Low Dimensional Semiconductor Devices| Lecture No 13.0| Quantum Well, Quantum Wire, Quantum Dots||

Electronic Science, Low Dimensional Semiconductor Devices, Quantum Well, Quantum Wire, Quantum Dots, Solar Cell, Fill Factor, Percentage Efficiency , I-V Curve , Lecture No.12.0, Effective Mass, Detailed Explanation, Curvature Dependency, Lattice Interaction, Direct and Indirect Bandgap Materials, Energy Transfer Mechanism, Lecture, PIN Diode, Variable Resistance, Variable Capacitance, Gunn Diode, Detailed working of Gunn Diode, High to Low mobility transfer, Transfer Electron Device (TED), Direct Bandgap, Indirect Bandgap, Varactor Diode, Variable Capacitance, Variable Capacitor, Schottky Diode, Applications of Schottky Diode, Reverse Recovery Time, Unilateral, Bilateral, Unipolar, Bipolar, Linear, Non Linear Element, Tunnel Diode, Tunnel Diode as a Oscillator, Negative Resistance Region, High Doping, Tunneling Effect, Narrow Depletion width required for tunneling, Zener diode, Line Regulation, Load Regulation, Variable load. Variable Source/Supply, Fermi level, Energy Bands in Solid, Working regions of Diode, Forward Biasing, Reverse Biasing, Different types of Breakdown, characteristic equation of pn diode, characteristic graph, Valence Band, Conduction Band, Forbidden Energy Band Gap, Symbols of Diodes, Basics of Semiconductors, Different types of Voltage regulation, Different types of Breakdown, Avalanche Breakdown, Zener breakdown, Regulator, Stabilizer, NTA UGC NET, Electronic Science
Electronic Science
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Linear Algebra
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Linear Algebra Previous Year Solutions
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Solar Cell || Fill Factor || Percentage Efficiency || I-V Curve || Lecture No.12.0||
• Solar Cell || Fill Fac...
Effective Mass || Detailed Explanation || Lecture No.11.0 || Electronic Science ||
• Effective Mass || Deta...
Direct and Indirect Bandgap Materials || Energy Transfer Mechanism || Lecture No. 10.0 ||
• Direct and Indirect Ba...
PIN Diode || Variable Resistance || Variable Capacitance || Lecture No. 9.0 || Electronic Science||
• PIN Diode || Variable ...
Gunn Diode || Detailed working of Gunn Diode || High to Low mobility transfer || Lecture No. 8.0 ||
• Gunn Diode || Detailed...
Varactor Diode || Variable Capacitor || Lecture 7.0 || Electronic Science ||
• Varactor Diode || Vari...
Schottky Diode and its Applications || Lecture No. 6.0 || Electronic Science ||
• Schottky Diode and its...
Reverse recovery time Unipolar Bipolar Unilateral Bilateral, Linear Nonlinear Active Passive Element | Lecture No. 5.0 ||
• Reverse recovery time ...
Tunnel Diode |Tunnel Diode as an Oscillator | Lecture No. 4.0 | Negative Resistance Region |
• Tunnel Diode |Tunnel D...
Zener Diode as a Voltage Regulator| Line Regulation | Load Regulation | Lecture No. 3.0 |
• Zener Diode as a Volta...
Different types of Breakdown| Lecture No. 2.0 | Avalanche Breakdown | Zener Breakdown | Zener Diode|
• Different types of Bre...
Different types of Diode | Lecture 1.0 | Basics of Semiconductors
• Different types of Dio...
#Electronic_Science #Low_Dimensional_Semiconductor_Devices #Quantum_Well #Quantum_Wire #Quantum_Dots #Solar_Cell #Fill_Factor #Percentage_Efficiency #I_V_Curve #Lecture_No_13
#Curvature_Dependency
#Lattice_Interaction
#Effective_Mass #Detailed_Explanation
#Direct_and_Indirect_Bandgap_Materials #Energy_Transfer_Mechanism
#PIN_Diode #Variable_Resistance #Variable_Capacitance
#Electronic_Science #Gunn_Diode #Detailed_working_of_Gunn_Diode #High_to_Low_mobility_transfer #Transfer_Electron_Device #TED #Direct_Bandgap #Indirect_Bandgap
#Varactor_Diode #Variable_Capacitance #Variable_Capacitor
#Schottky_Diode #Applications_of_Schottky_Diode #LectureNo6 #ReverseRecoveryTime #Unilateral #Bilateral #Unipolar #Bipolar #Linear #NonLinearElement
#Tunnel_Diode #Tunnel_Diode_as_an_Oscillator #NegativeResistanceRegion #HighDoping #TunnelingEffect #Narrow_Depletion_width_required_for_tunelling
#LineRegulation #LoadRegulation #ZenerDiodeAsVoltageRegulator #Different_types_of_breakdown #Avalanche_Breakdown #Zener_Breakdown #Zener_diode #Energy_Bands_in_Solid #Working_regions_of_Diode #ForwardBiasing #ReverseBiasing #Different_types_of_Breakdown #Characteristic_equation_of_pn_diode #Characteristic_graph #ValenceBand #ConductionBand #ForbiddenEnergyBandGap #Band_Gap_Value_in_electron_volts_of_Different_Semiconductors #Symbols_of_Diodes #Basics_of_Semiconductors #ElectronicScience

[@OlympiadChampions]

Beautiful explanation 👍 Keep it up

[@physicsdiva1871]

Well explained

[@sanjeevkumarsingh7316]

Nyc explaination

[@Webgraphyofficial79]

Nice content thanks a lot mam☺☺

[@factzofficial17200]

Well explained thanks❤

[@SarvanCreation]

Thank you

[@_nikhil_rawal]

👍

[@aiyshafayaz6682]

Satisfactory explanation

[@squarerootacademy3288]

We are glad you liked it 😊

[@malikdavood5501]

How do we practically reduce the dimensions or degrees of freedom. Is quantum confinement observed at nanoscale ony, if so then why not at micro and pico scales

[@palakkapoor5586]

Nicely explained🤩

[@squarerootacademy3288]

Thank you so much

[@jyotiupadhyay7150]

Keep going swati !

[@squarerootacademy3288]

I will try my best

[@mubashirkhan143]

Maim gggg.. Novel materials for quantum dot pa video bna den plzzz. Plzz pllzzz

[@shahidnaveed5408]

It's also called super lattice?

[@squarerootacademy3288]

Yes array of quantum dots or quantum wires