6.06 GB | 48min 21s | mp4 | 1280X720 | 16:9
Genre:eLearning |Language:English
Files Included :
1 -Introduction.mp4 (33.25 MB)
2 -Type and Symbol of JFET.mp4 (80.38 MB)
3 -Construction or Internal Structure of JFET.mp4 (142.35 MB)
4 -Course Feedback.mp4 (9.17 MB)
1 -Understanding the significance of Q-ponit and Biasing the JFET.mp4 (130.4 MB)
2 -Fixed Bias Technique of JFET.mp4 (74.81 MB)
3 -Self Bias Technique of JFET.mp4 (147.83 MB)
4 -Voltage Divider Bias Technique of JFET.mp4 (138.31 MB)
5 -Course Feedback.mp4 (9.19 MB)
1 -What is Maximum, Minimum & Typical Value of Vp & which value we should consider.mp4 (139.24 MB)
1 -Numerical-1.mp4 (101.4 MB)
2 -Numerical-2.mp4 (108.58 MB)
3 -Numerical-2.mp4 (86.7 MB)
4 -Course Feedback.mp4 (9.18 MB)
1 -Modelling of JFET (Part-1).mp4 (86.99 MB)
2 -Modelling of JFET (Part-2).mp4 (78.83 MB)
1 -CS Amplifier (Without Cs capacitor).mp4 (193.67 MB)
2 -CS Amplifier (With Cs Capacitor).mp4 (112.85 MB)
3 -CG Amplifier (Common Gate Amplifier).mp4 (272.59 MB)
4 -Why we prefer Common Source over Common Gate Amplifier.mp4 (118.66 MB)
5 -Course Feedback.mp4 (9.19 MB)
1 -JFETs vs BJTs.mp4 (210.01 MB)
1 -Designing Jfet based CS Amplifier.mp4 (256.66 MB)
2 -Simulation of CS Amplifier on Proteus & on Multisim.mp4 (223.81 MB)
3 -Course Feedback.mp4 (9.2 MB)
1 -Why depletion region is wider at the top and narrower at the bottom.mp4 (83.92 MB)
2 -Why N-Channel JFET is Preferred Over P-channel JFET.mp4 (100 MB)
3 -Understand the Working of N-Channel-JFET.mp4 (290.6 MB)
1 -Why the Internal Input Impedance of an Amplifier should be as high as possible.mp4 (304.37 MB)
2 -Configurations of JFET.mp4 (113.94 MB)
3 -Transfer Characteristics of JFET.mp4 (377.9 MB)
4 -Drain Source Characteristics.mp4 (276.41 MB)
5 -Understanding Pinch-off Condition.mp4 (156.99 MB)
6 -Course Feedback.mp4 (9.19 MB)
1 -Cutoff Region.mp4 (66.54 MB)
2 -Saturation Region.mp4 (89.5 MB)
3 -Ohmic Region.mp4 (61.5 MB)
1 -Drain Current Equation of JFET.mp4 (150.35 MB)
2 -Understanding the Data-Sheet of BFW10.mp4 (180.81 MB)
3 -Mistake in Few Datasheet of BFW10 & BFW11.mp4 (8.91 MB)
4 -Course Feedback.mp4 (9.19 MB)
1 -Shortcut trick to identify the terminals of JFET.mp4 (139.23 MB)
2 -Identify terminals of BFW10 (Practically).mp4 (70.18 MB)
1 -Operating Jfet in Cutoff & Saturation Region.mp4 (52.7 MB)
2 -Simulating JFET as a switch in Multisim Software.mp4 (80 MB)
3 -Course Feedback.mp4 (9.19 MB)
1 -Dynamic Drain Resistance.mp4 (106.36 MB)
2 -Transconductance formula with it's derivation.mp4 (206.89 MB)
3 -Amplification Factor.mp4 (72.15 MB)
1 -Zero Temperature Drift (Part-1).mp4 (255.82 MB)
