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Customized PCB Interconnect & Press-fit Solutions for e-Mobility NAVIGATING COMPLEXITY:
ept
As the automotive industry accelerates toward full electrification, the growing complexity of printed circuit board (PCB) interconnectivity has surged to the forefront of engineering challenges. Modern electric vehicles (EVs) demand compact, high-performance electronic systems capable of handling widely variable power loads, high-speed signals, and real-time data across safety-critical domains. Generic off-the-shelf interconnect solutions will often fall short of dynamic automotive interconnectivity needs — fueling a growing demand for solutions that are capable of merging power and signal. At the heart of this transformation is the need to support the diverse, rapidly evolving set of electrical systems present in a vehicle. These range from high-voltage systems like battery management units and inverters to sensitive, high-speed applications such as onboard infotainment displays and the vehicle-wide sensor networks that enable advanced applications, including driver-assistance systems. Each system has unique electrical, environmental, and mechanical requirements, pushing beyond conventional PCB and interconnect design. With EV systems rapidly evolving in complexity, connectors must deliver both electrical performance and mechanical resilience while
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