市場調查報告書
商品編碼
1245752
2022年至2028年按最終用戶、按應用、按類型(超精密 0.05% 公差、0.1% 公差、1% 公差、其他)的薄膜片式電阻器的全球市場規模、份額、行業趨勢分析報告,區域展望和預測Global Thin Film Chip Resistor Market Size, Share & Industry Trends Analysis Report By End User, By Application, By Type (Ultra Precision 0.05% Tolerance, 0.1% Tolerance, 1% Tolerance, and Others), By Regional Outlook and Forecast, 2022 - 2028 |
到 2028 年,全球薄膜貼片電阻器的市場規模預計將達到 8.859 億美元,預測期內復合年增長率為 5.4%。
薄膜電阻器有多種層厚可供選擇,以適應不同的電阻值。 層的一致性和密度允許減法方法來降低阻力。 通過蝕刻或激光微調在薄膜中創建圖案以加寬電阻路徑並調整電阻值。 作為基體,廣泛使用玻璃、矽和氧化鋁陶瓷。 例如,除了典型的 SMD 電阻器形式外,還可以在帶有軸向引線的圓柱形底座上形成薄膜。 在這種情況下,術語“金屬膜電阻器”的使用頻率更高。
一般而言,薄膜應用於精密應用。 它們通常具有高耐熱性、低溫度係數和低噪音水平。 此外,薄膜在高頻應用中的性能優於厚膜。 電感和電容通常很小。 當設計為圓柱螺旋時,薄膜寄生電感可能很高。 醫療設備、精密控制設備、音頻設備和測量設備是薄膜電阻器的常見應用。
COVID-19 影響分析
COVID-19 疫情嚴重影響了許多企業,包括電子行業,電子產品的銷量直線下降。 與 COVID-19 大流行相關的進出口限制、邊境關閉和供應鏈中斷顯著影響了電子行業對薄膜貼片電阻器的需求。 由於 COVID-19 疫情的迅速蔓延將大部分政府資金轉移到醫療保健行業,全球經濟低迷阻礙了薄膜貼片電阻器新舉措的建立,這對市場產生了重大影響。 .
市場增長因素
越流行研發越活躍
我們還在研究符合各種政府法規的薄膜貼片電阻器。 由於鉛具有危險性,因此行業參與者正專注於使用無鉛無源電子元件。 此外,環保電子元件的生產已被多個國家政府列為優先事項。 因此,供應商開發了對環境安全的無鉛貼片電阻器。 這使得電阻器可用於消費電子、航空航天和國防應用。 這將進一步推動薄膜貼片電阻市場的增長。
汽車和數據中心行業越來越多地使用薄膜片式電阻器
由於汽車領域對功能的需求越來越大,ECU和電機在汽車上的安裝率越來越高。 然而,電路板空間有限,尤其是隨著小型化的不斷推進,需要更強大、更緊湊的組件。 因此,薄膜片式電阻器的應用正在擴大。 在開發緊湊並提供必要輸出的組件方面正在取得進展。 此外,由於對電動汽車以外的車輛排放的能源和排放的擔憂,近年來電動汽車越來越受歡迎。 這支持了本地市場的增長。
市場製約因素
金屬成本上漲推高生產成本
該行業受到金屬價格劇烈波動和上漲的嚴重影響。 金屬經常用於製造電氣元件,例如電介質、引腳引線製造和焊接。 鎳、銅、鋁、鋅、鈀、釕、鉭和銀是通孔無源元件中最常用的金屬。 在其他行業中流行的金屬推高了成本並鼓勵了商業競爭。 然而,即使在大公司中,金屬成本也可能高達製造零件總成本的四分之一。
按類型劃分的前景
根據類型,薄膜片式電阻器市場細分為超精密 0.05% 公差、0.1% 公差、1% 公差等。 2021年薄膜貼片電阻市場,0.1%容差細分市場獲得大幅增長。 0.1% 的製造公差是所有評估樣品之間總偏差的 0.1%,用於衡量製造精度。 薄膜片式電阻器之所以被頻繁使用,是因為它們可以提高產品性能的重複性、同質性和一致性,而不會影響量產成本。 這些因素正在推動這一細分市場的增長。
應用展望
按應用,薄膜貼片電阻市場細分為儀器儀表、醫療設備、電源、電源設備、電子數碼產品等。 在 2021 年的薄膜片式電阻器市場中,儀器儀表領域佔據了最大的收入份額。 儀表的複雜程度從直讀溫度計到工業控制系統的複雜多傳感器部件不等。 現在儀器不僅用於普通家庭,還用於實驗室、工廠、煉油廠和汽車(如恆溫器和煙霧探測器)。 此類測量儀器的普及是該領域擴展的一個因素。
最終用戶視角
基於最終用戶,薄膜片式電阻器市場細分為工業設備、消費電子產品等。 2021年薄膜貼片電阻市場,消費電子領域增速顯著。 消費電子產品製造商不僅希望最大限度地提高其產品的性能,還希望最大限度地提高其功能。 這很容易通過結合高連續功率處理能力、高性能和眾所周知的薄膜貼片電阻器的高可靠性來實現。 隨著快速城市化和數字化,預計未來幾年對消費電子產品的需求將增加,從而確保該細分市場的增長。
區域展望
按區域劃分,分析了北美、歐洲、亞太地區和 LAMEA 的薄膜片式電阻器市場。 北美市場將在 2021 年佔據薄膜貼片電阻器市場的最高收入份額。 擴張的原因是該地區對智能手機和平板電腦等電子數字產品的需求不斷增加。 此外,由於薄膜貼片電阻器在測量儀器和醫療設備等各種工業應用中的使用越來越多,因此北美的薄膜貼片電阻器市場正在擴大。
The Global Thin Film Chip Resistor Market size is expected to reach $885.9 Million by 2028, rising at a market growth of 5.4% CAGR during the forecast period.
A resistor that uses a thin resistance layer is referred to as a thin-film resistor. This layer is set atop a ceramic foundation. Unlike the thick film resistors, this resistor's thickness is incredibly thin, just about 0.1 microns. Since they are more precise, stable, and have a better temperature coefficient, these resistors are frequently used in higher precision solutions. Surface-mounted integrated circuit (IC) components like thin film chip resistors provide a defined resistance to the electrical current passing through them.
