高信頼性受動電子部品：世界市場・技術・機会 (2023年～2028年)

当レポートでは、世界の高信頼性受動電子部品の市場について分析し、各種の受動電子部品 (コンデンサ・抵抗器・インダクタなど) を製造する企業100社以上を対象に、全体的な市場規模の動向見通しや、製品別および用途別 (防衛・宇宙・民間航空、医療用インプラント、医療用テスト・スキャン装置、石油・ガス用エレクトロニクス、半導体製造装置 (プラズマエッチング)、研究開発用電子部品 (試験装置))・電圧別 (高電圧 (5000VAC以上)) の詳細動向、最先端技術 (セラミック、タンタル、アルミニウム、プラスチック、カーボン、ニオブ、ガラス) の導入・活用状況、主要企業のプロファイルと主力製品・技術、といった情報を取りまとめてお届けいたします。

The 332-page study contains 88 Tables and Graphs and includes more than 100 companies manufacturing capacitors, resistors and inductors for the high-reliability electronic component supply chain. This study addresses the narrow global market for capacitors, resistors and inductors sold for value-added and application specific circuits. This narrow end-use market segment includes the highest prices and most profitable segments of the high-tech economy where price and profitability are secondary to technology and quality.

The study addresses the global high reliability capacitor market and focuses on ceramic, tantalum, aluminum, plastic, carbon, niobium, glass and related leading edge technologies; as well as the high-reliability resistor market, focusing in on tantalum nitride thin film resistors and tin-oxide flameproof resistors; as well as ruthenium chips and SIP networks; carbon and nichrome foil resistors; and for high-reliability inductors the study focuses in on thin film barium strontium titanate inductors, thick film ceramic coils and ferrite beads, cores and wire wound conical inductors.

The study addresses key end-markets requiring high-reliability passive components including Defense, Space and Civil Aviation; Medical Implants, Medical Test & Scan Equipment, Oil & Gas Electronics (Logging Tools and Pumping) and Specialty Industrial, including Semiconductor Manufacturing Equipment (Plasma Etch) and Laboratory R&D Electronics (Test Equipment).

The study also quantifies the study based upon applications in high voltage circuits (500 VAC and Above), including high voltage capacitors, resistors and inductors; with emphasis upon ceramic MLCC and SLC; polypropylene plastic film, HV-PEN Film; and pulse discharge aluminum electrolytic capacitors; Tin-Oxide, carbon and ruthenium chips and networks; and high voltage ferrites. The study also addresses high temperature electronics applications for capacitors, resistors and inductors 170 degrees Celsius and above and includes ceramic, PPS film, PTFE and PI technologies; tantalum anode; tantalum nitride resistors; tin-oxide resistors; and high temperature ceramic and ferrite inductors. The study also addresses capacitors, resistors and inductors for high frequency applications 6GHz and above, and include porcelain ceramic capacitors; tantalum nitride resistors and ceramic chip inductors, wire wound inductors and conical inductors.

The study offers insight to more than 100 manufacturers globally who produce high voltage, high temperature and high frequency passive electronic components for applications in Mil-Spec Defense, Space and Aviation; Medical Technology, Oil and Gas and Specialty Infrastructure Applications.