Presenting Tiny!

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mamu

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Presenting... Tiny (lol) ... my smallest vv regulated mod yet.

Features:
-High efficiency 6A, 30W switching converter (OKR-T/6-W12-C)
-Extended atty connector
-Finger adjustable voltage control knob
-juice well
-3.5 - 6 volt vaping range
-Takes 2, 14500 batts
-Totally stealth vapeable

Tiny measures 2-3/4" tall, 1-3/8" wide, and 5/8" deep.

I can't believe I actually squeezed everything in. Not an unch of extra space left. :D

BIG BIG Kudos to CapeCad and bstedh for sharing the wiring of the OKR module!!

tiny1.jpg


tiny2.jpg


tiny3.jpg


tiny5.jpg


tiny4.jpg
 
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Drottwiler

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Drott's Dog House
Presenting... Tiny (lol) ... my smallest vv regulated mod yet.

Features:
-High efficiency 6A, 30W switching converter (OKR-T/6-W12-C)
-Extended atty connector
-Finger adjustable voltage control knob
-Juice well
-3.5 - 6 volt vaping range
-Takes 2, 14500 batts
-Totally stealth vapeable

Tiny measures 2-3/4" tall, 1-3/8" wide, and 5/8" deep.

I can't believe I actually squeezed everything in. Not an unch of extra space left. :D

BIG BIG Kudos to CapeCad and bstedh for sharing the wiring of the OKR module!!

tiny1.jpg


tiny2.jpg


tiny3.jpg


tiny4.jpg

Sweeet Wish I could do stuff like that.
 

WillyB

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Thanks guys!

No not selling them at this time - maybe though at a future time.

I want to give a shout out to CapeCAD in taking the time to work with me on wiring pin 1 of this 6A version. You totally rock Cape!!
Nice work Mamu.

What's the difference with Pin1?

I see is for the 6A
Remote On/Off Control (Note 5) [Standard version]

Positive Logic ON = +1.5 V. to +Vin max. or open pin
OFF = –0.3 to +0.4 V. max. or ground pin

And this for the the 3A.
Remote On/Off Control (Note 5) [Standard version]

Positive Logic ON = +2 V. to +Vin max. or open pin
OFF = –0.3 to +0.4 V. max. or ground pin
Seems whatever works for the 3A should also work just fine for the 6A. :confused:


@ CapeCad

What kind of current does this use at rest when wired/fired with Pin 1?
 

CapeCAD

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Nice work Mamu.

What's the difference with Pin1?

I see is for the 6A


And this for the the 3A.

Seems whatever works for the 3A should also work just fine for the 6A. :confused:


@ CapeCad

What kind of current does this use at rest when wired/fired with Pin 1?

@WillyB: the 6 and 10 Amp versions required a lower value resistor than the 3 Amp to pull the pin low since the on value is lower (1.5V/2.0V). This allows using a NO switch with the converter off, then pull high to turn it on.

Current draw is a mere 5mA at rest.
 

WillyB

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@WillyB: the 6 and 10 Amp versions required a lower value resistor than the 3 Amp to pull the pin low since the on value is lower (1.5V/2.0V). This allows using a NO switch with the converter off, then pull high to turn it on.

Current draw is a mere 5mA at rest.
Hmm...

So you are saying it's not about turning on/activating, it's about turning off where that .5V comes into play?

I see for the E version the 3A shows a 100K, which I believe is what you used, while the 6A E shows 49k, but on these an open pin = OFF, the opposite of the standard.

Why not just use a pretty common value of 10k. Wouldn't that fulfill all requirements of both the standards?
 

mamu

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Nice work mamu! I really like the case you used, would you mind sharing where you found that?

TY Cape!

I found the case on ebay.

Here's the white case...
AA white charger

And here's the black case...
AA black charger

Hmm...

So you are saying it's not about turning on/activating, it's about turning off where that .5V comes into play?

I see for the E version the 3A shows a 100K, which I believe is what you used, while the 6A E shows 49k, but on these an open pin = OFF, the opposite of the standard.

Why not just use a pretty common value of 10k. Wouldn't that fulfill all requirements of both the standards?

Great detective work there Willy :thumbs:

Not knowing there was a difference between the 6A and 3A version, I initially wired with a 100K resister per Cape's schematic and couldn't get the module to shut off. LOL - talk about frustrated and confused!! You see this case I used - no way did I have room for a 3A switch so I totally needed to sink a resister between pin1 and gnd.

Thinking I must have done sumfin wrong, I breadboarded the wiring and took a pic. I showed Cape the pic of the wiring and he saw I was using the 6A version, not the 3A version. Per the E version specs he told me a 47K was needed.

The 47K wouldn't shut the module off either. So I decremented the value til I got to 10K and that was what finally got the module to shut off. YAY!!

I tell ya I was totally doing a happy dance when it finally worked! :laugh:
 

RIMP

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Mamu
Beautiful mod. You still are in the top 5 of the best modders out there. I had to say Best Top 5 so some others and they know who they are do not get insulted lol. so covering my .....
if you decide to ever sell these i would be glad to be put on any list. Thanks for sharing most excellent


Me too :vapor:
RIMP:evil:
 

mamu

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Mamu
Beautiful mod. You still are in the top 5 of the best modders out there. I had to say Best Top 5 so some others and they know who they are do not get insulted lol. so covering my .....
if you decide to ever sell these i would be glad to be put on any list. Thanks for sharing most excellent

TY for your kind words Cos. I am proud that I can make a vv regulated mod, but credit really goes to Nuck, bigblue30 and CapeCAD and others sharing what they've done. I am totally in awe of them for figuring out what's what with these modules. They've given me a major crash course in electronics this last year. lol.
 
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