But if you strip those extra chips from the 8x7135 version, you can use the spare chips to build 3500mA drivers without buying more
E1320:
mitro:
I didn't even finish reading this thread before it was in my cart. :)
Me to great find thanks for sharing. This will keep me from stripping chips to power XPGs at 2 amps.
But if you strip those extra chips from the 8x7135 version, you can use the spare chips to build 3500mA drivers without buying more
True, but I am always looking for different drivers to experiment with. I wonder if that's a ATiny13a on that board it hard to tell from the picture?
4x7135 and 8x7135 drivers now available (and just ordered :-) )
Ordered the 5 pack ....
Need some emitters now ...
Ordered the 5 pack .... and another 5 pack 6x7135 and the 8x7135 , looks like Im set for drivers ...
Need some emitters now ...
6*7135 = 2280mA
I thought it would be 2100mA.
If you look intl-outdoor website you'll see they have single AMC7135 chips, actually rated 340mA-380mA. So, 380mA x 6 = 2280mA
4x7135 and 8x7135 drivers now available (and just ordered :-) )
True, and HERE is the link for a single unit
Here are some other new drivers at KD:
1-4XML 3-18V 24mm and 6-15V, 1-9A Current Selectable Circuit Driver
Has anyone tested yet?
Mine arrived today. Too bad no time to solder and test any yet... :(
Mine are still in the pipeline...
Has anyone tested yet?
Mine arrived today. Too bad no time to solder and test any yet... :(
Is there any way you can tell if the control chip is a ATtiny13? Could you take a close up picture of the board?
CheapThrills:
Has anyone tested yet?
Mine arrived today. Too bad no time to solder and test any yet... :(
Is there any way you can tell if the control chip is a ATtiny13? Could you take a close up picture of the board?
I Googled for the ATtiny13 picture and I have to say can´t really tell.
That component on board is pretty well sanded down :| no markings, can it be still identified?
E1320:
CheapThrills:
Has anyone tested yet?
Mine arrived today. Too bad no time to solder and test any yet... :(
Is there any way you can tell if the control chip is a ATtiny13? Could you take a close up picture of the board?
I Googled for the ATtiny13 picture and I have to say can´t really tell.
That component on board is pretty well sanded down :| no markings, can it be still identified?
I don't know how to tell without seeing the markings, thanks for looking.
CheapThrills:
Has anyone tested yet?
Mine arrived today. Too bad no time to solder and test any yet... :(
Is there any way you can tell if the control chip is a ATtiny13? Could you take a close up picture of the board?
I had two delivered a few days ago but also have no time atm. to try them out. The MCU is completely without markings, but I used an Ohm-meter to clarify the connections and I can say that the MCU is definitely not atTiny 13A (sorry!). It is connected more like the 12F629.
pin 1 to plus and pin 8 to ground. Output to 8x7135 38K (hence the multible of 380 mA!) is pin 3. Low battery sensing (from resistor divider) is pin 7 and the 4 inputs from four soldering pads are pins 2,4,5 and 6. Perhaps someone can identify the family from this?
The protection schottky diode is marked S8 (that is normally S6). The circuit board is marked: L3AD4S.
Hi everybody… Happy New Year…
Anyone know where I can get some bare amc7135 380ma ? Thanks
Hi everybody… Happy New Year… Anyone know where I can get some bare amc7135 380ma ? Thanks
You can get the 350 ma bin from here, not sure about the 380 though.
ChangchungLeds:
Hi everybody… Happy New Year… Anyone know where I can get some bare amc7135 380ma ? Thanks
You can get the 350 ma bin from here, not sure about the 380 though.
Hi Scaru, I find those minutes ago, I am waiting responce from there if their can get the 380ma model.
380mA
http://www.intl-outdoor.com/amc7135-advanced-current-regulator-380ma-p-666.html
I was looking something cheap…
Thanks
the post you dug up is over a year old....
the post you dug up is over a year old….
Yes, I know, I preffer to continue a old thread than open a new with the same concern. Thanks for let me it know. Happy New Year
I thought it would be 2100mA.