전도성 폴리머 커패시터 : 탄탈룸/알루미늄 전해 전도성 폴리머 커패시터 세계 시장, 기술, 기회(2024-2029년)

SCOPE OF REPORT COVERAGE

This study covers the global market for conductive polymer capacitors, including solid polymer and liquid + polymer designs in tantalum and aluminum dielectrics.

The following Chapters are included in the report:

TECHNOLOGY

The study includes global demand for conductive polymer capacitors in terms of volume and value by dielectric, type, world region, and end-use market segment. Also included is a competitive analysis and market share data by conductive polymer type and vendor. The fundamental similarities between the types and sub-types of conductive polymer capacitors include safety of performance and low equivalent series resistance. Other key technology sub-sets impacting value include case size/volumetric efficiency, component height, operating voltage, operating temperature, parallel and series placement in circuits and overall cost of customer ownership.

PRODUCTS COVERED IN THE REPORT:

This report is time sensitive as it documents and forecasts the coming changes in the conductive polymer capacitor market and how these devices will become increasingly more standardized for general-purpose applications in circuits requiring safety and low ESR.

The study offers a detailed competitive analysis of conductive polymer capacitors and vendors by type:

• Polymer Tantalum Capacitors
• Polymer Aluminum Capacitors

GLOBAL MARKETS

Conductive Polymer Capacitor Consumption:

• Polymer Tantalum and Polymer Aluminum Value
• Polymer Tantalum and Polymer Aluminum Volume
• Polymer Tantalum and Polymer Aluminum Pricing

REGIONAL MARKETS

Conductive Polymer Capacitor Consumption Value By World Region:

END-MARKETS

Conductive Polymer Capacitor Consumption By End-Use Market Segment:

• Computers
• Automotive
• Industrial
• Wireless
• Telecom Infrastructure
• Consumer AV
• Medical
• Aerospace
• Other

POLYMER CAPACITOR DIFFERENTIATION

Vendors By Performance Characteristic - Top 20 Vendors of Conductive Polymer Capacitors - Cross- Reference of Capabilities.

By Configuration

• Molded Horizontal Chip
• Vertical Chip
• Radial Leaded

By Performance

• Voltage Range
• Capacitance Value
• Equivalent Series Resistance
• Operating Temperature
• Ripple Current
• Maximum Height
• AECQ Certification
• Cost of Ownership

POLYMER MATERIALS DIFFERENTIATION

Conductive polymers discussed in this report include:

• Polythiophene,
• Polyppyrole and
• Polyaniline

Employed as cathode materials through dipping or pressurization.

PRODUCER PROFILES

Data on 35 suppliers of conductive polymer capacitors and materials.

FORECASTS 2024-2029: Solid polymer versions of these devices that employ a conductive polymer will continue to displace older technologies such as manganese nitrate (Ta205) and liquid electrolytes (Al203).

Forecasts in terms of value, volume and pricing by conductive polymer type and configuration to 2026 are also given with focus placed on solid polymer capacitors consumed in battery electric vehicle propulsion for charger, inverter, converter and battery management system.