I'd have no issue trusting it down to about 0.5, so for larger weights it's perfectly fine. Just keep it in mind in case you ever need to weigh out something like phenidone etc where you're dealing with (1) small weights and (2) significant effects of relatively small errors.
Vuescan still runs on XP running in a VM on my Linux machine
That is to say, there is still a functioning 32bit version of the product, so I'd guess the W7 support is still likely since it is a considerably new OS.
Obviously, I use the native Linux version for everything, but I wanted to use VueScan with a scanner that has no Linux drivers.
That would be around 0.1g real world accuracy
Just the residual static charge on your hands/clothes/objects or minor air currents are enough to cause fluctuations in it.
The changes in weight as you come closer are the result of your sheer attractiveness.
I wanted to use VueScan with a scanner that has no Linux drivers.
Well, that's the beauty of Vuescan -- it bypasses OS level drivers and communicates directly with the scanner hardware. Though possibly not the case with sufficiently old or obscure hardware...
Another blasted step up ring...
Another Contax II, Another 50/1.5 Sonnar, a Zeiss turret accessory finder.
... and a Rollex back for 6x9cm / 120 film on 9x12cm.
Very Cool! Hope you have a way to trim power. I have 30 printing watts, the power is turned all the way down and exposures are way too short.Some RGB LEDs to play with, for color RA4 printing. I've assembled and briefly tested a new light source using these LEDs this morning, but have yet to mount it into the enlarger for some more testing. I hope to test these side by side with the LED array I've been using lately and perhaps even do a quick comparison against a dichroic Durst.
View attachment 365389
This is the new LED head I made yesterday/today. It's designed to run at around 100W RMS, which is !!!BRIGHT!!! given that this is LED, not halogen. It needs to be mounted to a suitable cooler; not shown in this photo, yet, but I've done that, too.
All electronics design, layout, PCB etching, soldering etc. is done here at home, which is fun if you like that sort of thing.
Some RGB LEDs to play with, for color RA4 printing. I've assembled and briefly tested a new light source using these LEDs this morning, but have yet to mount it into the enlarger for some more testing. I hope to test these side by side with the LED array I've been using lately and perhaps even do a quick comparison against a dichroic Durst.
View attachment 365389
This is the new LED head I made yesterday/today. It's designed to run at around 100W RMS, which is !!!BRIGHT!!! given that this is LED, not halogen. It needs to be mounted to a suitable cooler; not shown in this photo, yet, but I've done that, too.
All electronics design, layout, PCB etching, soldering etc. is done here at home, which is fun if you like that sort of thing.
Some RGB LEDs to play with, for color RA4 printing. I've assembled and briefly tested a new light source using these LEDs this morning, but have yet to mount it into the enlarger for some more testing. I hope to test these side by side with the LED array I've been using lately and perhaps even do a quick comparison against a dichroic Durst.
View attachment 365389
This is the new LED head I made yesterday/today. It's designed to run at around 100W RMS, which is !!!BRIGHT!!! given that this is LED, not halogen. It needs to be mounted to a suitable cooler; not shown in this photo, yet, but I've done that, too.
All electronics design, layout, PCB etching, soldering etc. is done here at home, which is fun if you like that sort of thing.
Very Cool! Hope you have a way to trim power. I have 30 printing watts, the power is turned all the way down and exposures are way too short.
I took an electronics class in junior high school
What are the dimensions of the circuit board?
I wonder if substituting an array of LEDs for halogen lamps (and removing dichro filters) in an existing colorhead could be made to work?
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