317 - Further electrical and electronic principles (1 Understand…
317 - Further electrical and electronic principles
1 Understand electrical theorems
1.1 explain methods of resolving network problems using electrical theorems or laws
theorems and laws:
Kirchhoff’s current and voltage laws
Maximum power transfer theorem
1.2 use electrical theorems or laws to solve problems involving networks
2 Understand complex notation theory
3 Understand how to analyse RLC circuits
4 Understand how to analyse three-phase circuits
5 Understand how to solve the transient response of first-order circuits
components: Voltages and currents.
circuits: RL and RC.
time: Time constant; rise-time and fall-time.
problems: Involving line values (voltage and current); phase values (voltage and current); power and power-factor; Star connection and Delta connection
systems: Balanced; unbalanced; star (three-wire, four-wire); delta.
types: Series; parallel.
RLC circuits: Series; parallel.
relationships: Real power; Reactive power; Apparent power.
resonance: Quality factor; bandwidth; impedance; reactance; capacitance.
properties: Voltage, Current, Phase Angle, Frequency, Resistance, Reactance and Impedance (R, XL, XC, Z)
representation: By complex impedance and complex admittance.
operations: Addition; subtraction; multiplication; division.
power: Real; Reactive; Apparent; Power Factor.
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