JGJMatt

Thank you, I highly recommend you do the 18650 upgrade I love the long run times and quick recharges.

非常感谢你！

Thank you, I always try my best to make my Instructables easy to replicate.

谢谢！

谢谢！

嗨！你绝对可以，只需确保它是一个（3.7V）的正确电压

Unfortunately I don't have the components at the moment but all that basically changes is you remove the "bulb part" of the switch to make more room then you need a heatsink that fits into the body, replace the resistor with a cc module and trim the reflector a bit. I will definately do one in the future.

嗨！在一个1W转换时，像这样的输出是一倍，它是一个更均匀的光束。我也在我的一只杂草上做了10W Cree转换，并且完全亮起邻里！

非常感谢你。

嗨，我会看看，让你知道。

非常感谢！YEP我当天幸运的是，我们当地的警察局扔掉了所有的手电筒。我喜欢在我的高功率构建上使用CC模块，但在这样的东西上，我认为电阻只是精细，并且肯定更可靠。

谢谢，我有大约3个Maglites，这些灯泡，他们已经在很多时间内完美无瑕地运行。我还制作了一些不同的灯泡在IR LED，红色，UV等之间切换。

Hi!Thank you, I've used constant current drivers in the past but now mostly use resistors in my flashlights as I never like to discharge my Li-ion batteries below 50% and if I do go below 50% I prefer just losing a bit of brightness with the resistor compared to the flashlight completely dying with CC modules.

嗨Rabindrai同意你100％的CC驱动程序的效率和交换机接触退化，这就是我使用CC驱动程序（但我确实讨厌PWM闪光灯）我的10W Cree手电筒构建，但这是另一个野兽。只有300mA这款1W LED的吸引力小于原始白炽灯泡，Maglite交换机具有非常沉重的触点，对于这个小型1W项目，我似乎无法为CC驱动程序提供额外的10美元（我试图保持降低成本尽可能适用于此项目）。对于高功率构建，我肯定会推荐人们接受建议并使用CC驱动器。Zip Tie仅用于电池外壳，为您的手指提供循环，以将外壳拉出手电筒，它只是一个小Quick'n肮脏的解决方案......如果你分享，那就爱...

嗨Rabindrai同意你100％的CC驱动程序的效率和交换机接触退化，这就是我使用CC驱动程序（但我确实讨厌PWM闪光灯）我的10W Cree手电筒构建，但这是另一个野兽。只有300mA这款1W LED的吸引力小于原始白炽灯泡，Maglite交换机具有非常沉重的触点，对于这个小型1W项目，我似乎无法为CC驱动程序提供额外的10美元（我试图保持降低成本尽可能适用于此项目）。对于高功率构建，我肯定会推荐人们接受建议并使用CC驱动器。Zip Tie仅用于电池外壳，为您的手指提供循环，以将外壳拉出the flashlight, it's just a lil quick'n dirty solution...heheI'd love if you share some of your designs on Instructables as I'm looking at building a laser powered flashlight that I will need a custom cc driver for.

I'm from South Africa and unfortunately shipping from here is ridiculously expensive otherwise that would be an excellent idea.

Thank you, probably true but I thought there's probably a lot of people out there that also has some old Maglites laying around......and I'm always looking for things to tinker with...hehehe

谢谢！：D.

You could also try using the foil from an old capacitor. Capacitor foil has a harder temper and are very similar to commercially available ribbons.

您好，您是否尝试过箔带上的张力？我发现它需要很多审判和错误来让它成为完美的否则你得到了很多共鸣。

I'm currently experimenting with making my own auto transformer which should be easy to replicate. I will update as soon as I get it working.

They are 15mm apart.

谢谢，我用手挣扎了很多，因为我与化学品合作，这会奇怪！

Hello, what are you driving it with?

谢谢！

嗨，你设计了你自己的主体吗？我所做的第一件事就是使箔带较窄，并将磁铁放在内部，使它们彼此更靠近彼此和箔。我所扭曲的所有扭曲都来自箔带没有正确张紧，我会推荐你​​将箔片拉一点更紧，看看它是否改善或变得更糟。

谢谢！

谢谢！... Personally I think the wood would look very good and might even change the sound slightly.As for the embossing of the foil, it's definitely going to need a lot of experimenting. I think making the folds too deep might make the ribbon "sloppy"? Whereas a fold along the length of the ribbon might tighten up the upper frequencies, sacrificing some bass.Luckily it is easy to swap out the foil for a different design.

谢谢这么多玛丽亚！

Thank you for your insight, it helps moving forward. I also had an idea that i'd like to test instead of the foil... if you take kapton tape and then form a "coil" on it (like maggies) then cover the coil with another piece of kapton tape, basically a long planar driver.

嗨，铜带的粘合剂侧不导电，这就是为什么我首先在​​主体周围包裹的铜带，使得导电铜侧与箔带的下侧接触。至于Blu tack：https://en.wikipedia.org/wiki/blu_tack希望有所帮助。

谢谢你。

谢谢，肯定还有很多实验。接下来我想搬到酒吧磁铁。

嗨，我在箔带的每一侧使用了一块铜带。我喜欢使用铜带，因为它在背面和轮廓上具有非常好的粘合剂。

**更新为包括可打印齿轮。

Can I just say WOW!...that's one awesome setup.I've heard some amazing reviews on the Newforms. I wonder if those ribbons on the Newforms are driven by a transformer or does their sheer length make up for the impedance.I always wanted to get some ribbon tweeters to pair with my speaker builds but they are just so fragile (my main listening rig is in my workspace).

非常感谢你！

我很高兴听到这个，我很乐意看到你的建造的一些照片！至于变形金刚，我仍在寻找一个合适的变形金机的链接，但我会尽快通知你。

谢谢，我使用了5欧姆40W电阻。随着电阻器的耳朵耳机的速度比标准更响亮。

Thank you so much!

您好，所有地面都绑在一起并连接到GND - ，从触摸开关输出到PWM，从电池的正电量转到+，负载转到放大器的电压输入。

谢谢，你肯定应该！

非常感谢你。

谢谢你。

谢谢，是的，我的思绪在切口后面是为了提高关节上方的灵活性。当这些面板相当积极地振动时，我认为一个螺丝将使用添加的一些螺纹锁。另一种选择是使用一些双面磁带，更容易移除，仍然允许移动。

非常感谢你。

我肯定想尝试贝拉克，不幸的是，我正在努力在本地找到任何地方。此外，如果你能找到一些音调，也可以试一试。

非常感谢你，你绝对不得不，他们是如此上瘾！

Thank you so much :)

非常感谢你！:)奖品直接建立一个更好的车间。