These are very small surface-mounted electronic components that come in rectangle or square chip packages. They are employed to run, protect, and manage circuits. Thin film chip resistors can either have a fixed resistance value or one that is variable or changeable within a certain range. Vacuum deposition or sputtering is employed to place the resistive layer upon a ceramic substrate. A homogenous metallic layer of approximately 0.1 μm thickness is produced as a result. Nichrome, an alloy of chromium and nickel, is frequently employed for the formation of metallic layer.
Several layer thicknesses are used to create thin film resistors to accommodate a variety of resistance values. The consistency and density of the layer allow for the reduction of the resistance value using a subtractive method. Patterns are etched or laser-trimmed onto the film to widen the resistive route and adjust the resistance value. As bases, glass, silicon, or ceramics made of alumina are widely employed. For example, a thin film can be applied on a cylinder base having axial leads in addition to the more common SMD resistor form. The term "metal film resistor" is more frequently used in this situation.
Typically, the thin film is applied in precise applications. They are generally highly tolerable, with low-temperature coefficients and low noise levels. Furthermore, the thin film performs better in high-frequency applications than the thick film. Inductance and capacitance are frequently smaller. The parasitic inductance of the thin film may be higher when it is designed as a cylindrical helix. Medical equipment, precision controls, audio installations, and measuring equipment are common examples of applications for thin film resistors.
COVID-19 Impact Analysis
The COVID-19 pandemic had a severe effect on a number of businesses, including the electronics industry, which has caused a sharp fall in sales of electronics products. Because of COVID-19 pandemic-related import-export restrictions, blocked borders, and supply chain interruptions, the demand for thin film chip resistors in the electronics industry was significantly impacted. The establishment of new thin film chip resistor initiatives was hampered by the worldwide economic slump since a large portion of government financing was transferred to the healthcare industry due to the rapid proliferation of the COVID-19 infection, which significantly impacted the market.
