Thanks for pointing this out Garry. It is definitely interesting. While I really appreciate JohnnyMac's work, this solution involves too much heavy modding for me.
**Solarforce, are you reading this?!** There is a massive gap in the market for a 3xAA P60 host with the same configuration as the Saik SA-305, using a 3xAA cradle. **Solarforce, are you reading this?!**
I'm not much of a fan of it, but the Dereelight Javelin with the extender seems like the better option for me.
While also being useful to me; this driver is screaming out to be gifted out in a 3xAA host to friends/family (non-flashalcoholics).
I did realize that after I posted. This one is just two little solder pads that have to be bridged. I had a heck of a time doing it but it should have been really easy.
I really like this driver and have used a bunch of them, the only problem I have is that the tiny spring will give fits in some applications. Sometimes I have to stretch the spring to make contact. The last setup I had trouble with was a SF L2T. I tried all of my longest batteries and it was still too short. The spring is very stiff so I dont just pull it to stretch it. I bend each coil up one at a time.
Correct, but they have been when I tested it (residual solder on the pads).
The upper pads are S4, S3, S2, S1. The lower pads are their adjacent pads and are part of the ring. A connection would be a small vertical line connecting an upper and a lower pad. (I don't know how to paint over the picture). Is it clear now?
I received one of theese a few days ago, and now the included instructions match the mode selection table in the OP.
The instructions also advise applying thermal epoxy to avoid thermal protection kicking in prematurely. What is anyone's experience in this regard? I would rather skip that messy step...
All 7135*8 are current regulated. They are current controlled on High mode and PWM on Medium an Low. A difference, regulated - controlled. They want to say constant current.