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Electronics Switching free App covers most important topics in simple English and diagrams for a quick study and revisions at the time of Exams, Viva, Assignments and Job interviews. It is the most useful App for last minute preparations.

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Electronics Switching useful App lists 72 topics in 5 chapters, totally based on practical as well as a strong base of theoretical knowledge with notes written in very simple and understandable English.

Consider this App as a quick note guide which professors use in a classroom. The App will help in faster learning and quick revisions of all the topics.

Some of the topics Covered in the app are:

1.\tNormalised Models of Switched Mode Power Converters
2.\tDynamic Equations in pu
3.\tVisualisation of Functions
4.\tSome Common Functions as Dierential Equations
5.\tStrong and Weak Functions
6.\tUnity Power Factor Rectifiers
7.\tPower Circuit of UPF Rectifiers
8.\tAverage Current Mode Control
9.\tVoltage Feedforward Controller
10.\tResistor Emulator UPF Rectifiers
11.\tNon-linear Carrier Control
12.\tSingle Phase and Polyphase Rectifier
13.\tReview of Control Theory
14.\tA Simple Linear Dynamic System
15.\tLaplace Transformation
16.\tTransfer Function
17.\tPhysical Interpretation of the Transfer Function
18.\tBode Plots
19.\tConcept of Double Injection and Extra Element Theorem
20.\tIntroduction to DC-TO-DC Converter
21.\tSimple DC to DC Converter
22.\tSwitched Mode Power Converters
23.\tMore Versatile Power Converters
24.\tDiscontinuous Mode of Operation in dc to dc Converters
25.\tIsolated dc to dc Converters
26.\tIntroduction of DC-TO-DC Converter: Dynamics
27.\tPulse Width Modulated Converter
28.\tPulse Width Modulated Converter-Example
29.\tAveraged Model of the Converter
30.\tCircuit Averaged Model of the Converters
31.\tGeneralised State Space Model of the Converter
32.\tDynamic Model of Converters Operating in DCM
33.\tClosed Loop Control
34.\tClosed Loop Performance Functions
35.\tEffect of Input Filter on the Converter Performance
36.\tDesign Criteria For Selection of Input Filter
37.\tIntroduction to Current Programmed Control of DC to DC Converters
38.\tSub-harmonic Instability in Current Programmed Control
39.\tCompensation to Overcome Sub-harmonic Instability
40.\tDetermination of Duty Ratio for Current Programmed Control
41.\tTransfer Functions - Electronics Switching
42.\tIntroduction of Soft Switching Converters
43.\tResonant Load Converters
44.\tSteady State Modeling of Resonant SMPS
45.\tResonant Switch Converters
46.\tBoost Converter with Zero Voltage Switching
47.\tResonant Transition Phase Modulated Converters
48.\tResonant Switching Converters with Active Clamp
49.\tIntroduction of Power Switching Devices-Characteristics
50.\tIdeal Switches
51.\tReal Switches
52.\tPractical Power Switching Devices
53.\tDiodes - Electronics Switching
54.\tThyristor or Silicon Controlled Rectifier (SCR)
55.\tSwitching Characteristics of the SCR
56.\tBipolar Junction Transistor (BJT)
57.\tSwitching Characteristics of the Transistor
58.\tMOS Field Effect Transistor(MOSFET)
59.\tGate Turn-off Thyristor (GTO)
60.\tInsulated Gate Bipolar Transistor (IGBT)
61.\tSwitching Characteristics of the IGBT
62.\tIntegrated Gate Commutated Thyristor (IGCT)
63.\tThermal Design of Power Switching Devices
64.\tIntelligent Power Modules (IPM)
65.\tIntroduction to Reactive Elements in Power Electronic Systems
66.\tElectromagnetics
67.\tDesign of Inductor
68.\tDesign of Transformer
69.\tCapacitors for Power Electronic Application
70.\tTypes of Capacitors
71.\tBase Drive Circuits for BJT
72.\tSnubber Circuits for Power Switching Devices