DLP ® Technology: How do we project digital images?

Slides:



Advertisements
Similar presentations
Finding Multiplication Combinations and Factors using arrays
Advertisements

Science Olympiad Optics Color and Shadows.
Trends in Memory Computing. Changes in memory technology Once upon a time, computers could not store very much data. The first electronic memory storage.
Monday December 1, 2014 Write in your agenda: Daily Academic Vocabulary Informational Text/Main Idea & Supporting Details Homework: Read for 3o minutes.
Light and Sound In this unit: Properties of light Reflection Colours
New York City. Maps Become an Expert! You and a partner(s) will become experts on one thing in NYC. You will read a paragraph and do research on your.
DLP - Digital Light Processing Based on,  High-Brightness igh-Resolution Applications.
 Only transverse waves can be “sorted” using polarizers  Polarizers only allow waves vibrating in the direction of their openings to get through.
Properties of Numbers Need white copy paper for double bubbles.
Investigation 1: Rubbings
AUDIOVISUAL TECHNOLOGIES
Masooma Malik LCD Projector Vs DLP Projector. Multimedia Projectors These receive signals from Computers, Televisions and DVD Players and project the.
By Kaitlyn Rodway e What is the best invention?!  I think the best invention in my opinion is the cell phone.  There’s so much different ways you can.
Tuesday Dec. 6, 2014 Write in your agenda: Daily Academic Vocabulary Informational Text/Main Idea & Supporting Details Library Homework: Read for 3o minutes.
Math PLC: Session 4. Talk A Mile A Minute Find a partner Designate a “talker” Non- talker turns back to screen Talker quickly describes the word by giving.
Ray Optics: Reflection and Refraction Rays Representation of the path that light follows Represent beams of light that are composed of millions.
DLP / DMD Technology & Texas Instrument
WICORize Your lessons Lee Fox: Umatilla High School, AVID Coordinator/Elective Teacher Kristen Pautienus: Lake Minneola High School, AVID Coordinator/Elective.
LightLensesEyeballColoursGeneral Question A single light ray travels in a ___________ line.
T-Shirt design A problem solving challenge in Graphic and Computer Aided Design Written by T. Johnson.
TODAY’S AGENDA 10/9 FTF - Think – Pair – Share (You and your buddy will each need 1 piece of paper for today’s FTF!) Think: ( Alone) Think about what.
Welcome to History! 1.Come in quietly and find your assigned seat 2.Open your agenda and write down your homework 3.Start the Warm Up on your desk.
1. Finding your seat - grab your name tent from the basket 2. Match the number written on your name tent to the seat number in our class 3. Take out your.
Mr. Osmer Turn on computer and monitor. 2. Press Ctrl+Alt+Delete all at the same time. 3. Wait for the desktop to show. Desktop 2.
LookThinkDiscussAgreeShareWrite What do these things have in common ? They all make things look bigger!
Tuesday, October 5 th Please collect your science notebook in the back of the room before class starts! How do you eat an Oreo cookie? Do you bite into.
Wednesday, September 15th
HOLOGRAMS. The object is hit with laser light. The data is recorded onto a plate by capturing the reflected, diffracted and scattered light. The.
Recursion and Data Structures in Computer Graphics Ray Tracing 1.
Problem Solving Block Optional Lonestar Problem When 3 boys stood on a scale, the total mass of the boys was 166 kilograms. After one of the boys stepped.
DIGITAL CINEMA.
- Discuss and review the Law of Reflection and mixing of colored light - Investigate the range of visibility of a mirror and practice light ray diagrams.
Computer Fundamentals MSCH 233 Lecture 5. The Monitor A Monitor is a video screen that looks like a TV. It displays both the input data and instructions,
STEM: Science, Technology, Engineering, and Math What is Engineering? Mrs. Hulsey and Mrs. Gwinn June 5, 2012.
Science 9 Chapter SOUNDLIGHT REFLECTIONREFRACTION
Computer Basics.
AGENDA: flash cards and HW are due Friday Warm Up: 1. Brainstorm a list of about 5 moving objects. Share your ideas about what makes those objects move.
Hello! Miss Davies.
All Summer in a Day By Ray Bradbury Rain Time  We’ve got a lot to day today! The science fiction story that we’re going to read later has a lot do with.
Projection Geometry For Opensource Wiki MIT India Reading Group Vijay Shilpiekandula 4/8/2007.
Agenda 3/31/05 Imaging Turn in Movie Poster Project Proposals More on Movie Poster Project and More Examples of Movie Posters Quick Write/Sketch Work on.
An introduction to logical reasoning: Sudoku. Today we are learning about: Logical reasoning ●I can use logical reasoning to solve a problem.
13 strategies to use Powerpoint to support active learning in classroom.
Collaborative Grouping 6-12 Math Teachers. Workshop Outcomes Participants will gain effective strategies for forming and facilitating a classroom culture.
Presented by-REHAN FAZAL. (1) Introduction to projectors (2) Types of projectors (3) Advantages and disadvantages (4) conclusion Table of contents.
Think Tank Time ATTENTION!! Your class has been selected to work in engineering teams to complete an important challenge. Do you know an engineer? Do you.
Color  You see an object as the wavelength  ( color) of visible light that it reflects  Sunflowers are yellow because it reflects (bounces off) mostly.
By-PRADEEP Kr. SHARMA. WHAT IS A PROJECTOR ?  It’s an electronic device used to project rays of light, esp. an apparatus with a system of lenses for.
DLP: DIGITAL LIGHT PROCESSING Presentation made by: Aleena Anwer 9c-White.
SEMINAR ON DIGITAL LIGHT PROCESSING
The Caps Lock Key When you press this key, a small light on the keyboard comes on. Whenever this light is on, any letter key you press will result in.
Investigation 4: current attractions
UNIT 2 – LESSON 3 Encoding B&W Images.
Vignan Institute of Technology&Science,Deshmukhi
Waves Teaching Slides, 3.3 If you are using the PowerPoint slides, log in to your FOSSweb account on your internet browser. Then, cut and paste these links.
DO NOW: Science as a process!
What is your definition of the American Dream?
A quick overview of today’s exercises
Representing and transmitting information
Classroom Expectations
Jeopardy LIGHT.
Light.
Comic Life Shaw STEM Lab-2016.
What is Science?.
How students learn Build on previously learned materials
Inverse Functions Inverse Functions.
Practice Test Questions LIGHT
transparent, translucent, opaque
Jeopardy Science 9 Chapter 12.
Successful Lessons – Expecting the Unexpected
Presentation transcript:

