Microwave Engineering¶
Pozar, D. M. (2011). Microwave Engineering. Wiley.
Cited by¶
3 citations across 3 artifacts.
Each citation links to the sentence it supports in the citing article.
Primes¶
- Environmental Coupling Strength
- A well-insulated object exhibits weak environmental coupling strength; a thermal sensor exhibits strong coupling to its surroundings.
This sourceStandard reference covering coupled lines, directional couplers, resonant cavities, and loaded/unloaded Q-factor. SUPPORTS marker 188 (electromagnetic coupling between circuits, cross-talk/interference, coupled-line and cavity systems).
- A well-insulated object exhibits weak environmental coupling strength; a thermal sensor exhibits strong coupling to its surroundings.
- Impedance Mismatch and Coupling Efficiency
- Impedance mismatch and coupling efficiency is the structural phenomenon whereby energy, signal, or influence transfer between two coupled subsystems is inefficient or lossy when their characteristic properties (impedance, operational rhythm, capability profile) differ or diverge, as Pozar (2011) develops as the foundational theory of microwave engineering.
This sourceStandard reference on resonant electromagnetic systems: develops loaded and unloaded Q-factor, resonant cavities, narrow-band filters, and the frequency-selective bidirectional energy exchange that distinguishes coupled-resonator amplification from broadband gain.
- Impedance mismatch and coupling efficiency is the structural phenomenon whereby energy, signal, or influence transfer between two coupled subsystems is inefficient or lossy when their characteristic properties (impedance, operational rhythm, capability profile) differ or diverge, as Pozar (2011) develops as the foundational theory of microwave engineering.
- Signal Decay and Fadeout
- A core function of "signal decay" is to distinguish between transmission (can the signal reach the target?) and persistence (does the signal retain sufficient strength when it arrives?), a separation Pozar (2011) operationalizes in the standard link-budget framework, which decomposes received signal magnitude into transmitter power, propagation loss, and receiver-threshold margin.
This sourceStandard reference on resonant electromagnetic systems: develops loaded and unloaded Q-factor, resonant cavities, narrow-band filters, and the frequency-selective bidirectional energy exchange that distinguishes coupled-resonator amplification from broadband gain.
- A core function of "signal decay" is to distinguish between transmission (can the signal reach the target?) and persistence (does the signal retain sufficient strength when it arrives?), a separation Pozar (2011) operationalizes in the standard link-budget framework, which decomposes received signal magnitude into transmitter power, propagation loss, and receiver-threshold margin.
Verification¶
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