III. MEMS Projection Helvetica 20 Displays



Similar documents
Case Study 2: Digital Micromirror Devices (DMD) Optical MEMS

Digital Light Processing : A New MEMS-Based Display Technology. Larry J. Hornbeck Texas Instruments. 1.0 Introduction

Dynamic IR Scene Projector Based Upon the Digital Micromirror Device

Graphical displays are generally of two types: vector displays and raster displays. Vector displays

Epson 3LCD Technology A Technical Analysis and Comparison against 1-Chip DLP Technology

Flat Panel Displays How does a Flat Panel Display work? Flat Panel Displays

Solid State Devices 4B6

Displays. Cathode Ray Tube. Semiconductor Elements. Basic applications. Oscilloscope TV Old monitors. 2009, Associate Professor PhD. T.

CRT and LCD monitors properties and problems. Maarten Demeyer October

1. General Description

MEMS mirror for low cost laser scanners. Ulrich Hofmann

High contrast ratio and compact-sized prism for DLP projection system

Pulse width modulation control in DLP TM projectors

Development of MEMS micromirrors for intracavity laser control

How to Connect a Computer to Your TV Set Overview Many people already know that you can connect a computer to a plasma TV, but it is not as well

Adaptive Optics Phoropters

Display Devices. Lecture 8. Display Devices. Display Devices. CRT - Cathode Ray Tube

Why silicon MEMS? Silicon is a strong material... Photolithography. Micromachining. Dicing and packaging

Micro-Power Generation

OLED - Technologie der Zukunft

Comp 410/510. Computer Graphics Spring Introduction to Graphics Systems

Digital Micromirror. Device (DMD )

MEMS Processes from CMP

DMD 101 Introduction to DMD technology

CSCA0201 FUNDAMENTALS OF COMPUTING. Chapter 4 Output Devices

EMERGING DISPLAY CUSTOMER ACCEPTANCE SPECIFICATIONS 16400(LED TYPES) EXAMINED BY : FILE NO. CAS ISSUE : JAN.19,2000 TOTAL PAGE : 7 APPROVED BY:

S300. Big Screen Viewing. Bright projection 2800 ANSI Lumens. SVGA resolution, 15,000:1 contrast ratio. Low ownership costs - up to 6500 hrs lamp life

Amorphous Silicon Backplane with Polymer MEMS Structures for Electrophoretic Displays

The Keyboard One of the first peripherals to be used with a computer and is still the primary input device for text and numbers.

Hyun Jae Kim. Yonsei University

Biaxial tripod MEMS mirror and omnidirectional lens for a low cost wide angle laser range sensor

EMERGING DISPLAY CUSTOMER ACCEPTANCE SPECIFICATIONS 16290(LED TYPES) EXAMINED BY : FILE NO. CAS ISSUE : JUL.03,2001 TOTAL PAGE : 7

OLED into Mobile Main Display

Data Acquisition Module with I2C interface «I2C-FLEXEL» User s Guide

Development of New Inkjet Head Applying MEMS Technology and Thin Film Actuator

ENS 07 Paris, France, 3-4 December 2007

COMP175: Computer Graphics. Lecture 1 Introduction and Display Technologies

EMERGING DISPLAY CUSTOMER ACCEPTANCE SPECIFICATIONS (LED TYPES) EXAMINED BY : FILE NO. CAS ISSUE : DEC.01,1999 TOTAL PAGE : 7 APPROVED BY:

Digital Light Processing TM for High-Brightness, High-Resolution Applications

AZ DISPLAYS, INC. LCD MODULE SPECIFICATION MODULE TYPE : AGM1616A

Data Sheet. Nationstar LED

Sandia Agile MEMS Prototyping, Layout Tools, Education and Services Program

OLED Solution for Mobile Phone Subdisplay

PHYS 222 Spring 2012 Final Exam. Closed books, notes, etc. No electronic device except a calculator.

