/diy/ - Do It Yourself

>>1472702
>I can drive stick
>but apparently can't rev match to literally save life

>>1370725

Ah, I misunderstood what you meant. I thought you literally meant you couldn't utilize an external memory module to store/retrieve any program data at all, not that it wasn't directly addressable.

I was going to say you could copy a program from another chip and run it on an AVR without actually having to address the external memory, but that's obviously a shitty (if technically doable) solution.

>And don't be a retard by saying you can emulate/interpret instructions fetch externally.

Totally wasn't what I was gonna say...

>>1045935

>my

>>1036876

I notice you neglected to tell us exactly what led to you receiving this alleged "injury"...

>>1030430

Uh...I don't know where you got your info, but it's completely wrong in this case.

Sunlight has essentially all (>99%) of its energy between 250nm and 2500nm on the EM spectrum. Aluminum reflects the vast majority of radiation that band. A radiant barrier does, in fact, simply reflect most of the energy hitting it.

The most obvious indicator of the truth of this is the fact that aluminum is white (one of the whitest metals, in fact). If it absorbed most of the radiation that hit it, it would be dark grey or black, as...you know...that's WHY things are dark in appearance. (Not that this is not necessarily true for all cases, as a material can be highly reflective in the visible spectrum, yet highly absorptive to bands in the infrared or ultraviolet spectrums.)

Additionally, calling something a "radiant barrier" and saying it doesn't work by reflecting energy is oxymoronic, as, by definition, radiant barriers are insulation that reflect thermal radiation. "Low-emissivity barrier" is just another term for this.