Tutorial 1 Part One Materials needed for tutorial Working BBB, RBBB, Arduino, or other Arduino compatible (BBB shown in photos) Solderless breadboard 22 gauge solid wire for use with breadboard 3 6mm momentary switches 8 LED’s, any color 8 1k resistors, (470 ohm or 220 ohm will also work fine if you want brighter LEDs)
Artist’s Machine Continue Reading
The Photometric System The photometric camera for the SDSS consists of two TDI scanning CCD arrays, one, using 30 Tektronix/SITe 2048 x 2048 CCDs in a 5 by 6 array for five-color photometry, and the other using 24 2048 x 400 chips for astrometry and focus monitoring. We here discuss these arrays, the filter system,
The Photometric Camera and the CCDs Continue Reading
Can I tell you a secret? I don’t like handshakes. I really don’t. Handshakes just make me feel dirty. It’s too impersonal. It’s a gesture with no soul and reeks of a corporate entity. Why must we limit ourselves to this one boring interaction? Of all the split second human gestures we could do, it’s
High Five Camera Using Arduino Continue Reading
This is a trial and error / design and development process which I followed in developing a camera slider for creating time-lapse video clips on my DSLR camera. The idea came from using standard Aluminium extrusions I have available at hardware stores, and create a slider chassis / dolly which is able to slide along
Arduino+Stepper Motor Camera Slider Continue Reading
The Solar Powered-Bird Proof Squirrel Feeder w\ Camera will allow squirrels to retrieve seeds, nuts, and corn kernels without worrying about those pesky birds stealing all their food. While your squirrel enjoys the spoils of your feeder, you’ll enjoy lovely digital photos to entertain and impress your friends, family, and fellow squirrel lovers. This environment
Bird Proof Squirrel Feeder & Solar Powered Camera using Arduino Continue Reading
This is a Spring 2014 Electronics project at Pomona College created by Andreas Biekert and Jonah Grubb. Thanks to Professor Dwight Whitaker, Tony Grigsby and the Pomona Physics Department. Our goal with this project was to create a 2 axis brushless gimbal controlled solely by an Arduino Uno with input from an accelerometer/gyro. A gimbal
Brushless Gimbal with Arduino Continue Reading
Welcome to my instructable on how to make an Arduino-controlled motion sensing camera and alarm! The motivation behind this project, which I worked on in my electronics class at Pomona College, was the need to keep away varmints (particularly raccoons) that were digging up my parents’ yard. Although a simple motion sensing alarm would probably
Motion Sensing Digital Camera & Alarm using Arduino Continue Reading
This instructable is about building a Rotary Stewart Platform. It allows to position its moving platform in six degrees of freedom. This specific platform is designed to be able to position a DSLR or any other digital camera. This version of Stewart Platform uses instead of linear actuators just ordinary hobbyist servos for motion. Whole
Arduino controlled Rotary Stewart Platform Continue Reading
The aim of this project is to create a setup to capture the image of a falling object or any object in motion at a precise time using a DSLR and Arduino microcontroller. It can be done in many different ways, but the method I tried is illustrated below. Figure 1: Schematic of the setup
Capture the image of a falling object using Arduino Continue Reading
A zoetrope is a mechanical device that animates a series of pictures by spinning them fast enough that the images appear to merge together and move, My digital zoetrope works on a similar principal, by flashing the LEDs while they are spinning it is possible to display text, patterns and possible even simple animations. My
Digital Zoetrope using Arduino Continue Reading