Pages Figure 6-1. Page 305

FRAUNHOFER IPMS: WE SHAPE THE LIGHT. PRODUCTS AND FIELDS OF APPLICATION

DVI Extender via 4 fiber channel LC Duplex Connector Extends DVI connection up to 500 meters

Senses SV series industrial monitor user manual

USING PROFESSIONAL PLASMA DISPLAYS AS EVALUATION GRADE VIDEO MONITORS. Peter H. Putman, CTS ROAM Consulting L.L.C. Doylestown, PA

22" Widescreen LED Monitor VA2261-2

APPLICATION NOTES: Dimming InGaN LED

Microcontroller Display Interfacing Techniques

Development of High-Performance ASV-LCDs Using Continuous Pinwheel Alignment (CPA) Mode

Innovation Takes Off

Interfacing To Alphanumeric Displays

3D Input Format Requirements for DLP Projectors using the new DDP4421/DDP4422 System Controller ASIC. Version 1.3, March 2 nd 2012

Optical Measurement Techniques for Dynamic Characterization of MEMS Devices

The MOSFET Transistor

DATA SHEET DVI - HDCP Extension Cable

Advanced VLSI Design CMOS Processing Technology

Introduction to graphics and LCD technologies. NXP Product Line Microcontrollers Business Line Standard ICs

System-Level Display Power Reduction Technologies for Portable Computing and Communications Devices

A Plasma Doping Process for 3D FinFET Source/ Drain Extensions

Efficient Interconnect Design with Novel Repeater Insertion for Low Power Applications

LCM NHD-12032BZ-FSW-GBW. User s Guide. (Liquid Crystal Display Graphic Module) RoHS Compliant. For product support, contact

RAY TRACING UNIFIED FIELD TRACING

MEMS Multiphysics Simulation in ANSYS Workbench David Harrar II, PhD Ozen Engineering, Inc.

Projection surfaces. Matt white - black back

Laser drilling up to15,000 holes/sec in silicon wafer for PV solar cells

Integration of a passive micro-mechanical infrared sensor package with a commercial smartphone camera system

White Paper. Flat Panel Display Interface Technologies

LCD Module Product Specification

Nano Meter Stepping Drive of Surface Acoustic Wave Motor

Kit for TLM051 monitor

DVI Extender via 4 fiber channel LC Duplex Connector Extends DVI connection up to 500 meters

TV Display Innovation History from CRT to OLED Technology

X351. Network projector. Bright projection 3600 ANSI lumens. XGA resolution, 20,000:1 contrast ratio, HDMI input

Overview. Raster Graphics and Color. Overview. Display Hardware. Liquid Crystal Display (LCD) Cathode Ray Tube (CRT)

Sheet Resistance = R (L/W) = R N L

Laser Doppler Velocimetry: Flow Measurement Using a Digital Micromirror Device

Color holographic 3D display unit with aperture field division

NEC Multimedia Projectors. FAQ s

VPL-DX15 VPL-DX11 VPL-DX10. Powerful Tabletop Projectors

Macintosh Portable. Overview

EX400. Product, Compact Projection. Native XGA, 3700 ANSI Lumens. USB plug and play presenting. Up to 6000 hours lamp life and 70% energy saving

LCD Module Product Specification

EVERLIGHT ELECTRONICS CO.,LTD. Technical Data Sheet High Power LED 1W (Preliminary)

LaserLight Networks Inc.

Static-Noise-Margin Analysis of Conventional 6T SRAM Cell at 45nm Technology

Lenovo ThinkVision L197 Widescreen LCD Monitor View your images on a wide screen

Femtosecond laser-induced silicon surface morphology in water confinement

LCD MODULE SPECIFICATION MODEL NO. BG12864EFPHHn

Mobile Display Technologies

EW400. Plug and Play Projection. Native WXGA, 4000 ANSI Lumens. USB plug and play presenting. Up to 6000 hours lamp life and 70% energy saving

SMARTCARD XPRO. Preface. SMART ARM-based Microcontrollers USER GUIDE

Serial port interface for microcontroller embedded into integrated power meter

Transcription:

Helvetica 26 Helvetica 22 III. MEMS Projection Displays Micro Mirror Projection - Texas Instruments DMD - Daewoo Elec. AMA Grating Light Valve - Silicon Light Machines Image Projection Color Synthesis Pixel Addressing 46

History of Micromechanical Helvetica 26 Projection Display (1) Westinghouse Helvetica Mirror-Matrix 22 Device Surface micromachined Built on SOS (Sapphire) Addressed by electron beam Deflect up to 4 Contrast ratio: 10 to 1 Difficulty in HNA release etch Limited resolution in electron beam R. N. Thomas, "The mirror matrix tube: A novel light valve for projection display," IEEE T-ED, 22, 765 (1975) 47

