I can't see the reason why. It would be literally few cycles to calculate it?terriblefire wrote: ↑Sun Mar 21, 2021 11:40 am i'll wire IOA of the PSG to Port A, IOB to port B.
I'm not planning to put the mux chips on unless you think thats important or would slow the software down?
TFMSX Design (complete)
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Re: TFMSX Design (Almost complete)
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Re: TFMSX Design (Almost complete)
Indeed. if there are any spare pins on the CPLD i'll wire them to the ARM for future fudging.arkadiusz.makarenko wrote: ↑Sun Mar 21, 2021 12:50 pmI can't see the reason why. It would be literally few cycles to calculate it?terriblefire wrote: ↑Sun Mar 21, 2021 11:40 am i'll wire IOA of the PSG to Port A, IOB to port B.
I'm not planning to put the mux chips on unless you think thats important or would slow the software down?
———
"It is not necessarily a supply voltage at no load, but the amount of current it can provide when touched that
indicates how much hurting you shall receive."
"It is not necessarily a supply voltage at no load, but the amount of current it can provide when touched that
indicates how much hurting you shall receive."
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Re: TFMSX Design (Almost complete)
Motivation for this design is to make it very easy to assemble. Like in about 25 mins.
EDIT: There is a new MSX section in the forum and i'd love to start MSX conversations there but please keep this topic about the TFMSX.
EDIT: There is a new MSX section in the forum and i'd love to start MSX conversations there but please keep this topic about the TFMSX.
———
"It is not necessarily a supply voltage at no load, but the amount of current it can provide when touched that
indicates how much hurting you shall receive."
"It is not necessarily a supply voltage at no load, but the amount of current it can provide when touched that
indicates how much hurting you shall receive."
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Re: TFMSX Design (Almost complete)
@arkadiusz.makarenko I've used port A and B wired to the PSG. I've also still got dual USB still wired up.
Otherwise i'm just looking for a 5v DC jack footprint
Otherwise i'm just looking for a 5v DC jack footprint
———
"It is not necessarily a supply voltage at no load, but the amount of current it can provide when touched that
indicates how much hurting you shall receive."
"It is not necessarily a supply voltage at no load, but the amount of current it can provide when touched that
indicates how much hurting you shall receive."
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Re: TFMSX Design (Almost complete)
Did you move both oscillators?
I think you could drop RTC one, unless you are planning to use it somehow?
I think you could drop RTC one, unless you are planning to use it somehow?
Do not trust people. They are capable of greatness.
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Re: TFMSX Design (Almost complete)
Ah good point.. i suppose its possible we'd implement it ... its not in the way... i'll leave it for now.arkadiusz.makarenko wrote: ↑Sun Mar 21, 2021 8:50 pm Did you move both oscillators?
I think you could drop RTC one, unless you are planning to use it somehow?
S
———
"It is not necessarily a supply voltage at no load, but the amount of current it can provide when touched that
indicates how much hurting you shall receive."
"It is not necessarily a supply voltage at no load, but the amount of current it can provide when touched that
indicates how much hurting you shall receive."
Re: TFMSX Design (Almost complete)
Amazing work so far @terriblefire. This looks like the perfect way to finally get my hands on a 2+ machine. Really looking forward to see where this project goes.
It's not that bad actually, at least from the time I've spent on msx.org. People are generally polite and helpful, but I only have experience from the English forum.terriblefire wrote: ↑Sat Mar 20, 2021 2:11 pm I've no intention of getting involved with the MSX community. I hear its on a par with Amigaland and honestly.... i'd rather read every tech manual ever written than interact with a know it all on a forum ever again .
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Re: TFMSX Design (Almost complete)
Sorry but i simply hate forums now.. with the exception of this one. I dont engage with them anymore.
———
"It is not necessarily a supply voltage at no load, but the amount of current it can provide when touched that
indicates how much hurting you shall receive."
"It is not necessarily a supply voltage at no load, but the amount of current it can provide when touched that
indicates how much hurting you shall receive."
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Re: TFMSX Design (complete)
I have ordered both video chips, just in case I might ever need it...
Do not trust people. They are capable of greatness.
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Re: TFMSX Design (complete)
Sweet.. i've noticed one small mistake so far.
———
"It is not necessarily a supply voltage at no load, but the amount of current it can provide when touched that
indicates how much hurting you shall receive."
"It is not necessarily a supply voltage at no load, but the amount of current it can provide when touched that
indicates how much hurting you shall receive."