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Published by: Frost & Sullivan
Published: Jul. 25, 2006 - 131 Pages
Table of Contents
1. Executive Summary
1. Market Overview
1. Introduction
2. Competitive Analysis
3. Technologies
2. Major Research Findings
1. Opportunities and Forecasts
2. Market Segment Analysis
3. Strategic Conclusions
2. Total Programmable DC Power Supplies and DC Electronic Load Market
1. Market Overview
1. Introduction
2. Market Drivers
a. Increases in Military Spending and Budgets Induces Strong Demand for Testing Systems
b. The Automotive Industry Offers Demand Potential for Testing Applications
c. Growth of the Manufacturing Sector in the Developing Nations Supports Demand for Testing Power Supplies
d. Economic Recovery Provides Higher Growth for the Market
e. Growth in Higher Power Requirements Supports Increasing Demand
f. Emphasis on Quality Assurance and Quality Check Sustains the Demand for Testing Power Supply Equipment
g. Growth in Lower Power Requirements Supports Increasing Demand
h. Emerging Markets of Solar and Fuels Cells Offer Demand Potential
i. Providing Value-added Customization Services Induces Increases in Demand
3. Market Restraints
a. Mature End-user Markets Stagnates Demand
b. Commodity Nature of the Product Prevents Increase in Price
c. Product Durability, Programmability and Flexibility Offering Multiple Application Capabilities Restricts Consumption in New Applications thus Restricting Demand
d. The Universality of Communication Interfaces Used to Control Power Supplies and Electronic Load Products Restricts Replacement Demand
4. Industry Challenges
2. Revenue Forecasts and Trends
1. Unit Shipment and Revenue Forecast
2. Revenue Analysis - Product Type
3. Technology Trends
4. Distribution Channels
5. Competitive Analysis
3. Programmable DC Power Supplies Market
1. Market Overview
1. Introduction
2. Market Engineering Measurements
3. Market Drivers
4. Market Restraints
2. Revenue Forecasts and Trends
1. Unit Shipment and Revenue Forecasts
2. Pricing Trends
3. Technology Trends
4. Distribution Analysis
3. Revenue Analysis - Geographical
1. North America
2. Europe
3. Asia Pacific
4. Rest-of-World
4. Revenue Analysis - Power Ranges
1. Below 600 Watts
2. 600 Watts and Above
5. Revenue Analysis - End-Users
1. Wireless
2. Communications
3. Component Testing
4. Electronic Manufacturing
6. Revenue Analysis - Packaging and Designs
1. Packaging
2. Designs
7. Competitive Analysis
1. Competitive Structure
2. Market Share Analysis
4. DC Electronic Load Market
1. Market Overview
1. Introduction
2. Market Engineering Measurements
3. Market Drivers
4. Market Restraints
2. Revenue Forecasts and Trends
1. Unit Shipment and Revenue Forecasts
2. Pricing Trends
3. Technology Trends
4. Distribution Analysis
3. Revenue Analysis - Geographical
1. North America
2. Europe
3. Asia Pacific
4. Rest-of-World
4. Revenue Analysis - Power Ranges
1. Below 600 Watts
2. 600 Watts and Above
5. Revenue Analysis - End-Users
1. Wireless
2. Communications
3. Component Testing
4. Electronic Manufacturing
6. Competitive Analysis
1. Competitive Structure
2. Market Share Analysis
5. Appendix
1. Terms and Definitions
1. List of Abbreviations
2. Glossary of Terms
6. Decision Support Databases
1. DSD 1
1. World Number of Mobile Subscribers
2. DSD 2
1. World Number of Manufacturing Enterprises
3. DSD 3
1. World Semiconductor and Semiconductor Equipment Market
4. DSD 4
1. World Global Broadband Subscribers
5. DSD 5
1. World Laptop Installed Base
List of Figures
Chapter 1
- Total Programmable DC Power Supplies and DC Electronic Load Market: Unit Shipment and Revenue Forecasts (World), 2002-2012
Chapter 2
- Total Programmable DC Power Supplies and DC Electronic Load Market: Market Drivers Ranked in Order of Impact (World), 2006-2012
- Total Programmable DC Power Supplies and DC Electronic Load Market: Market Restraints Ranked in Order of Impact (World), 2006-2012
- Total Programmable DC Power Supplies and DC Electronic Load Market: Unit Shipment and Revenue Forecasts (World), 2002-2012
- Total Programmable DC Power Supplies and DC Electronic Load Market: Percent of Revenues by Product Type (World), 2002-2012
Chapter 3
- Programmable DC Power Supplies Market: Market Drivers Ranked in Order of Impact (World), 2006-2012
- Programmable DC Power Supplies Market: Market Restraints Ranked in Order of Impact (World), 2006-2012
- Programmable DC Power Supplies Market: Unit Shipment and Revenue Forecasts (World), 2002-2012
- Programmable DC Power Supplies Market: Percent of Revenues by Geographic Region (World), 2002-2012
- Programmable DC Power Supplies Market: Revenue Forecasts (North America), 2002-2012
- Programmable DC Power Supplies Market: Revenue Forecasts (Europe), 2002-2012
- Programmable DC Power Supplies Market: Revenue Forecasts (Asia), 2002-2012
- Programmable DC Power Supplies Market: Revenue Forecasts (Rest-of-World), 2002-2012
- Programmable DC Power Supplies Market: Percent of Revenues by Power Range (World), 2002-2012
- Programmable DC Power Supplies Market: Revenue Forecasts for Below 600W (World), 2002-2012
- Programmable DC Power Supplies Market: Revenue Forecasts for 600W and Above (World), 2002-2012
- Programmable DC Power Supplies Market: Percent of Revenues by End User (World), 2002-2012
- Programmable DC Power Supplies Market: Revenue Forecasts for Wireless End Users (World), 2002-2012
- Programmable DC Power Supplies Market: Revenue Forecasts for Communications End Users (World), 2002-2012
- Programmable DC Power Supplies Market: Revenue Forecasts for Component Testing End Users (World), 2002-2012
- Programmable DC Power Supplies Market: Revenue Forecasts for Electronic Manufacturing End Users (World), 2002-2012
- Programmable DC Power Supplies Market: Competitive Structure (World), 2005
Chapter 4
- DC Electronic Load Market: Market Drivers Ranked in Order of Impact (World), 2006-2012
