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The automotive industry is constantly evolving, and automotive connectors are no exception. As vehicles become more complex and require more connectivity, automotive connectors must also evolve to meet these demands. This article discusses four key factors that must be considered when designing next-generation automotive connectors: size and power supply, performance and specifications, wire size range, and flexibility. The article also highlights Greenconn's commitment to innovation in the field of automotive connectors.

Waterproof electrical connectors are essential in many industries and applications where reliable electrical connections are essential in demanding conditions. These connectors are specifically designed to withstand moisture, dust, and corrosion, and they feature sealing mechanisms that provide a tight and secure barrier against water and other liquids. Waterproof connectors are also versatile and easy to install and maintain, and they offer enhanced safety by reducing the chances of electrical short circuits or shocks. While the initial investment in waterproof connectors may be slightly higher compared to standard connectors, their durability and resistance to environmental factors lead to long-term cost savings.

The insulation resistance of an automotive connector is important for safety and reliability. It measures the connector's ability to resist the flow of current between its terminals. High insulation resistance prevents short circuits, corrosion, and malfunction. The insulation material, sealing, and operating environment affect insulation resistance. Choose moisture-resistant insulation material, seal the connector properly, and operate it in a controlled environment to maintain high insulation resistance.

Explore the benefits and importance of implementing Inrush Current Limiters (ICLs) to protect electrical equipment from overheating due to high inrush current during switch-on. It explains the concept of inrush current and how it can cause damage to various devices such as switching power supplies, DC motors, and lighting ballasts, among others.

Learn the differences between NTC thermistors and thermocouples as temperature sensing devices. Ametherm’s technical guide describes how NTC thermistors work, how they are calibrated, and their various applications. It also touches on the construction and use of thermocouples, including their accuracy and susceptibility to oxidation.