:::info [name=Nikolai Nekrutenko, Freefly Systems] ::: Using the axis convention as shown below, we derive the equations from translating motion from the gimbal body frame to that of the camera frame. image Using the following variable convention:

:::info [name=Nikolai Nekrutenko (nan34), Sarah Hawes (ssh93)] ::: 1. Table of small signal parameters NMOS - Plots NMOS - DC Op Pts PMOS - Plots

IR Sensor Projection 1 IR Sensor Projection 2 IR Sensor Projection 1 test IR Sensor Projection 2 test

This guide is written for an FDM (fused deposition modelling) 3D printer, the kind that melts plastic from a hotend to print. Disclaimer: This is still a work in progress How Does an FDM Printer Work? In brief, a printer draws out layers of plastic in the X and Y axes, stacking them ontop of one another in the Z axis to form the finished 3D object. In most cases, the layer thickness is usually from 0.1mm to 0.2mm, which is why printing can take hours. Obtaining The Model

:::info [name=Nikolai Nekrutenko - Wed/Fri Lab Group] ::: Online version of this article (I highly recommend this one over the PDF) - https://hackmd.io/@nekrutnikolai/H1SFfqHvo Experiment 12.1 The purpose of this experiment was to examine the behavior of a crude 8-bit DAC driven by the Arduino and compare the voltage which it produces with the theoretically expected values.

:::info [name=Nikolai Nekrutenko - Wed/Fri Lab Group] ::: Online version of this article (I highly recommend this one over the PDF) - https://hackmd.io/@nekrutnikolai/SkNVCbHvi Experiment 11.1 In this experiment, a test program was run to ensure that the Arduino IDE is properly configured and connected. The built-in LED was programmed to blink for a certain duration.