- DC Electronic Load Market: Market Restraints Ranked in Order of Impact (World), 2006-2012
- DC Electronic Load Market: Unit Shipment and Revenue Forecasts (World), 2002-2012
- DC Electronic Load Market: Percent of Revenues by Geographic Region (World), 2002-2012
- DC Electronic Load Market: Revenue Forecasts (North America), 2002-2012
- DC Electronic Load Market: Revenue Forecasts (Europe), 2002-2012
- DC Electronic Load Market: Revenue Forecasts (Asia Pacific), 2002-2012
- DC Electronic Load Market: Revenue Forecasts (Rest-of-World), 2002-2012
- DC Electronic Load Market: Percent of Revenues by Power Range (World), 2002-2012
- DC Electronic Load Market: Revenue Forecasts for Below 600W (World), 2002-2012
- DC Electronic Load Market: Revenue Forecasts for 600W and Above (World), 2002-2012
- DC Electronic Load Market: Percent of Revenues by End User (World), 2002-2012
- DC Electronic Load Market: Revenue Forecasts for Wireless End Users (World), 2002-2012
- DC Electronic Load Market: Revenue Forecasts for Communications End Users (World), 2002-2012
- DC Electronic Load Market: Revenue Forecasts for Component Testing End Users (World), 2002-2012
- DC Electronic Load Market: Revenue Forecasts for Electronic Manufacturing End Users (World), 2002-2012
- DC Electronic Load Market: Competitive Structure (World), 2005
AbstractResearch Overview
This Frost & Sullivan research service titled Programmable DC Power Supplies and DC Electronic Loads Market provides a comprehensive analysis of revenues and unit shipments in the programmable DC power supplies and electronic loads market, along with the drivers, restraints, and trends impacting the market. In this research service, Frost & Sullivan’s expert analysts thoroughly examine the following regions: North America, Europe, Asia Pacific, Rest-of-World, wattage levels and end user markets.
Market Sectors
Expert Frost & Sullivan analysts thoroughly examine the following market sectors in this research:
By Region:
- North America
- Europe
- Asia Pacific
- Rest-of-World
Technologies
The following technologies are covered in this research:
- Ethernet
- Local Area Network (LAN)
- Local Area Network extensions for Instrumentations (LXI)
- Automatic Test Equipment (ATE)
- General Purpose Interface Bus (GPIB)
- Power-over-Ethernet (PoE) equipment
- Intermediate Bus Architecture (IBA)
- Digital power
Market Overview
DC Power Supplies and Electronic Loads Synergize Market Demand
The global market is witnessing an influx of electronic systems, which are extensively replacing traditional mechanical components. Since electronic equipment functions mainly on direct current (DC) power, the demand for DC power supplies and electronic loads has increased proportionately. "The existence of programmable power supplies and electronic loads in the market are totally independent of each other," says the analyst of this research service. "However, their combined presence in test systems provides a mutual base for the applications of these products." With automatic test equipment (ATE) systems being a major part of the operational control process in electronic and semiconductor manufacturing facilities, programmable DC power supplies and electronic load products are able to find common demand in testing applications.
In terms of operating principles, programmable power supplies and DC electronic loads have experienced different technology trends, however, some technological and design innovations are prevalent in both products. Some of these advancements include modifications to existing form factors and development of enhanced interface capabilities. The newest data transfer and communications interfaces include Ethernet and local area network extensions for instrumentations (LXI) standards for LAN interface. Established products have interfacing capabilities in the form of recommended standard RS 232 and general purpose interface bus (GPIB). However, increased data processing capability can be achieved by incorporating Ethernet and LXI standards within the product’s control management system..
Factors Influencing Growth in DC Power Supplies and Electronic Loads Market Challenge Industry Participants
DC programmable power supplies and electronic loads are mandatory equipment in any industrial and manufacturing setup. Manufacturers install sophisticated testing systems in the form of programmable DC power supplies and electronics loads, to check quality, and help optimize design. New equipment installation activities tend to be the primary driver of demand for these products. DC power supplies and electronic loads are a crucial part of capital equipment, so once these devices are installed in the manufacturing infrastructure, they are typically not replaced for a minimum of seven to ten years. The durability of the products leads to decreased replacement demand.
Key factors influencing market growth for programmable DC power supplies and electronic loads products include the growth of the manufacturing sectors in developing nations, increased R&D opportunities in the renewable energies market, demand for lower and higher power requirements, trends towards hybrid and electric cars, increased demand for customization services, and a growing universe of military applications. In contrast, challenges to increasing profitability in the programmable DC power supplies and electronic loads market include catering to growing and mature end-users markets and the competitive nature of the industry. "The success of a company directly depends on its ability to meet the needs of existing application segments while targeting new, emerging growth applications with flexible products that can be used in various capacities, while maintaining positive customer relationships in a challenging economic environment," says the analyst.
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