Ignore this post A new one will be started. Somehow I hacked it.

I have used this driver (http://www.intl-outdoor.com/boost-12aa-cr123a-circuit-board-p-537.html?zenid=16c83db665ac2f2fd20f476b2446c278) in a kit flashlight that I have reviewed here. https://budgetlightforum.com/t/-/11505

Match asked a question that I was dreading. Quote ''Also, on that driver...do you have a way of measuring actual emitter current along with tailcap current? I'm curious to see if it delivers the 600ma/1cell and 1000ma/2cell outputs it claims."

With the help of my son, sixty five thumbs and trusty DMM we arrived at the following list of numbers that may or may not make any sense. With different batteries the current reading will more than likely be different. Memory works without a hitch and the modes are well spaced. To sum up I'm happy with my first AA driver.

Mode

Tail cap amps

Led amps

LED voltage

Single Turnigy AA 2200 mAh LSD battery. Starting voltage 1.4v.

High

2.4

.4

2.96

Medium

.72

.15

2.34

Low

.06

.06

2.16

Two Turnigy AA 2200 mAh LSD batteries in series. Starting voltage 2.8v.

High

1.65

.71

3.07

Medium

.35

.2

2.33

Low

.17

.08

2.13

I'm looking forward to seeing the fixed table. :) From what I can tell it is only able to deliver 700 ma with 2*AA or 400 ma with 1*AA.

Here.

Mode

Tail cap amps

Led amps

LED voltage

Single Turnigy AA 2200 mAh LSD battery. Starting voltage 1.4v.

High

2.4

.4

2.96

Medium

.72

.15

2.34

Low

.06

.06

2.16

Two Turnigy AA 2200 mAh LSD batteries in series. Starting voltage 2.8v.

High

1.65

.71

3.07

Medium

.35

.2

2.33

Low

.17

.08

.08

2.13