BPL: Difference between revisions

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YouTube has some good videos showing the effects of BPL on mobile communication.  
YouTube has some good videos showing the effects of BPL on mobile communication.  
[http://www.youtube.com/watch?v=1gsxpya3CnQ From Tasmania]
* [http://www.youtube.com/watch?v=1gsxpya3CnQ From Tasmania]
[http://www.youtube.com/watch?v=R6sYD3C0jo8&NR=1 From USA] [http://www.youtube.com/watch?v=HDSQJ8zOnhQ&NR=1 Another from USA]
* [http://www.youtube.com/watch?v=R6sYD3C0jo8&NR=1 From USA] [http://www.youtube.com/watch?v=HDSQJ8zOnhQ&NR=1 Another from USA]
* [http://groups.yahoo.com/group/BPLandHamRadio/join This Yahoo group] is for hams interested in BPL.


[http://groups.yahoo.com/group/BPLandHamRadio/join This Yahoo group] is for hams interested in BPL.
 
{{electronics}}

Revision as of 18:28, 8 April 2009

Related wiki pages: Propagation, What causes QRN?

BPL - Broadband over Power Lines

This is also known as Power Line Communications (PLC), and poses a serious threat to effective communication by radio amateurs. The technology allows an electricity distribution network to deliver ADSL communications. A byproduct of this technology is broadband RF interference which have been measured at above 10dB over 9. Most affected are the HF and VHF bands, but other bands will be affected depending on location. In Australia VK5VKA Stephen has put together a non-technical webpage describing BPL and its potential effects on amateur operators. VK1OD Owen also has an excellent BPL information page on his site.

YouTube has some good videos showing the effects of BPL on mobile communication.


Electronic Theory
Physical quantities Current * Gain * Impedance * Power * Q of a circuit * Radiated Power Measurement * Reactance* Resistivity * Resonance * Voltage
Components Baluns * Bipolar-Junction Transistors * Capacitors * Diodes * Inductors* Lasers * Microphones * Resistors * Transformers * Wire
Circuits Attenuators * Digital Signal Processing (DSP) * Dummy load * Filters * LC filters * Power Supply Design * Rectifier Circuits
Design Amplifier Design * Oscillator Design
Electromagnetic Waves Relative power (Decibels) * Harmonics * Interference and BPL