

TABLE OF CONTENTS

DESCRIPTION

No. EQNS.

Basic Formulas (d.c.)

Ohm's Law for d.c. circuits (voltage, current, resistance, power)

12

Basic Formulas (a.c.)

Ohm's Law for a.c. circuits (voltage, current, impedance, power, power factor)

12

Basic Series Circuits

Calculation of impedance, phase angle, and reactance for series RL, RC, LC, and RLC circuits and resistance for pure series resistive circuits.

10

Basic Parallel Circuits

Calculation of impedance, phase angle, and reactance for parallel RL, RC, LC, and RLC, series/parallel RL/RC, series/parallel RL/C, series/parallel L/RC and resistance for pure series resistive circuits.

16

Networks

Kirchhoff's Laws, Superposition, Thevenin, Norton and Millman Theorems (presents theorems and methods to solve)


Alternating Current/Voltage

Calculation of rms, peak, peaktopeak, avg voltage/current, in addition to frequency, period, wavelength, power, apparent power, reactive power, and power factor.

19

Inductance

Calculation of series and parallel inductance, energy stored in an inductor, series and parallel inductive reactance, frequency, inductance, and inductive reactance when the frequency and inductance are
known.

8

Capacitance

Calculation of series and parallel capacitance, charge and energy stored in a capacitor, series and parallel capacitive reactance, frequency, capacitance, and capacitive reactance when the frequency and
capacitance are known.

9

Resonance

Calculation of capacitance, inductance, resonant frequency, capacitive reactance, inductive reactance, Qfactor, and bandwidth for series and parallel resonant circuits.

11

Coil Winding (air core)

Calculation of inductance, number of turns, spacing, and typical wire size for air core, single and multilayer coils based on radius or diameter. Includes calculation of inductance for straight
wire.

8

Coil Winding (toroids)

Inductance, resonant frequency, no. of turns for toroid coils.

3

Time Constants

Calculation of time constants, resistance, capacitance, and inductance for series RC and L/R circuits.

6

Filters

Calculation of cutoff and center frequencies for low pass, high pass, band pass (constantk, mderived), resonant filters.

9

Complex Math

Calculation of impedance, phase angle, resistance, and reactance with rectangulartopolar and polartorectangular conversions.

4

Basic Antennas

Calculation of dimensions for halfwave/folded dipole antennas, quarterwave vertical antennas, 3element yagi antennas, matching transformers and lineofsight distances.

10

Design Data

Resistor color codes, copper wire tables, thermal characteristics of metals, resistance, and cross sectional area of conductors.

3

Magnetic Circuits

Calculation of magnetic flux density, magnetic field intensity, magnetic flux, permeability, transformer voltage ratio, transformer current ratio, transformer impedance ratio, and mutual inductance.

11

Decibels

Calculation of power, voltage, and current gain/loss.

6

Transmission Lines

Calculation of impedance, inductance, capacitance, and attenuation for coax and ladder lines.

8

Basic Units and Conversions

Units, symbols, and definitions for electric & magnetic variables

n/a




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INPUT DATA IN GRAY OUTPUT IN YELLOW
ACTUAL FORMULAS USED IN CALCULATION
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