u/Drag0n_Witch3r

r/LowSodiumTEKKEN r/EEPowerElectronics r/AskElectronics

How many moves does a decent player need to memorise ?

I mean moves for both- one’s own character and the remaining characters in the roster.

I believe for one’s opponent, one needs to remember their most used strings/pokes, correct?

But for my main, how many should i realistically learn to be decent at tekken. I get that there are top 5 moves to learn at the start, which includes pokes, launchers/punish. Now when it comes to combos, I really get overwhelmed. On top of that, i fear dropping combos in the heat of a real match.

Is the solution to just practice and lab? I really wanna get serious with tekken as my second fighting game after sf6

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u/Drag0n_Witch3r — 2 days ago

▲ 14 r/AskElectronics+1 crossposts

Question regarding sensing the drain voltage of a MOSFET (high-side) using a differential op-amp

The MOSFET has a Vds rating of 100V. The drain terminal of the MOSFET goes to the non-inverting input of the op-amp. The voltage to the inverting input comes from another point in circuit which is irrelevant here.

The method that I thought of was to use a resistor divider to scale down the voltage so as to meet the opamp input ratings. Now, if I use resistors say 20k and 1k (for 1/20 division), the Cds of the device discharges due to the low resistance across it.

On the other hand, if I use high resistances say 2Mohm and 0.1Mohm, Cds doesn't discharge, but the op-amp bandwidth decreases, which I don't want to happen.

Please suggest any alternatives or variations such that I have high bandwidth sensing + the Vds isn't affected.

PS: The MOSFET is low-side, wrote high-side by mistake lol

u/Drag0n_Witch3r — 1 month ago