Analysis of Hertzian Dipole

Antenna Engineering CHO, Yong Heui Analysis of Hertzian Dipole

E and H fields 1. Field analysis Vector potential ,[object Object],

Hertzian dipole 1. Field analysis ,[object Object],

Vector potential 1. Field analysis ,[object Object],

Electric dipole moment 1. Field analysis  ,[object Object]

Far-field 1. Field analysis 

Radiated power 1. Field analysis 

Radiation resistance 1. Field analysis   ,[object Object]

Simple calculation 1. Field analysis  ,[object Object]

Radiation pattern 1. Field analysis  ,[object Object],[object Object],[object Object],[object Object],Far-field condition : phase condition

Antenna gain 1. Field analysis  ,[object Object],[object Object],[object Object],[object Object]

(Lorentz) Reciprocity theorem 1. Field analysis  ,[object Object],[object Object]

Antenna characteristics  ,[object Object],[object Object],[object Object],[object Object],Radiation pattern [dBi]: dB isotropic 1. Field analysis

Friis power transmission formula  ,[object Object],2. Microwave link

Transmitted power  ,[object Object],[object Object],Radiation pattern [dBi]: dB isotropic 2. Microwave link

Received power  ,[object Object],[object Object],Friis transmission formula  2. Microwave link

Effective area  ,[object Object],[object Object],2. Microwave link  

Free space loss  ,[object Object],[object Object],2. Microwave link

  Uplink and downlink 2. Microwave link

  Uplink calculation 2. Microwave link

  Downlink calculation 2. Microwave link

Noise power  ,[object Object], Thermal noise Noise temperature  2. Microwave link

Carrier to noise ratio ,[object Object],[object Object], Carrier to noise ratio  G/T: sensitivity of receiver  2. Microwave link

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