Home » Audio » Thermionic Emissions » simplifying the Guinevere
Re: what's next? [message #9271 is a reply to message #9270] Tue, 11 October 2005 20:12 Go to previous messageGo to previous message
PakProtector is currently offline  PakProtector
Messages: 935
Registered: May 2009
Illuminati (2nd Degree)
From Mike: the impedance created by the inductive load increases with frequency and can become substantially large (much larger say than a chosen plate resistor value for a particular application).

What sort of self resonance frequency to typical plate load chokes have? you can of course restrict your answer to those which you have experience with.

Just to go into another of the downfalls of inductive loading is that once self resonance happens, increasing the frequency yeilds a lower impedance, since the capacitive effects dominate.

And the other unanswered questions, like where should one switch from your low signal/near-infinite load model to the large signal/power set of 'rules'?

Are you going to address any of this stuff? Or are you just going to attempt to 'simplify' and 'improve' it? I would think that a more detailed explanation of the strengths and pitfalls TX loading would make every one of your points more clear, and the direction you seek to improve visible.
cheers,
Douglas

 
Read Message
Read Message
Read Message
Read Message
Read Message
Read Message
Read Message
Read Message
Read Message
Read Message
Read Message
Read Message
Read Message
Read Message
Read Message
Read Message
Read Message
Read Message
Read Message
Read Message
Read Message
Read Message
Read Message
Read Message
Read Message
Read Message
Read Message
Read Message
Read Message
Read Message
Previous Topic: Worth my while?
Next Topic: VTV Expo in November
Goto Forum:
  


Current Time: Sun May 12 19:47:15 CDT 2024

Sponsoring Organizations

DIY Audio Projects
DIY Audio Projects
OddWatt Audio
OddWatt Audio
Pi Speakers
Pi Speakers
Prosound Shootout
Prosound Shootout
Smith & Larson Audio
Smith & Larson Audio
Tubes For Amps
TubesForAmps.com

Lone Star Audiofest