Gwynneth Davidoff, Kendall Pletcher, Mary Schmidt, Amy Whitcombe.

Slides:



Advertisements
Similar presentations
Taylor Holmes, Jason Partin, William Rody, Malcolm Stagg.
Advertisements

10/23/2003ME DAC Lecture1 DAC Sunij Chacko Pierre Emmanuel Deliou Thomas Holst Used with modification.
Copyright 2014 Kenneth M. Chipps Ph.D. Network Management Using Sensors to Monitor Network Equipment Rooms Last Update
The Little Room Project Maryfe Culiat Joseph Hernandez Jesse Kanda Mary Liang.
Gwynneth Davidoff, Kendall Pletcher, Mary Schmidt, Amy Whitcombe.
Molly, Gwyn, Sam, and Eric.  Sam will have soldered all parts onto our PCB so that we can test it at the meeting  Eric finished MUX code in PIC C and.
Gwynneth Davidoff, Kendall Pletcher, Mary Schmidt, Amy Whitcombe.
I-heliostat 6/30 update Amy Whitcombe, Kendall Pletcher, Eric Kolker, Kiefer Hicks.
Gwynneth Davidoff, Kendall Pletcher, Mary Schmidt, Amy Whitcombe.
Gwynneth Davidoff, Kendall Pletcher, Mary Schmidt, Amy Whitcombe.
I-heliostat 6/15 update Amy Whitcombe, Kendall Pletcher, Eric Kolker, Kiefer Hicks.
Gwynneth Davidoff, Kendall Pletcher, Mary Schmidt, Amy Whitcombe.
Gwynneth Davidoff, Kendall Pletcher, Mary Schmidt, Amy Whitcombe.
Wearable Wireless Physiological Sensors Daniel Bishop Rosy Logioia Josh Handley Gouri Shintri Phillip Hay Clay Smith Christina Hernandez Adam Stevenson.
Gwynneth Davidoff, Kendall Pletcher, Mary Schmidt, Amy Whitcombe.
I-heliostat 6/16 update Amy Whitcombe, Kendall Pletcher, Eric Kolker, Kiefer Hicks.
Gwynneth Davidoff, Kendall Pletcher, Mary Schmidt, Amy Whitcombe.
Olin Student Projects 2008 Keith Gendreau Code 662 NASA/GSFC
Molly, Gwyn, Sam, and Eric.  Fixed temperature sensor circuit- it works!  Successfully soldered a surface mount current sensor and tested it on a breadboard.
I-heliostat 6/23 update Amy Whitcombe, Kendall Pletcher, Eric Kolker, Kiefer Hicks.
Gwynneth Davidoff, Kendall Pletcher, Mary Schmidt, Amy Whitcombe.
I-heliostat 6/18 update Amy Whitcombe, Kendall Pletcher, Eric Kolker, Kiefer Hicks.
Gwynneth Davidoff, Kendall Pletcher, Mary Schmidt, Amy Whitcombe.
I-heliostat 6/21 update Amy Whitcombe, Kendall Pletcher, Eric Kolker, Kiefer Hicks.
Molly, Gwyn, Sam, and Eric.  Tested and analyzed enough of our system to make sure that it will work  Finished thermal testing of one of our converters.
Gwynneth Davidoff, Kendall Pletcher, Mary Schmidt, Amy Whitcombe.
I-heliostat 6/7 update Amy Whitcombe, Kendall Pletcher, Eric Kolker, Kiefer Hicks.
Interface 1: Knobs GUI: link the buttons/knobs to “an action”; prompt MCA.py USB Client: do bit-masking and packet formation; send data as a control transfer.
Molly, Gwyn, Sam, and Eric.  We’ll need 2 PCBs  The main board will have all the converters, current and temperature monitors, and MUXs  The second.
Gwynneth Davidoff, Kendall Pletcher, Mary Schmidt, Amy Whitcombe.
Gwynneth Davidoff, Kendall Pletcher, Mary Schmidt, Amy Whitcombe.
Thermo-Cooler Controller Kiefer, Mary, Molly, Sam.
I-heliostat 6/29 update Amy Whitcombe, Kendall Pletcher, Eric Kolker, Kiefer Hicks.
Gwynneth Davidoff, Kendall Pletcher, Mary Schmidt, Amy Whitcombe.
2010 Olin Student Projects Keith Gendreau Fred Huegel Kurt Rush
Gwynneth Davidoff, Kendall Pletcher, Mary Schmidt, Amy Whitcombe.
I-heliostat 6/17 update Amy Whitcombe, Kendall Pletcher, Eric Kolker, Kiefer Hicks.
Gwynneth Davidoff, Kendall Pletcher, Mary Schmidt, Amy Whitcombe.
Molly, Gwyn, Sam, and Eric. Build a robust low voltage converter from an unregulated 28V supply with a user-friendly command tester that displays relevant.
Gwynneth Davidoff, Kendall Pletcher, Mary Schmidt, Amy Whitcombe.
Molly, Gwyn, Sam, and Eric.  We had assumed that components should have a rated current no more than mA above the requirement.  Fred says that.
I-heliostat 6/25 update Amy Whitcombe, Kendall Pletcher, Eric Kolker, Kiefer Hicks.
Gwynneth Davidoff, Kendall Pletcher, Mary Schmidt, Amy Whitcombe.
