Automotive components - RC Microelectrónica https://rcmicro.es/en/sector/automotive/ Wed, 13 May 2026 13:22:56 +0000 en-US hourly 1 https://wordpress.org/?v=6.8.5 https://rcmicro.es/wp-content/uploads/2026/02/favicon-RC-Micro-1-100x100.png Automotive components - RC Microelectrónica https://rcmicro.es/en/sector/automotive/ 32 32 LTO batteries https://rcmicro.es/en/product/lto-batteries/ Thu, 23 Apr 2026 07:25:48 +0000 https://rcmicro.es/?post_type=product&p=12495 LTO batteries designed for critical applications requiring extreme lifespan, ultra‑fast charging, and maximum reliability.

La entrada LTO batteries se publicó primero en RC Microelectrónica.

]]> LTO (Lithium Titanate) batteries are designed for applications where extreme lifespan, ultra‑fast charging, and maximum reliability are essential. Compared to other lithium chemistries, LTO technology stands out for its excellent cycle performance, superior thermal stability, and highly safe behavior even under demanding operating conditions.

Thanks to their durability and robustness, LTO batteries are ideal for critical systems, industrial applications, energy backup, automation, specialized mobility, telecommunications, and equipment requiring high availability and reduced maintenance. They are also particularly suitable for designs where fast charging or resistance to harsh environments are key factors.

These LTO batteries position themselves as a premium technology for customers seeking long‑term reliability, safety, and an optimized total cost of ownership in demanding applications. They are an excellent choice for engineers and manufacturers who prioritize durability, stability, and safety in professional and mission‑critical solutions.

La entrada LTO batteries se publicó primero en RC Microelectrónica.

]]> Lead–carbon batteries https://rcmicro.es/en/product/lead-carbon-batteries/ Wed, 15 Apr 2026 08:49:05 +0000 https://rcmicro.es/?post_type=product&p=12496 Lead–carbon batteries designed to provide reliable, long‑lasting storage for industrial, backup, and stationary energy applications.

La entrada Lead–carbon batteries se publicó primero en RC Microelectrónica.

]]> Lead–carbon batteries combine the robustness of lead‑acid technology with improved cycling performance thanks to the incorporation of carbon in the electrode. This technology is aimed at applications that require reliable, cost‑effective energy storage with strong partial‑state‑of‑charge resistance, making it especially suitable for backup power and stationary systems.

Compared to conventional lead‑acid solutions, lead–carbon batteries stand out for their greater durability, their ability to recover after partial discharges, and their improved behavior in repetitive charge–discharge cycling. This makes them a very attractive option for telecommunications, solar storage, UPS systems, signaling, security, auxiliary power, and industrial infrastructure.

As an intermediate option between traditional sealed lead‑acid and more advanced chemistries, they offer an excellent cost‑performance ratio. They are an ideal solution for projects that value reliability, ease of integration, and operational robustness, especially in professional applications where cost and long‑term stability are key factors.

La entrada Lead–carbon batteries se publicó primero en RC Microelectrónica.

]]> Baterías de Iones de Sodio https://rcmicro.es/en/product/baterias-de-iones-de-sodio/ Wed, 01 Apr 2026 13:53:09 +0000 https://rcmicro.es/product/baterias-de-iones-de-sodio/ Na⁺ technology: the sustainable, safe alternative to lithium for energy storage

La entrada Baterías de Iones de Sodio se publicó primero en RC Microelectrónica.

]]> Na⁺ (Sodium‑ion) batteries are emerging as an alternative to lithium technologies, particularly suitable for applications that require a balance of safety, sustainability, thermal stability, and competitive cost. By using sodium, an abundant and accessible resource, they become an attractive option for stationary energy storage, industrial equipment, backup solutions, and certain light‑mobility applications.

They stand out for their operational robustness, good service life, and stable behavior in environments where safety and reliability are priorities. They also help reduce dependence on critical raw materials in the global supply chain.

This technology positions itself as a new‑generation solution for applications requiring reliable storage, stable cycling, and a more sustainable alternative. Its key value lies in offering new design possibilities to integrators, OEMs, and manufacturers who want to stay ahead of the energy transition with competitive and technically robust solutions.

La entrada Baterías de Iones de Sodio se publicó primero en RC Microelectrónica.

]]> EC fans https://rcmicro.es/en/product/ec-fans/ Wed, 01 Apr 2026 07:30:42 +0000 https://rcmicro.es/product/ec-fans/ High‑efficiency industrial EC fans

La entrada EC fans se publicó primero en RC Microelectrónica.

]]> EC fans combine the efficiency of a brushless motor with the precision of electronic control, delivering superior performance in industrial cooling systems and electronics.

Available in axial formats from 60×25 mm to 280×80 mm, they provide stable airflow, low noise levels, and significantly reduced energy consumption compared to traditional AC fans.

