Mercado actual de resistencia al muestreo: mapeo competitivo y perspectivas estratégicas para 2031

  • Report Code : TIPRE00017128
  • Category : Electronics and Semiconductor
  • Status : Published
  • No. of Pages : 145
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Se espera que el mercado actual de resistencia al muestreo crezca de 2.145,42 millones de dólares en 2021 a 3.124,36 millones de dólares en 2028; se estima que crecerá a una tasa compuesta anual del 5,5 % durante 2021-2028.

Se espera que se acelere el uso de resistencias de montaje de alta densidad en una variedad de aplicaciones. a medida que la práctica de un mayor rendimiento en un espacio más pequeño se ha vuelto importante. Las resistencias de tamaños de 01005 pulgadas (0,0160,08 pulgadas) se utilizan actualmente en teléfonos inteligentes y dispositivos portátiles. El montaje sin filetes, que proporciona un montaje de paso fino, y la vía en la plataforma, en la que se crean orificios en la plataforma del componente para eliminar patrones en la capa superficial, tienen una densidad de montaje mejorada en diversas aplicaciones. Para satisfacer esta necesidad, las empresas están creando resistencias montadas de alta densidad. Por ejemplo, KOA Corporation proporciona resistencias de baja resistencia de tipo película gruesa de KOA: UR73, UR73V, SR73, WK73S y WU73, que tienen valores de resistencia que oscilan entre 10 m y 10 m y un TCR de 75 x10-6/K. Varias empresas ofrecen resistencias de baja resistencia con chip de placa metálica con inductancia parásita extremadamente baja y detección de corriente de alta precisión. Además, la reducción de resistencias está llegando a su límite y es probable que la modularización se expanda a todo tipo de equipos en el futuro.

Impacto de la pandemia de COVID-19 en el mercado actual de resistencia al muestreo

El brote de COVID-19 ha interrumpido gravemente la cadena de suministro y la fabricación de componentes pasivos. , incluido el componente de hardware de las resistencias de muestreo actuales. La aparición del virus COVID-19 en todo el mundo, seguida de escenarios de bloqueo, ha llevado a los expertos de la industria de semiconductores a analizar que la industria enfrentaría al menos una cuarta parte de retraso en la cadena de suministro de equipos electrónicos. Se espera que esta interrupción genere temblores hasta mediados de 2021. Es probable que la industria de equipos electrónicos y semiconductores se acelere poco después de que los gobiernos de todo el mundo levanten de manera constante las diversas medidas de contención para reactivar la economía. Se prevé que la producción de componentes pasivos en la industria de semiconductores se acelere a partir de 2022, lo que se prevé que influya positivamente en la fabricación de productos electrónicos y semiconductores, incluidos los componentes de hardware de las resistencias de muestreo actuales.

 regiones lucrativas para los proveedores actuales de resistencia al muestreo


Perspectivas actuales del mercado de resistencia al muestreo

  ;

La creciente prevalencia de automóviles eléctricos en todo el mundo impulsa el crecimiento del mercado de resistencia al muestreo actual

Hay un aumento en la adopción de vehículos eléctricos como resultado de una combinación de apoyo legislativo y tecnología de baterías. y avances de costos, infraestructura de carga y nuevos modelos atractivos de los fabricantes de automóviles. La electrificación se está expandiendo a nuevas áreas del transporte por carretera, allanando el camino para cambios importantes en el futuro próximo. Después de una década de rápida expansión, el parque mundial de automóviles eléctricos alcanzó los diez millones de unidades en 2020, un aumento del 43% con respecto a 2019 y una participación accionaria del 1%. En 2020, dos tercios de las matriculaciones de coches eléctricos nuevos y dos tercios del stock fueron vehículos eléctricos de batería (BEV). Como las resistencias de muestreo actuales se utilizan en diversas funciones, como áreas del cuerpo y áreas del cuerpo. controles de cabina, suministros de iluminación y gestión y control del motor. sistemas de encendido, los fabricantes de automóviles han allanado el camino para los proveedores de componentes electrónicos como resultado de la creciente adopción de vehículos eléctricos en todo el mundo. Las empresas están desarrollando resistencias personalizadas para aplicaciones automotrices en respuesta a la creciente demanda. Por ejemplo, Viking Tech Corporation produce resistencias de película delgada que son excelentes para aplicaciones automotrices, incluida la gestión del motor, el control de los faros y el control del derrape de aceleración. Por lo tanto, con el futuro prometedor de los automóviles eléctricos, se prevé que la demanda de resistencias de detección de corriente aumente durante el período de pronóstico.

Información de mercado basada en tipos

Según el tipo, el mercado actual de resistencia al muestreo se segmenta en película gruesa, película delgada y placa de metal. En 2020, el segmento de película gruesa lideró el mercado actual de resistencia al muestreo, representando la mayor participación en el mercado.

Mercado actual de resistencia al muestreo, por tipo, 2020 y 2028 (%)


Información del mercado basada en aplicaciones

Según la aplicación, el mercado actual de resistencia al muestreo se puede segmentar en dispositivos de consumo, industriales y de telecomunicaciones. , automoción y otras aplicaciones. En 2020, el segmento industrial representó la mayor cuota de mercado.

