Definitely a smart idea to test before reassembly 👍 Been really enjoying your videos because I've been thinking about playing around with some emitter swaps and you make it look like something I can easily do 👍
Very helpful, I wanted to get a bench power supply, but didn't understand what to set it at in relation to flashlight mods. I think another good topic could be Emitter to PCB to Driver relation in regards to modding and choosing the proper parts for a build. There are so many different options. What works with what? When are boost and buck drivers used? That area is pretty confusing.
First, I will confirm that this tutorial is immensely helpful, especially for those of us without the electronics background, and/or with limited experience in emitter swap modifications. Since this is a "confirming your work before reinstalling" type of tutorial, it brings up an additional question or two. First, for multi-emitter new builds or mod swaps, after checking that the emitters are lighting up, what do I need to do to confirm each emitter is putting out its rated lumens (in turn confirming each LED has been reflowed properly)? Second, following-up your comment about what can be used to "power-test" each emitter (PSU, an individual battery, DMM Diode Test, etc.), which "LED spec" (ie, nominal V, forward V, etc.) should be considered when choosing how much max voltage and/or amperage to use for the testing so that an emitter is not over-powered or "shocked"? Understanding those specifics would also be greatly appreciated. BTW, I really enjoy and learn much from your videos, so please keep them coming!
Definitely a smart idea to test before reassembly 👍
Been really enjoying your videos because I've been thinking about playing around with some emitter swaps and you make it look like something I can easily do 👍
Very helpful, I wanted to get a bench power supply, but didn't understand what to set it at in relation to flashlight mods. I think another good topic could be Emitter to PCB to Driver relation in regards to modding and choosing the proper parts for a build. There are so many different options. What works with what? When are boost and buck drivers used? That area is pretty confusing.
Thanks for the video !
I like your style 🔦👍🏻
And it is noticeable the difference in the emitters ;)
First, I will confirm that this tutorial is immensely helpful, especially for those of us without the electronics background, and/or with limited experience in emitter swap modifications. Since this is a "confirming your work before reinstalling" type of tutorial, it brings up an additional question or two.
First, for multi-emitter new builds or mod swaps, after checking that the emitters are lighting up, what do I need to do to confirm each emitter is putting out its rated lumens (in turn confirming each LED has been reflowed properly)? Second, following-up your comment about what can be used to "power-test" each emitter (PSU, an individual battery, DMM Diode Test, etc.), which "LED spec" (ie, nominal V, forward V, etc.) should be considered when choosing how much max voltage and/or amperage to use for the testing so that an emitter is not over-powered or "shocked"? Understanding those specifics would also be greatly appreciated.
BTW, I really enjoy and learn much from your videos, so please keep them coming!
Hey, I'm looking for someone to swap an emitter for me. In a reylight pineapple. Any interest?
Absolutely. If you do reddit, hmu on there: u/-cheule-
How can I fix xhp70.2 diode in pcb or mpcb?