2 -Zero Temperature Drift (Part-2).mp4 (130.13 MB)
2 -Type and Symbol of JFET.mp4 (80.38 MB)
3 -Construction or Internal Structure of JFET.mp4 (142.35 MB)
4 -Course Feedback.mp4 (9.17 MB)
1 -Understanding the significance of Q-ponit and Biasing the JFET.mp4 (130.4 MB)
2 -Fixed Bias Technique of JFET.mp4 (74.81 MB)
3 -Self Bias Technique of JFET.mp4 (147.83 MB)
4 -Voltage Divider Bias Technique of JFET.mp4 (138.31 MB)
5 -Course Feedback.mp4 (9.19 MB)
1 -What is Maximum, Minimum & Typical Value of Vp & which value we should consider.mp4 (139.24 MB)
1 -Numerical-1.mp4 (101.4 MB)
2 -Numerical-2.mp4 (108.58 MB)
3 -Numerical-2.mp4 (86.7 MB)
4 -Course Feedback.mp4 (9.18 MB)
1 -Modelling of JFET (Part-1).mp4 (86.99 MB)
2 -Modelling of JFET (Part-2).mp4 (78.83 MB)
1 -CS Amplifier (Without Cs capacitor).mp4 (193.67 MB)
2 -CS Amplifier (With Cs Capacitor).mp4 (112.85 MB)
3 -CG Amplifier (Common Gate Amplifier).mp4 (272.59 MB)
4 -Why we prefer Common Source over Common Gate Amplifier.mp4 (118.66 MB)
5 -Course Feedback.mp4 (9.19 MB)
1 -JFETs vs BJTs.mp4 (210.01 MB)
1 -Designing Jfet based CS Amplifier.mp4 (256.66 MB)
2 -Simulation of CS Amplifier on Proteus & on Multisim.mp4 (223.81 MB)
3 -Course Feedback.mp4 (9.2 MB)
1 -Why depletion region is wider at the top and narrower at the bottom.mp4 (83.92 MB)
2 -Why N-Channel JFET is Preferred Over P-channel JFET.mp4 (100 MB)
3 -Understand the Working of N-Channel-JFET.mp4 (290.6 MB)
1 -Why the Internal Input Impedance of an Amplifier should be as high as possible.mp4 (304.37 MB)
2 -Configurations of JFET.mp4 (113.94 MB)
3 -Transfer Characteristics of JFET.mp4 (377.9 MB)
4 -Drain Source Characteristics.mp4 (276.41 MB)
5 -Understanding Pinch-off Condition.mp4 (156.99 MB)
6 -Course Feedback.mp4 (9.19 MB)
1 -Cutoff Region.mp4 (66.54 MB)
2 -Saturation Region.mp4 (89.5 MB)
3 -Ohmic Region.mp4 (61.5 MB)
1 -Drain Current Equation of JFET.mp4 (150.35 MB)
2 -Understanding the Data-Sheet of BFW10.mp4 (180.81 MB)
3 -Mistake in Few Datasheet of BFW10 & BFW11.mp4 (8.91 MB)
4 -Course Feedback.mp4 (9.19 MB)
1 -Shortcut trick to identify the terminals of JFET.mp4 (139.23 MB)
2 -Identify terminals of BFW10 (Practically).mp4 (70.18 MB)
1 -Operating Jfet in Cutoff & Saturation Region.mp4 (52.7 MB)
2 -Simulating JFET as a switch in Multisim Software.mp4 (80 MB)
3 -Course Feedback.mp4 (9.19 MB)
1 -Dynamic Drain Resistance.mp4 (106.36 MB)
2 -Transconductance formula with it's derivation.mp4 (206.89 MB)
3 -Amplification Factor.mp4 (72.15 MB)
1 -Zero Temperature Drift (Part-1).mp4 (255.82 MB)
2 -Zero Temperature Drift (Part-2).mp4 (130.13 MB)
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