Información estratégica

Los actores que operan en el mercado actual de resistencia al muestreo adoptan estrategias como como fusiones, adquisiciones e iniciativas de mercado para mantener sus posiciones en el mercado. A continuación se enumeran algunos desarrollos de actores clave:

  • En noviembre de 2020, TT Electronics, un proveedor global de electrónica de ingeniería para aplicaciones de rendimiento crítico, presentó su metal Resistencias de chip de lámina (MFC). La serie MFC utiliza tecnología de lámina metálica sobre cerámica, que combina las propiedades de dispersión de calor de un sustrato cerámico con la tolerancia a sobretensiones de un elemento de resistencia de aleación metálica a granel.
  • En febrero de 2020, ROHM anunció la disponibilidad de resistencias en derivación. , serie GMR50, que ofrece una potencia nominal de 4 W líder en la industria (a una temperatura del electrodo TK = 90 °C) en un formato compacto de 5,0 mm ×. Tamaño de 2,5 mm (paquete tipo 2010). Es ideal para la detección de corriente en motores y circuitos de suministro de energía utilizados en sistemas automotrices y equipos industriales.

El mercado global de resistencia de muestreo de corriente se ha segmentado como mencionados a continuación:


Por tipo

  • Película gruesa
  • Película delgada
  • Placa de metal
  • < /ul>

    Por aplicación

    • Dispositivos de consumo
    • Industrial
    • Telecomunicaciones
    • < li>Automoción
    • Otras aplicaciones

    Por geografía

    • América del Norte
        < li>Estados Unidos
      • Canadá
      • México
    • Europa
      • Francia
      • Alemania
      • Italia
      • Reino Unido
      • Rusia
      • Resto de Europa
    • Asia Pacífico (APAC)
      • China
      • India
      • Corea del Sur
      • Japón
      • Australia
      • Resto de APAC
    • Medio Oriente y Asia. África (MEA)
      • Sudáfrica
      • Arabia Saudita
      • EAU
      • Resto de MEA
    • América del Sur (SAM)
      • Brasil
      • Argentina
      • Resto de SAM

    Perfiles de empresas

    • Cyntec Co., Ltd
    • KOA Speer Electronics, Inc.
    • Panasonic Corporación
    • ROHM CO., LTD
    • Samsung Electro-Mechanics Co., Ltd.
    • Susumu Co., Ltd.
    • TT Electrónica
    • Viking Tech Corporation
    • Vishay Intertechnology, Inc.
    • Walter Electronic Co. Ltd
Report Coverage
Report Coverage

Revenue forecast, Company Analysis, Industry landscape, Growth factors, and Trends

Segment Covered
Segment Covered

This text is related
to segments covered.

Regional Scope
Regional Scope

North America, Europe, Asia Pacific, Middle East & Africa, South & Central America

Country Scope
Country Scope

This text is related
to country scope.

Frequently Asked Questions


What are reasons behind Current Sampling Resistance market growth?

The growth in work-from-home culture is anticipated to help the rise in demand for goods that improve personal convenience at home. Rural demand may surpass the demand from urban markets because of rising rural wages and government programs connected to rural electrification. As a result of the increased consumer electronics manufacturing, demand for electronics components such as resistors and capacitors are also projected to increase, as resistors are one of the most fundamental components in any electrical or electronic circuit.

What are market opportunities for Current Sampling Resistance?

The use of the Internet of Things (IoT) is constantly rising. According to the New Eclipse Foundation's IoT Commercial Adoption report, over 40% of industry executives indicate their businesses are adopting IoT solutions now, while another 22% say they expect to use IoT in the next two years. Furthermore, the poll found that IoT expenditure will rise, with 40% of companies expected to spend more on IoT solutions between 2020 and 2021. Further, government agencies are launching projects to make use of IoT technology. Components are critical because they allow IoT products and applications to gather, analyze, and send real-world signals and data. The adoption of IoT creates favorable possibilities for component manufacturers, as well as indicating that component sale to expand exponentially in the upcoming years.

Which type is expected to dominate the market in the forecast period?

Thick film resistors are expected to dominate the market over the forecast period. Thick film resistors are made by coating a substrate with a resistive film or paste made of glass and conductive components. High resistance values can be printed completely or in different patterns on a cylindrical or flat substrate using the thick film technique. They can also be printed in a serpentine pattern to reduce inductance, which is ideal for applications with consistent frequencies. Nowadays, general-purpose thick film chip resistors are widely used component in electronic and electrical equipment (RMCF series). As a result, they are the most affordable and widely available resistor technology. Thick film resistors are ideal for general-purpose applications that do not need a low TCR or tight tolerance. For instance, KOA Speer Electronics, Inc. and Panasonic Corporation provide a unique line of thick film current resistors.

The List of Companies - Current Sampling Resistance Market

  1. Cyntec Co., Ltd
  2. KOA Speer Electronics, Inc.
  3. Panasonic Corporation
  4. ROHM CO., LTD
  5. Samsung Electro-Mechanics Co, Ltd.
  6. Susumu Co., Ltd.
  7. TT Electronics
  8. Viking Tech Corporation
  9. Vishay Intertechnology, Inc.
  10. Walter Electronic Co.Ltd

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