Their compact architecture and adjustable control capabilities make them suitable for integration into equipment where thermal reliability is critical: power supplies, chargers, BMS units, electrical cabinets, telecommunications systems, and industrial automation.

Thanks to their integrated electronics, EC fans maintain a constant speed even under voltage fluctuations, extending system lifespan and reducing maintenance costs.

La entrada EC fans se publicó primero en RC Microelectrónica.

]]> LiFePO4 batteries (SLA replacement) https://rcmicro.es/en/product/lifepo4-batteries-sla-replacement/ Wed, 30 Apr 2025 14:12:15 +0000 https://rcmicro.es/product/lifepo4-batteries-sla-replacement/ High safety batteries, long life and greater thermal stability, ideal for electric vehicles and to replace lead batteries quickly and easily.

La entrada LiFePO4 batteries (SLA replacement) se publicó primero en RC Microelectrónica.

]]>
  • Capacity range: 4.5 Ah – 450 Ah
  • Nominal voltage: 6 – 12 – 24 – 48 V
  • SLA standard sizes
  • Safety: integrated BMS, overheating protection

    • La entrada LiFePO4 batteries (SLA replacement) se publicó primero en RC Microelectrónica.

    ]]>         Antenna accessories https://rcmicro.es/en/product/antenna-accessories/ Thu, 30 Jan 2025 14:53:39 +0000 https://rcmicro.es/?post_type=product&p=7214 Mejoran la instalación y el rendimiento de antenas, asegurando una señal más estable, mayor cobertura y eficiencia en sistemas y redes de comunicación.

    La entrada Antenna accessories se publicó primero en RC Microelectrónica.

    ]]>
  • Supported frequency: Up to 60 GHz
  • Easy and quick installation

    • La entrada Antenna accessories se publicó primero en RC Microelectrónica.

    ]]>         TRIAC https://rcmicro.es/en/product/triac/ Thu, 30 Jan 2025 14:53:32 +0000 https://rcmicro.es/?post_type=product&p=7205 TRIAC devices for alternating current (AC) control in high-power switching applications, such as motor controllers.

    La entrada TRIAC se publicó primero en RC Microelectrónica.

    ]]>
  • Technologies: TRIACs, phototransistors, humidity sensors, motion sensors
  • Voltages: 200V – 400V
  • Currents: 1A – 5mA
  • Configurations: TO-92, PCB
  • Other features: RoHS, digital output, capacitive sensors, motion sensors (up to 10m), sensors with low output current (µA)
  • Applications: power electronics, environmental sensors, motion sensors, protection devices, industrial applications

    • La entrada TRIAC se publicó primero en RC Microelectrónica.

    ]]>         Sidac https://rcmicro.es/en/product/sidac/ Thu, 30 Jan 2025 14:53:30 +0000 https://rcmicro.es/?post_type=product&p=7204 Sidac devices for electrical circuit protection against overvoltages, providing an effective solution in industrial applications.

    La entrada Sidac se publicó primero en RC Microelectrónica.

    ]]>
  • Technologies: SIDAC, SIDACTOR, Mag. (Magnetoresistive)
  • Voltages: 1.8V – 350V
  • Configurations: TO-92, SMD, SOT23, SON3
  • Other features: RoHS, low capacitance, high response speed, high reliability, electronic circuit protection, low power consumption
  • Applications: Overvoltage protection, switching circuits, magnetoresistive applications in electronics, current sensors, power electronics, protection devices

    • La entrada Sidac se publicó primero en RC Microelectrónica.

    ]]>         Accessories for LEDs and displays https://rcmicro.es/en/product/accessories-for-leds-and-displays/ Thu, 30 Jan 2025 14:53:23 +0000 https://rcmicro.es/?post_type=product&p=7194 They enhance the installation and optimal performance of LEDs and displays, ensuring precision, durability, and versatility in lighting and visualization.

    La entrada Accessories for LEDs and displays se publicó primero en RC Microelectrónica.

    ]]>
  • Compatible with LEDs: PG320D and PG240A
  • Improved thermal dissipation
  • Modular adaptable base

    • La entrada Accessories for LEDs and displays se publicó primero en RC Microelectrónica.

    ]]>         NTC https://rcmicro.es/en/product/ntc/ Thu, 30 Jan 2025 14:53:05 +0000 https://rcmicro.es/?post_type=product&p=7161 Precise NTC thermistors for temperature measurement and control in electronic circuits.

    La entrada NTC se publicó primero en RC Microelectrónica.

    ]]>
  • Temperature range: -40 °C to +150 °C
  • Resistors: 100 Ω to 100 kΩ
  • High thermal sensitivity
  • Response time: 5–15 s

    • La entrada NTC se publicó primero en RC Microelectrónica.

    ]]>