Hi all,
I'm new to the forum and posted in the general ****-chat area for tips on winding a transformer.
My project underway is a CDI unit for a Kawasaki KLX250S motorcycle:
**broken link removed**
I do have a working prototype, but it far from being perfected. Here's a YouTube video of the design in operation:
http://www.youtube.com/watch?v=3dJ0AHexQ8c
I have an abbreviated log of my work here: **broken link removed**
It is a PIC-based design. One problem that I'm currently trying to tackle is my DC-DC converter section isn't powerful enough to fully charge the capacitor at RPMs greater than 6000-7000 RPM, which results in a weak spark. So I'm looking at an alternative design for the DC-DC converter.
The design I'm going to try utilizes a TI TL494 Pulse Width-Modulation Control circuit and a custom-wound transformer set up in a push-pull configuration.
This will be the first transformer I ever wind so any tips would be certainly welcome.
Thanks.
Dan
I'm new to the forum and posted in the general ****-chat area for tips on winding a transformer.
My project underway is a CDI unit for a Kawasaki KLX250S motorcycle:
**broken link removed**
I do have a working prototype, but it far from being perfected. Here's a YouTube video of the design in operation:
http://www.youtube.com/watch?v=3dJ0AHexQ8c
I have an abbreviated log of my work here: **broken link removed**
It is a PIC-based design. One problem that I'm currently trying to tackle is my DC-DC converter section isn't powerful enough to fully charge the capacitor at RPMs greater than 6000-7000 RPM, which results in a weak spark. So I'm looking at an alternative design for the DC-DC converter.
The design I'm going to try utilizes a TI TL494 Pulse Width-Modulation Control circuit and a custom-wound transformer set up in a push-pull configuration.
This will be the first transformer I ever wind so any tips would be certainly welcome.
Thanks.
Dan