RCKSTR V3 on a 9V battery

[sem020106]

Hey guys, I have a question. Does anyone know what the max mW output would be if I put a RCKSTR V3 flexdrive on a 9V battery?

 

[Prototype]

rkcstr doesn't make the flexdrive, and the mW out depends on your diode and how properly heatsinked it is. If you're using a v3 flexdrive, I'm pretty sure 9v will kill it.

 

[daguin]

What Prototype said is true. In addition, the standard 9V battery creates insufficient current to run a diode very well or for very long even with the Rkcstr. Opt for another power source if you can (or be willing to stay with a very low output.

Peace,
dave

 

[sem020106]

Sorry I ment a flexdrive, and it is for a 6x blue-ray and I bench made the heatsink so that's no problem it is big enough!!

 

[daguin]

Sorry I ment a flexdrive, and it is for a 6x blue-ray and I bench made the heatsink so that's no problem it is big enough!!

9V will kill the flexdrive. It has an upper voltage limit of 5.5V

Peace,
dave

 

[laserboystuart]

best to go with an 18650 li-ion battery when using the flexdrive IMO.

stuart

 

[daguin]

I just realized that part of the problem is that this is a V3. The 5.5V input voltage limit is the same. However, I do not have an old manual available for the V3. Send drlava a PM to find the output limits on the V3.

Unless someone else still has it around.

Peace,
dave

 

[Scottyzedinosaur]

I'm confused. I'm new to building, and have all the materials now, they've arrived at my house. I have:
a phr in an aixiz housing
a rkcstr microdrive, v3. I used a test load, and set it to 115mA
a 9volt battery
and I'm hosting it in a project box, until I find a real host.(or can afford a kit)
So, are you saying the 9v will fry my driver?

 

[proud2deviate]

There seems to be some confusion. There are two main pre-fab drivers that we use. One is rkcstr's microdrive,

and one is Dr. Lava's FlexDrive

Which one do you have?

Since you already set the current with a test load, I'm guessing rkcstr, correct? The Flexdrive dies @ > 5.5v.

If you have a rckster, then a 9 volt battery is safe, but less than ideal.

(I know the images are hotlinked from a couple of members here. If that's a problem, PM me and I will correct it.)

 

[daguin]

I'm confused. I'm new to building, and have all the materials now, they've arrived at my house. I have:
a phr in an aixiz housing
a rkcstr microdrive, v3. I used a test load, and set it to 115mA
a 9volt battery
and I'm hosting it in a project box, until I find a real host.(or can afford a kit)
So, are you saying the 9v will fry my driver?

In post #4 he corrects that he is using a flexdrive NOT a Rkcstr. He should edit his OP

Peace,
dave

 

[ff-racer]

The V3 Flexdrive has an input voltage of 2.5 to 5.5 V Dc and up to 6.2 V with a diode in series.
Attached is the data sheet.

- Doug

 

[Scottyzedinosaur]

Sorry for all the questions, but I really want this laser to last. So, if I power it with a 9v battery, will I lose potential power out of the diode? I'm keeping it on a very short duty cycle, as well.

 

[proud2deviate]

In post #4 he corrects that he is using a flexdrive NOT a Rkcstr. He should edit his OP

Peace,
dave

Ack, 2noobs1thread. . .

 

[daguin]

I'm confused. I'm new to building, and have all the materials now, they've arrived at my house. I have:
a phr in an aixiz housing
a rkcstr microdrive, v3. I used a test load, and set it to 115mA
a 9volt battery
and I'm hosting it in a project box, until I find a real host.(or can afford a kit)
So, are you saying the 9v will fry my driver?

Sorry for all the questions, but I really want this laser to last. So, if I power it with a 9v battery, will I lose potential power out of the diode? I'm keeping it on a very short duty cycle, as well.

If you are actually reading this, you will see the the OP is using a flexdrive, NOT a Rkcstr. The Rkcstr will take up to 12V. The only problem with your build is that the standard 9V battery sucks as a power source.

Peace,
dave

 

[Scottyzedinosaur]

Sorryif I'm asking too many questions, but why? Not arguing with you or anything, I'll definately switch power sources. I'm simply curious as to why the 9v is bad?

 

[chipdouglas]

the flex drive is a boost driver. it boosts the voltage up. a 9 volt battery is too many volts as stated in the above posts. if you want a reason as to why, then you will have to contact the manufacurer.


michael