Gwynneth Davidoff, Kendall Pletcher, Mary Schmidt, Amy Whitcombe.
I-heliostat 6/28 update Amy Whitcombe, Kendall Pletcher, Eric Kolker, Kiefer Hicks.
Molly, Gwyn, Sam, and Eric.  Configure DACs to have their digital input set to zero (2.5V) when they receive power  Ramp up to higher voltage at a “user.
I-heliostat 6/14 update Amy Whitcombe, Kendall Pletcher, Eric Kolker, Kiefer Hicks.
Gwynneth Davidoff, Kendall Pletcher, Mary Schmidt, Amy Whitcombe.
Arduino Week 3 Lab ECE 1020 Prof. Ahmadi. Objective Data acquisition (DAQ) is the process of measuring an electrical or physical phenomenon such as voltage,
Gwynneth Davidoff, Kendall Pletcher, Mary Schmidt, Amy Whitcombe.
Multichannel Analyzer (MCA) Raphael Cherney Dan Elg Sam Sun Chen Wang.
Completed TasksTasks in Progress Raphael Build peak-and-hold circuit on PCB Configure external ADC and interface w/ PIC Dan Write PIC code for constant.
Introduction.
Frequency to Voltage Converter and Voltage to Frequency Converter Where an instrumentation system is based mainly on capturing voltage signals (analogue.
Controlling Systems Using IT (Level 3) Lecture – 1030 Thursday 23/04/2015 Boston College (Rochford Campus)
Contributed by: Integrated Teaching and Learning Program, College of Engineering, University of Colorado at Boulder.
Virtual Imaging Peripheral for Enhanced Reality Aaron Garrett, Ryan Hannah, Justin Huffaker, Brendon McCool.
Electronic Communication Understanding Serial Communications in Manufacturing.
ICOM 5047 – Progress Report – The Smart Health Station November 2, Axel Vigo Josué Acevedo Pedro J. Franceschi Wilfredo Torres.
Optical Heart Monitor / Jump Drive Group 6 Sponsor: Calit2 Mentor: Paul Blair, Ph.D. Team: Kari Nip, Matt Chandrangsu, Jeffrey Chi.
By: Eric Backman Advisor: Dr. Malinowski.  Introduction  Goals  Project Overview and Changes  Work Completed  Updated Schedule.
What is an Amplifier…? An Amplifier is a device which takes small voltage at the input, amplifies it and produce higher voltage at the output. The gain.
Work Breakdown Schedule. Components Research and find all components  Pressure Sensor  Micro controller  LED Display  Operational Amplifier Order.
Team Blimpyk Jason Alber Nathan Eggan Barry Hubbard Peter Shempp Tom Metcalf Joey Cheng.
18240 Element two - Components INPUTS OUTPUTS PURPOSE TYPICAL USE.
Performed by:Boaz Blankrot Leon Karabchevsky Instructor: Stanislav Shapiro Duration: 1 Semester Mid Semester Presentation Spring 2012 Mid Semester Presentation.
Status Report 6 CAPS Cynthia Reyna David Rodriguez Cynthia Salas 10/13/08 Child Abuse Prevention System is a device that will monitor and log abusive hits.
6.2 ELECTRONICS. CAPACITOR An electrical device used to store electrical charge.
ProtoDUNE SP – Slow control temperature readout setup test
Status Report 7 CAPS Cynthia Reyna David Rodriguez Cynthia Salas
Presentation transcript:

Gwynneth Davidoff, Kendall Pletcher, Mary Schmidt, Amy Whitcombe

PERT chart  Finishing up code  Emphasis on testing this week  See Excel file

Sensor testing  Current sensor Amplifies voltage measurement by a fixed amount set by external resistances Need to be certain that we set gain exactly  Temperature sensor Giving room temperature readings of ~27°C, increased to ~32°C when touched

Revised circuit diagram

Coding progress  PIC: Finished ○ Reduced 23 functions in Brad’s code to 6 useful ones; made corresponding changes in Python ○ PIC programmed without errors In-progress ○ Trying to test using a DAC, but USB device isn’t recognized by computer—talk to Siddarthan  GUI: Finished ○ ASCII file uploading ○ DC-DC voltage setting, LED amplitude setting In-progress ○ Housekeeping ○ LED pulse width, frequency controls ○ Testing ○ Interfacing with PIC

Next steps  Work on interfacing GUI and PIC  Getting PIC/USB communication to work  testing overall circuit with parts