- Joined
- Oct 28, 2009
- Messages
- 1,349

I am looking at installing a Tri-spark ignition. I already have a single phase 200 watt podtronics regulator/rectifier installed on my 1972 Commando.
I see a couple of threads on how the Tri-spark ignition is affected by the "noise" coming from the podtronics regulator/rectifier.
This is from the Tri-spark website: "The Podtronics Single Phase Voltage Regulator is not suitable for use with Tri-Spark Electronic Ignitions without the filter. The noise interference is severe enough that it could affect any electronics on the bike."
I know I could toss the podtronics and install a MOSFET regulator/rectifier, but this seems a bit expensive and kind of dumb.
Is this a common enough problem that I should stay away from a Tri-spark ignition?
Do we know if the "noisy" podtronics affects other components, such as a Boyer ignition?
Tri-spark sells a filter to deal with this problem. https://www.trispark.com.au/filter-for-electrical-noise-reduction
Has anybody ever figured out what components live under the cheesy heat shrink wrapper?
I see a couple of threads on how the Tri-spark ignition is affected by the "noise" coming from the podtronics regulator/rectifier.
This is from the Tri-spark website: "The Podtronics Single Phase Voltage Regulator is not suitable for use with Tri-Spark Electronic Ignitions without the filter. The noise interference is severe enough that it could affect any electronics on the bike."
I know I could toss the podtronics and install a MOSFET regulator/rectifier, but this seems a bit expensive and kind of dumb.
Is this a common enough problem that I should stay away from a Tri-spark ignition?
Do we know if the "noisy" podtronics affects other components, such as a Boyer ignition?
Tri-spark sells a filter to deal with this problem. https://www.trispark.com.au/filter-for-electrical-noise-reduction
Has anybody ever figured out what components live under the cheesy heat shrink wrapper?