Market Growth Factors
Increasing R&D owing to the widespread use
Research is also being done for the development of thin film chip resistors that comply with various government regulations. Since lead is dangerous, industry players are concentrating on using lead-free passive electrical components. Furthermore, the production of environmentally friendly electronic components is being prioritized by the governments of several nations. Vendors have therefore created lead-free chip resistors that are safe for the environment. Because of this, resistors can be used in consumer electronics, aerospace, and defense applications. This will further support the growth of the thin film chip resistors market.
Rising use of thin film chip resistors in the automotive and data center industry
ECUs and motors are being incorporated into vehicles at a higher rate because of the rising demand for functionality in the automotive sector. Yet, the limited space on boards, particularly with their increased downsizing, calls for more potent and compact components. Thin film chip resistor applications have grown as a result of this. Manufacturers are increasingly creating components that give the needed output in small sizes. Also, due to growing worries about the energy and emissions produced by non-electric vehicles, electric vehicles have grown in popularity over the past several years. This supports the growth of the regional market.
Market Restraining Factors
Increasing metal costs drive up production costs
The sector is being severely impacted by the metals prices' quick fluctuation and rise. Metals are frequently utilized in the manufacture of electrical components, including dielectrics, pins/lead creation, and soldering. Nickel, copper, aluminum, zinc, palladium, ruthenium, tantalite, and silver are the most popular metals used in through-hole passive components. Their popularity in other industries drives up their costs and encourages competition for their business. However, even for larger firms, the cost of metals may be equivalent to about one-fourth of the entire cost of producing a component.
Type Outlook
Based on type, the thin film chip resistor market is categorized into ultra precision 0.05% tolerance, 0.1% tolerance, 1% tolerance, and others. The 0.1% tolerance segment procured a considerable growth rate in the thin film chip resistor market in 2021. A fabrication tolerance of 0.1% is 0.1% of the overall deviation among all evaluated samples and measures fabrication accuracy. Thin film chip resistors frequently employ it because it improves product performance repeatability, homogeneity, and consistency while having no overall cost impact during mass manufacturing. Such factors promote the growth of the segment.
Application Outlook
On the basis of application, the thin film chip resistor market is divided into instrumentation, medical instruments, power supply, electric power equipment, electronic digital products, and others. The instrumentation segment acquired the largest revenue share in the thin film chip resistor market in 2021. Instruments can range in complexity from straightforward direct-reading thermometers to intricate multi-sensor parts of industrial control systems. Instruments are now used in ordinary domestic use as well as in laboratories, factories, refineries, and cars (e.g., thermostats and smoke detectors). The widespread use of instrumentation are responsible for the expansion of the segment.
End user Outlook
Based on end user, the thin film chip resistor market is segmented into industrial equipment, consumer electronics, and others. The consumer electronics segment procured a remarkable growth rate in the thin film chip resistor market in 2021. Consumer electronics manufacturers want to maximize function as well as performance of their products. This can be easily achieved by the combination of high continuous power handling and high performance of thin film chip resistors along with the well-known high dependability of these films. With rapid urbanization and digitalization, the demand for consumer electronics would grow in the coming years, ensuring the growth of the segment.
Regional Outlook
On the basis of region, the thin film chip resistor market is analyzed across North America, Europe, Asia Pacific, and LAMEA. The North America segment acquired the highest revenue share in the thin film chip resistor market in 2021. Expansion is explained by the region's rising demand for electronic digital goods like smartphones and tablets. In addition, the market for thin film chip resistors is expanding in North America due to their increasing use in a variety of industrial applications, including instrumentation and medical equipment.
The market research report covers the analysis of key stake holders of the market. Key companies profiled in the report include Bourns, Inc., International Manufacturing Services, Inc., KOA Speer Electronics, Inc. (KOA Corporation), ASJ Pte Ltd. (ASJ Holdings Ltd.), Cal-Chip Electronics, Inc., Hong Kong Resistors Manufactory, Micro-Ohm Corporation, Mini-Systems, Inc., Ohmite Manufacturing Co. (Heico Companies LLC), and Susumu Co., Ltd.
Market Segments covered in the Report:
By End User
By Application
By Type
By Geography
Companies Profiled
Unique Offerings from KBV Research
List of Figures