History of Micromechanical Helvetica 26 Projection Display (2) IBM Cantilever Helvetica Light Modulator 22 Array ~ +/- 1 deg. K. E. Petersen, "Micromechanical Light Modulator Array Fabricated on Silicon," Appl. Phys. Lett. vol. 31, 521 (1977). 48

History of Micromechanical Helvetica 26 Projection Display (3) Texas Instruments, Helvetica Deformable 22 Mirror Device (DMD) 128 x 128 Deformable Mirrors Mirror Size 51 m x 51 m DRAM like operation (hold & refresh) response 25 s hold 200 ms Addressed by embedded MOS Transistors Air gap 620 nm Mirror fill factor 32 % L. J. Hornbeck, "128 x 128 Deformable Mirror Device," IEEE Trans. ED (1983). 49

Prototypes Helvetica of TI 26DMD Helvetica 22 L. J. Hornbeck,"Deformable Mirror Spatial Light Modulator, " Proc. SPIE vol. 1150 (1989) 50

MEMS Projection Helvetica 26 Display (1) Helvetica 22 Digital Micromirror Helvetica Device 20 Texas Instruments References [1] Graphic Images --> http://www.ti.com/dlp/resources/library/ [2] Up-to-date --> P. F. Van Kessel, L.J. Hornbeck, R. E. Meier,M. R. Douglass, "A MEMS-based projection display," Proc. IEEE, vol.86, 1687-704 (1998) http://ielimg.ihs.com/iel4/5/15216/00704274.pdf [3] Up-to-date --> L. J. Hornbeck, "Digital Light Processing for High Brightness, High Resolution Applications," Proc. SPIE vol. 3013 (Electronic Imaging EI'97, Feb. 10-12, 1997, San Jose, CA). [4] MEMS & DMD ---> Gregory A. Magel, "Micromachining in Optics," http://www.ti. com/dlp/resources/whitepapers/pdf/micro.pdf [5] History overview ---> L. J. Hornbeck,"From cathode rays to digital micromirrors: A history of electronic projection display technology,"http://www.ti.com/dlp/resources/ whitepapers/pdf/titj03.pdf 51

Good Example Helvetica of "Quantity 26 Changes Quality" Texas Helvetica Instruments 22 Digital Mirror Device (DMD) for Digital Light Processing (DLP) 52

Principle Helvetica of Image 26 Projection Electrostatic On-Off Helvetica Control 22 of Mirror Array 53

Advantage of Helvetica MEMS Projection 26 Display Compared with Helvetica Liquid 22 Crystal Display + High Contrast and High Brightness due to Fill Factor ~ 1 + Controlled both in digital mode (PWM) and analog mode (SLM) + Small size + New market for Portable Projector and Large Screen TV Monitors LCD Image DLP Image PWM: Pulse Width Modulation SLM: Spatial Light Modulation 54

Structure Helvetica of DMD 26 Aluminum Mirror Helvetica on Addressing 22 CMOS SRAM 55

Fabrication Helvetica Process 26 of DMD Al mirror ---- CMOS Helvetica Process compatible 22 Photoresist sacrificial layer --- removed by plasma etching DMD on CMOS SRAM by 6 mask process 56

Electrostatic Helvetica Operation 26 Helvetica 22 Mechanical Restoring Torque Landing Electrode Driving Electrodes GND Electrostatic Torque Angle Angle Angle Angle Angle 57

Mechanical Helvetica Characteristics 26 of DMD Temporal Response Helvetica 22 to Step Voltage Resonant Frequency ~ 50 khz Step Response ~ 12 s CMOS 5 V Drive 450 Billion Contacts 58

Number Helvetica of Pixels 26 Helvetica 22 SVGA XGA SXGA 848 x 600 1024 x 768 1280 x 1024 508,800 786,432 1,310,720 Typical Notebook PC LCD 59

Addressing Helvetica Architecture 26 CMOS SRAM Helvetica for Electrostatic 22 Operation CMOS 5 V Drive 60

Brightness Helvetica Control 26 Pulse Width Modulation Helvetica for 22Gray Scale Image ON OFF Dark Similar to the principle of LCD display Bright Time 61

Color Synthesis Helvetica by One 26 DMD Chip Helvetica 22 62

Color Synthesis Helvetica by Two 26 DMD Chips Helvetica 22 63

Color Synthesis Helvetica by Three 26 DMD Chips Helvetica 22 64

Schematic of Helvetica Three-DMD 26 Projector Can you figure Helvetica out how 22it works?... 65