Technological Innovation | What Advantages Do Automotive-Grade Inductors with Hot Press Molding Technology Offer? 1

With the integration and intelligence of automotive functions, how to achieve optimal inductor performance within limited packaging dimensions, how to achieve low loss and high reliability in automotive-grade inductor products through technological innovation, and ensure the continuous stable operation of automotive electronics in complex environments have become challenges for inductor manufacturers.diode

Hot pressing integrated forming technology is a process that simultaneously molds multiple components under high temperature and pressure, offering numerous advantages in the manufacturing of automotive-grade inductors such as the BTA16-600BRG. Below are the primary benefits of using this technology for automotive-grade inductors:

1. Reduce assembly processes: The hot press integral forming technology can simultaneously process and shape multiple components, thereby reducing the number of steps in the assembly process. Traditional automotive-grade inductor manufacturing requires separate processing of each component followed by final assembly. With the adoption of hot press integral forming technology, multiple components can be processed and formed in a single operation, significantly simplifying the assembly process and improving production efficiency.diode

2. Improve product quality: The hot-press integrated molding technology can reduce the contact surfaces between components during the assembly process, thereby minimizing contact resistance and inductor losses. Additionally, this technology provides a more compact structure, reducing the likelihood of loosening and vibration, thereby enhancing the stability and reliability of the inductor.