로그인

PDP Technology Report

 플라즈마 기술 개발과 현황을 한 눈에 살펴볼 수 있도록 200여 페이지로 구성, PDP 장비와 공정, 모듈 기술에 관한 DisplaySearch 애널리스트의 철저한 자료 분석 제공

 목 차

    History of Plasma Display

    Overview of Plasma Displays

    • Structure of PDP
      • Introduction of PDP
      • Characteristics of PDP Technology
      • PDP Panel Structure
      • PDP Circuit Structure
      • Mechanics
      • Optical Filter
    • Driving Schemes
      • Discharging Mechanism
      • Principle of Driving Scheme
      • Grayscale Expression
      • Software Algorithm for Improving Picture Quality
    • Luminous Efficacy
    • PDP Performance
      • Optical Performance
      • Sensitive Image Quality
      • Reliability and EMI

    PDP Materials and Costs

    • PDP Panel Materials
      • Glass
      • Dielectric Layer
      • Electrodes
      • Barrier Rib
      • Indium Tin Oxide (ITO)
      • MgO
      • Phosphor
    • PDP Circuit Materials
      • Transistor
      • FET (Field Effect Transistor)
      • Diode
      • MLCC (Multilayer Ceramic Chip Capacitor)
      • PCB (Printed Circuit Board)
      • Connector
      • Electrolytic Capacitor
      • Film Capacitor
      • Array Resistance
      • Chip Resistance
      • Ferrite Bead
    • PDP Material Cost
    • PDP Material Cost Reduction History
      • Driving A
      • Driving B
      • Driver IC
      • Logic
      • Mechanics

    PDP Process Overview

    • Front Glass
      • ITO (Transparency Electrode) Coating & Patterning
      • Bus Electrode
      • Dielectric Layer
      • MgO Coating
      • Front Glass Cutting
    • Rear Glass Process
      • Address Patterning
      • Barrier Rib: Sand Blaster Method
      • Barrier Rib: Etching Method
      • Phosphor
      • Frit Coating and Phosphor Baking
      • Assembly for the Front and Rear Glass
      • Sealing and Exhaust Process
      • Aging and Lighting Inspection
    • Module Process
      • Interconnection Process
      • Chassis and Module Assembly
      • The First Adjustment Inspection and Module Running Inspection
      • Second Adjustment Inspection and Packing

    Current Technology of PDP

    • Panel
      • Development of Panel Structure
      • Hero Structure Using High Xe Gas Mixture
      • High-Luminance-Efficacy Barrier-Rib Fish Bone Structure
      • Pioneer Waffle Structure
      • New Type Structure from TCA
      • Luminous Characteristics Analysis of a New SDR Cell Structure
      • High-Luminance and Highly Luminous-Efficient with DelTA Cell Structure
      • High-Frequency Drive of High-Xe-Panel
      • New Electrode Structure to Improve Discharge Characteristics in AC PDPs
      • Eu3+ Activated Red Emitting Phosphors
      • Fourth Gen PDPs: High Image Quality and Low Power Consumption
      • Advanced Complementary Colored Panel
      • ITO-Less in 80” 1080p PDP
      • Film Filter
    • Circuit
      • Single Scan
      • ERC Circuit (Energy Recovery Circuit)
      • Switching Components
    • Driving Waveform
      • TERES Driving Method
      • 50 Hz Flicker Reduction for PDP
      • High-Performance with Extended ALIS Technology
      • High Luminous Efficacy and High Display Quality with CLEAR Driving
      • Virtual Pixel Technique for Doubling the PDP Resolution of Moving Images
      • Highly-Efficient DelTA Cell Structure Using New Sustain Waveforms
      • ALIS Method for High-Resolution Color PDPs
      • Reduction of Power Consumption in Address Driver ICs for PDP by Power Distributing Method
    • Improving EMI
    • Manufacturing Process
      • Barrier Ribs Formed for PDP by Rolling of Green Tape
      • Low-Cost Barrier Rib and Address Electrode Formation for a 42” High-Definition PDP
      • Photolithographic Method of Patterning Barrier Ribs for PDP
    • Echo Design
    • Status of Cost
    • High Resolution 1080p Technology Development Trends

    Future PDP Technology

    • Technology Development Directions in 3-Electrode Surface Discharge Structure
    • Cost Reduction Directions in 3-Electrode Surface Discharge Structure
      • Driver ICs
      • Glass
      • Optical Filter
    • Efforts for Luminance Efficacy Improvement
    • Various Proposals for the Luminance Efficacy Improvements
    • 10 lm/W PDP
    • Next Generation Process Technology
      • Ink-Jet Pattering
      • Off-Set Technologies
      • Direct Patterning Technique
    • Impact of 5 Lumens per Watt on Cost
    • Impact of 10 Lumens per Watt on Cost

    Company Profiles

    • Hitachi (FHP)
    • Pioneer
    • Panasonic
    • LG Electronics
    • Samsung SDI

    PDP Market Outlook

    • PDP Supply and Supply/Demand
    • PDP Module and TV Pricing
    • PDP Module Shipment Forecast
    • PDP TV Shipment Forecast
    • Annual PDP Revenue Forecast
    • PDP Fab Activity
    • PDP Capacity Growth
    • Regional Capacity Share
    • PDP Supply/Demand
    • Long-Term Supply/Demand
    • PDP ASP Forecast by Size/Resolution
    • PDP ASPs by Application
    • PDP ASP by Resolution
    • PDP Shipments by Supplier
    • Q/Q PDP Shipment Growth by Supplier
    • PDP Revenues by Supplier
    • HD Share by Supplier
      • Hitachi’s Shipments
      • LGE’s Shipments
      • Matsushita’s Shipments
      • Orion’s Shipments
      • Pioneer’s Shipments
      • Samsung SDI
    • Long-Term PDP TV Shipment Forecast
    • Long-Term PDP TV Revenue Forecast
    • PDP TV ASP Forecasts
    • PDP TV Revenues, Share and Growth by Brand
    • Public Display Shipments by Supplier
    • Public Display Unit Share By Supplier
 

DisplaySearch Korea

135-856 서울특별시
강남구 도곡동 467-23
인스토피아 빌딩 #804

전화: (02)579-1577
팩스: (02)579-1563
담당자: 고상미 과장