EEE1 - Electrical
Engineering
and Electronics 1
Block 04 — Kirchhoff’s laws
Block 05 — Resistive networks
Block 06 — Real sources
Block 07 — Power-relevant figures
Block 08 — Two-port theory
Block 05 — Resistive networks
Block 06 — Real sources
Block 07 — Power-relevant figures
Block 08 — Two-port theory
Block 09 — Coulomb Force, E-Field
Block 10 — Field Patterns
Block 11 — Displacement Field
Block 12 — Capacitors, Capacitance
Block 13 — Caps Circuits, Energy
Block 14 — Conduction Field
Block 10 — Field Patterns
Block 11 — Displacement Field
Block 12 — Capacitors, Capacitance
Block 13 — Caps Circuits, Energy
Block 14 — Conduction Field
Block 15 — Magnets, Effects
Block 16 — Magnetic Field
Block 17 — Ampères Law
Block 18 — Magnetic Flux, Force
Block 19 — Magnetic Circuits
Block 20 — Induction, Energy
Block 16 — Magnetic Field
Block 17 — Ampères Law
Block 18 — Magnetic Flux, Force
Block 19 — Magnetic Circuits
Block 20 — Induction, Energy
Block 21 — Op-Amp Basics
Block 22 — Negative FB Circuits
Block 23 — Comparator Circuits
Block 24 — Wrap-Up, Apps
Block 22 — Negative FB Circuits
Block 23 — Comparator Circuits
Block 24 — Wrap-Up, Apps
| Charge on electron (e) | 1.60217634 × 10^{-19} C |
| Avogadro’s number (NA) | 6.022142 × 10^{23} 1/mol |
| Permeability of vacuum μ0 | 12.566370614 × 10^{-7} Vs/Am 4π × 10^{-7} Vs/Am |
| Permittivity of vacuum ϵ0 | 8.854187817 × 10^{-12} As/Vm |