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Running the scope with a 5V USB/TTL adapter (e.g. BUB or an FTDI cable) gives pretty bad contrast. The whole device pulls about 200-250mA. Stabilized external power (real 9V DC) works just fine.
Please note that a new hardware version of this device has been released, therefore these images will most likely not apply to it.
Visionneuse diapositive fabriquée en Allemagne. Passage des vues manuel. Alimentation secteur 220V avec ampoule de 15 W maximum.
new toys!! the mathematics & lines from these totally remind me of 70's supergraphics.. and 80s macrame!!
Safe-T-Scope Blade with Insets
A simple, effective and affordable way to help protect your patient from dental injury during endotracheal intubation..
i loved the composition here. i flipped a u-ey and blocked a street to get this. a girl gave me a dirty look but i didn't care.
Experiment in drawing moving vector dots on a video vectorscope using an FPGA to synthesize a chrominance signal (using only the luminance channel) that is slightly off the colorburst frequency, causing the rotation. The synthetic D1 video signal is sent to an encoder chip to create the analog video signal.
LA-R15 Raven, AR15 Rifle Chambered in .22LR with LaRue LT-660 and LT-755 mounts. Aimpoint Micro T-1 and 3x Mag.
The longer scope is a vixen A80Mf refrator. It's main function is to be a guide scope. The small tube is the the more powerful William Optics Megrez 110 which is the main imaging instrument.
- Taken at 9:53 PM on June 06, 2007 - cameraphone upload by ShoZu
I made the arm punch of Scopedog.
The original version was reproducible, but its durability was weakened. But I'm pleased because I've developed more in the details of Scopedog.
Now it's time to build backpacks and weapons.
I'll make up for my shortcomings and come back.
Thank you.