SMT Process Optimization for High-Reliability Automotive PCBA Reinforced Solder Joints for Stronger Connections Solder joints are the bridge between components and the PCB, making their quality critical to circuit stability. Enhancing solder pad size, optimizing shape, and fine-tuning reflow temperature…
How to Design a Vibration-Resistant Automotive PCBA? Automotive electronics face constant vibrations that can lead to component detachment, solder joint cracking, and circuit failures. To improve PCBA vibration resistance, engineers must optimize mechanical reinforcement, connector selection, PCB layout, and SMT…
How Does Automotive PCBA Handle Harsh Environments? Automotive electronics are the backbone of modern vehicles, powering everything from engine control to infotainment systems. Unlike consumer electronics, automotive printed circuit board assemblies (PCBA) must endure extreme temperatures, high vibration, and electromagnetic…
With the continuous development of technology, power (electric) window systems have become an indispensable part of modern cars. Recently. LCSC supplier MDD has launched its latest MOSFET (metal oxide semiconductor) tube products for power windows switch applications. The application of…
The automotive relay is the relay designed for automotive applications. The Automotive relay includes PCB (printed circuit board) type automotive relay, plug-in relay, combined automotive relay, high-current relay, etc., according to their pin shapes and functions. Automotive relays widely serve…
In recent years, driverless cars Advanced Driver Assistance System (ADAS) have become very popular, many giant automobile companies have entered the industry. This raises the question: what hardware equipment and crystal oscillators do driverless automobiles require? Self-driving cars utilize a…
