Skip to main content
Ctrl+K
engineeringkit logo engineeringkit logo
  • Subpackages
  • History
  • Examples
  • API
  • Subpackages
  • History
  • Examples
  • API

Section Navigation

  • Examples
    • Buckling and effective length
    • Beam deflection under a uniform load
  • Examples
    • Oscillator energy balance
    • Damping and vibration histories
  • Examples
    • Carnot engine and heat-pump limits
    • Ideal power-cycle efficiency
  • Examples
    • Poiseuille profile and volume flow
    • Darcy friction across two flow regimes
  • Examples
    • Cooling and the lumped time constant
    • Parallel and counterflow heat exchangers
  • Examples
    • Airfoils
    • Standard atmosphere
    • Boundary layers
    • Circulation
    • Compressible flow
    • Forces and coefficients
    • Performance
    • Finite wings
  • Examples
    • RC charge and energy accounting
    • RLC current after a voltage step
  • Examples
    • Feedback
    • Frequency response
    • Optimal control and estimation
    • Root locus
    • Sampled-data control
    • Stability
    • State space
    • Time response
  • Examples
    • Aliasing before reconstruction
    • Sampling and a signal spectrum
  • Examples
    • Coding
    • Decibels
    • Detection
    • Information and capacity
    • Modulation
    • Multiplexing
    • Noise
    • Propagation
  • Examples
    • Crack size and fracture threshold
    • Voigt and Reuss composite bounds
  • Examples
    • Redundancy under independent failures
    • Weibull survival and shape
  • Tutorials
    • A beam from load to fatigue life
    • A feedback loop in the time and frequency domains
    • A power plant from cycle to cooling tower
    • A radio link from antenna to bit errors
  • Exercises
    • Structural engineering exercises
    • Mechanical engineering exercises
    • Thermodynamics exercises
    • Fluid engineering exercises
    • Heat transfer exercises
    • Aerodynamics exercises
    • Electrical engineering exercises
    • Control systems exercises
    • Signal processing exercises
    • Communications exercises
    • Materials exercises
    • Reliability exercises
  • Installation and quickstart
  • Numerical methods and inspectable histories
  • Structural engineering: loads, signs and linear elasticity
  • Mechanical engineering: power, vibration and mechanism geometry
  • Thermodynamics: total versus specific quantities and cycle states
  • Fluid engineering: flow regimes and signed quantities
  • Heat transfer: absolute temperatures and resistance accounting
  • Aerodynamics: incompressible limits and compressible conservation
  • Electrical engineering: passive components and circuit responses
  • Control systems: matrix contracts and numerical stability
  • Signal processing: sampled energy, spectra and quantization
  • Communications: linear ratios, modulation phase and channel scope
  • Materials: elasticity, fracture and fatigue conventions
  • Reliability: distributions, independence and rate units
  • Examples
  • Examples
  • Propagation

Propagation#

Wavelength, free-space path loss and link budgets.

Hertz’s electromagnetic waves and their wavelength

Hertz's electromagnetic waves and their wavelength

The Friis transmission formula

The Friis transmission formula

The Telstar satellite link budget

The Telstar satellite link budget

previous

Friis’s noise formula for cascaded amplifiers

next

Hertz’s electromagnetic waves and their wavelength

Show Source

Created using Sphinx 9.1.0.

Built with the PyData Sphinx Theme 0.23.0.