DLP ® Technology: How do we project digital images?

How many of you have seen a movie at the movie theater recently? Do you remember seeing a screen that incorporates this logo? Today, we’re going to talk about the technology that allows digital images to be projected on screens, and this technology is used in movie theaters, classrooms, and even tablets. DLP technology

As students, how might you use a phone that can project images or videos to study? Brainstorm with a partner, and then let’s hear some ideas. DLP technology in our phone

DLP Chip Invented in 1987 by an engineer at Texas Instruments. It’s basically a very sophisticated light switch with lot of mirrors inside, which turn on and off very quickly. When you combine this DLP chip with a video or graphic signal, a light source, and a projection lens, the mirrors inside this chip can then reflect a digital image onto a flat surface. DLP Technology

This paragraph describes how DLP chips work. You have 5 minutes to fill in the blanks with your best guesses. You can work independently or in partners. How DLP technology works

Inside a DLP chip, there can be over mirrors. These mirrors are so small that mirrors side by side measures the width of a human hair. … The mirrors switch on and off very quickly: up to times each second… …By the way, you may not realize this, but a normal light bulb flickers about times a second… … There is a color filter in the DLP projection system that creates at least colors and up to colors. 8 million 5 10, million 35 trillion 8 million 5 10, million 35 trillion Were you correct?

How DLP technology works

How small are these mirrors? DLP technology demo

Implications of scale What might be challenging about working with very small or very fast things? Turn to your partner and brainstorm some ideas – we’ll share in a few minutes.

Being a scientist or a mathematician is about solving problems. Today, you got to solve the kind of problems that engineers and entrepreneurs may tackle. I hope you enjoyed the process, and I hope you’ll continue studying math and science in order to become better problem solvers. Any questions?