FREQ: 10GHz / MODE: DOPPLER
VSWR: 1.05 / BEAM: STEERED
TARGET: ACQUIRED
THREAT: NULL
ASKiIMAN™ DOOR 08 / THE INVISIBLE WAVE
--:-- · -- --- ----

Academic Domain: Microwave Engineering & RADAR

The Invisible Wave

The Science of Seeing the Unseen

Mastery of High Frequency

The Voice taught us how to encode information. But to push that information across massive distances, or to reach out and touch an unseen object with pure energy, we must command the microwave spectrum. This is the engineering of waveguides, resonant cavities, phased arrays, and the echoes of RADAR.

SOURCE MICROWAVE TUBE WAVEGUIDE S-PARAMETERS ANTENNA PROPAGATION TARGET REFLECTION RADAR RECEIVER DOPPLER SHIFT DETECTION RESOLUTION

The 15 Microwave Realms

Microwave & RADAR Systems Architecture

REALM 01

The Microwave World

  • Electromagnetic Spectrum
  • Microwave Frequency Bands
  • High-Frequency Effects
  • Lumped vs Distributed Params
REALM 02

The Transmission Line

  • Characteristic Impedance
  • Reflection Coefficient
  • Standing Waves & VSWR
  • Impedance Matching (Stubs)
REALM 03

The Smith Chart

  • Normalized Impedance
  • Reflection Transformation
  • Graphical Matching
  • Admittance Concepts
REALM 04

The Waveguide

  • Rectangular & Circular Guides
  • TE & TM Modes
  • Cutoff Frequency
  • Phase & Group Velocity
REALM 05

Microwave Tubes

  • Velocity Modulation
  • Klystron (Two-Cavity & Reflex)
  • Magnetron Oscillator
  • Travelling Wave Tube (TWT)
REALM 06

Solid State Devices

  • Negative Resistance
  • Gunn Diode & Effect
  • IMPATT & TRAPATT Diodes
  • PIN Diode Switching
REALM 07

Microwave Circuits

  • Scattering (S) Parameters
  • Directional Couplers
  • Circulators & Isolators
  • Microwave Amplifiers/Oscillators
REALM 08

The Antenna

  • Radiation Pattern & Gain
  • Parabolic Reflectors & Horns
  • Microstrip/Patch Antennas
  • Polarization (Linear/Circular)
REALM 09

Propagation

  • Line-of-Sight (LOS) Link
  • Atmospheric Absorption
  • Multipath Fading
  • Link Budget Calculation
REALM 10

RADAR Principles

  • Radar Range Equation
  • Pulse Width & PRF
  • Maximum/Minimum Range
  • Radar Cross Section (RCS)
REALM 11

Target Detection

  • Probability of Detection
  • False Alarm Rate
  • CFAR Processing
  • Superheterodyne Receiver
REALM 12

Doppler & Velocity

  • Doppler Effect & Frequency
  • Continuous-Wave (CW) Radar
  • Pulse-Doppler Radar
  • Moving Target Indication (MTI)
REALM 13

Phased Arrays & Imaging

  • Electronic Beam Steering
  • AESA & PESA Radars
  • Synthetic Aperture Radar (SAR)
  • Range & Angular Resolution
REALM 14

Electronic Warfare

  • Noise & Deception Jamming
  • Chaff & Countermeasures
  • Stealth & RCS Reduction
  • LPI (Low Probability Intercept)
FINAL PROTOCOL

15 — The Invisible Laboratory

[1] S-PARAMETER MEASUREMENT [2] VSWR ANALYSIS [3] ANTENNA PATTERNS [4] DOPPLER SHIFT [5] LINK BUDGET [6] CFAR TUNING

The convergence of microwave theory and radar application. Operating specialized benches to measure standing waves, plot radiation patterns, and calculate the maximum detection range of an unseen target.

SIMULATION RUNNING