Murata: 7 Automotive MLCC Models Mass-Produced, Targeting Autonomous Driving Applications

Murata Manufacturing stated today via press release that in recent years, with the development of autonomous driving technology, the number and performance of vehicle-mounted systems have increased, leading to continuous growth in the capacity of MLCCs required for automotive chip peripherals. The number of mounted units is increasing, making space constraints within circuit boards more severe.

Furthermore, Murata Manufacturing analyzes that in response to the demand for increased stability and density in vehicle power systems, the requirements for miniaturization and high-capacity design of medium-rated voltage MLCCs used in automotive system power lines are rising.

Murata Manufacturing states that particularly in systems related to autonomous driving and advanced driver-assistance, the design requirements for high capacity and miniaturization continue to increase, whether for chip peripherals or power lines.

In response to automotive market trends, Murata Manufacturing announced that through its proprietary ceramic materials and micro-particle and uniformity technologies, it has begun mass-producing 7 automotive MLCC products. These products cater to the automotive design needs for different rated voltages and sizes, addressing challenges such as high capacity for chip peripherals, compression of circuit board space, and stabilization of power lines, thereby assisting in the overall stable operation of automotive systems and increasing design freedom. (Editor: Zhang Junmao) 1150408