/diy/ - Do It Yourself

While its already been talked about ad nauseam in the other thread.

>bought $144 version of the PB swiss as a kit instead of a much cheaper $99 without the kit
>bought the $90 overmolded instinct snap on screwdriver instead of the $70 hard handle (which is far more popular and the one the LTT was pitted against at the same exact price)
>bought the non automotive megapro driver without a magnet and with reversible bits, instead of the megapro automotive driver with standard bits and a magnet the LTT was actually based off

Funny how his peculiar choice of tool purchases made the SnapOn screwdriver look more expensive (when its not) and the PB swiss look like its double (when its not) and the megapro look like it doesnt have a magnet or use standard bits (when it does)

Goes along with all the other peculiar things about the video like
>ltt screwdriver is made in China
>project farm doesn’t mention country of origin like he does in literally every other video
>ltt screwdriver has bad warranty
>project farm doesn’t mention warranty like he does in literally every other video
>ltt screwdriver does worst in failure testing
>project farm doesn’t chart the failure tests like he does in literally every other video
>ltt screwdriver doesn’t win the bit retention test
>project farm says category not needed and removes it, shoots LTT to the top

Its also peculiar how he only shows the internals of the Wera Megapro and the LTT when normally he shows internals of every tool.
FWIW, everyone who knows tools knows the PB Swiss and SnapOn have a much more stoutly built mechanism, so its odd he wouldnt show that in the name of objectivity.
Clearly the whole idea was only to show the Megapro and LTT were "far" different, when all they actually did was add a small plastic lever to reverse the mechanism.

People who have never seen Project Farm before may miss it, but its clear as day to everyone else it was by design a showcase for one tool.

>>2013742
>I'm sorry but I did not understand what your were asking
I misspoke, my fault. Didn't mean to say inverting input.
>12V in the positive SUPPLY pin, -12V in the negative SUPPLY pin
I'm being really dense right now and I'm sorry, but how do I get -12V from a 12V DC power supply?

>>1736991
>music on the apple ii's internal speaker
>"impressive yet useless shit"
t. pic related

>Order TPU Filament
>Realize you can't print it with a Bowden tube extruder
Now I gotta build a direct drive

>>1648402
>melts at 100 Celsius

>>1434611
>SPI
Nope. I just started using GPIO and the only thing i used so far was setting pins to high and low and to input and output

What kind of circuit design am I looking for if I want to take a D battery, step it up to 2300 v, invert it to 300 and 500 kHz, but then limit it to 35 watts?

having a hard timing figuring this project out.
Power Source: D Battery (or equivalent small size battery)
Frequency: 300 to 500 kHz
Output Voltage: 2300v
Power: 35 Watts
Output: Mutual Inductance coil to load

To be honest, the biggest thing messing me up is looking at the mosfet circuit design ideas I see online.

To get my results can i just get a function generator throw the resistor on before the transformer and get my desired frequency at the right voltage while maintaining my watts requirement?