application: Clippers, Clipper 1 circuit, its working using constant voltage model, its input-output characteristics (i.e Vin(t) & Vout(t)), concept of Voltage transfer characteristics (VTC curve) for Clipper 1 circuit, Analysis of Clipper 1 circuit with Ideal diode model, Clipper types, Analysis of clipper 2 circuit and plot of Vin(t), Vout(t) and VTC curve for the same.**

LT Spice simulation: Clipper 1 and 2 circuits were simulated in LT Spice and their outputs were in consistent with theoretical analysis of the both the circuits.

LT Spice simulation: Clipper 1 and 2 circuits were simulated in LT Spice and their outputs were in consistent with theoretical analysis of the both the circuits.

**Module or sub-module covered: 1.2**

bec_04.pdf | |

File Size: | 1541 kb |

File Type: |

**Video lecture 4.1**

In lecture 4, some clipper circuits were discussed

Kindly find the video regarding the above topic

Start video from start from 47 minutes 42 seconds and watch it till 67 minutes and 30 seconds

In lecture 4, some clipper circuits were discussed

Kindly find the video regarding the above topic

Start video from start from 47 minutes 42 seconds and watch it till 67 minutes and 30 seconds

**Lecture 05 handout dated 22-07-2017**

**Topics Covered: Analysis of clipper 3,4,5 and 6 circuits and plot of Vin(t), Vout(t) and VTC curve for the same.**

LT Spice simulation: Clipper 3 to clipper 6 circuits were simulated in LT Spice and their outputs were in consistent with theoretical analysis of the both the circuits.

LT Spice simulation: Clipper 3 to clipper 6 circuits were simulated in LT Spice and their outputs were in consistent with theoretical analysis of the both the circuits.

**Module or sub-module covered: 1.2**

bec_05.pdf | |

File Size: | 1180 kb |

File Type: |

**Lecture 06 handout dated 24-07-2017**

**Topics Covered: Plot of Ix Vs Vin for clipper 4 was discussed, Analysis of clipper 7a and 7b circuits and plot of Vin(t), Vout(t) and VTC curve for the same, Concept of tracking and clipping level in Series clippers, Analysis of clipper 8 and 9 circuits and plot of Vin(t), Vout(t) and VTC curve for the same.**

**Topics not covered: Clipper 8 using Ideal diode model approach (One example considered)**

**LT Spice simulation: Clipper 7a, 7b, 8 and 9 circuits were simulated in LT Spice and their outputs were in consistent with theoretical analysis of the both the circuits.**

**Module or sub-module covered: 1.2**

bec_06.pdf | |

File Size: | 1736 kb |

File Type: |

**Lecture 07 handout dated 25-07-2017**

**Topics Covered: Analysis of clipper 10, 11, 12 and 13 circuits and plot of Vin (t), Vout (t) and VTC curve for the same.**

**Topics not covered: Clipper X using Constant voltage model**

**LT Spice simulation: Clipper 10, 11, 12 and 13 circuits were simulated in LT Spice and their outputs were in consistent with theoretical analysis of the circuits discussed in the class.**

**Module or sub-module covered: 1.2**

bec_07.pdf | |

File Size: | 1286 kb |

File Type: |

bec_clippers_using_ideal_diode_model.pdf | |

File Size: | 994 kb |

File Type: |

**Announcement :**

**1. Complete all 13 clipper circuits with Ideal diode and Constant voltage model in your note books before next class.**

2. Please note that BEC Note books should be completed and updated till date

2. Please note that BEC Note books should be completed and updated till date