INNOVACERA | technical ceramic solutions

In semiconductor equipment, industrial control systems, and high-reliability electronic systems, the package not only provides electrical connections but also directly affects the long-term stability of the device in high-temperature, vacuum, or otherwise demanding environments. Although traditional plastic-encapsulated SOP packaging is cost-effective and fast to produce, it is susceptible to aging, leakage, or performance degradation under high humidity, high temperature, and long-term operation conditions. In contrast, ceramic packaging has inherent advantages in terms of air tightness, material stability, and service life. Among them,  Ceramic Small Outline Package (CSOP)  is a type of ceramic package that combines mature manufacturing techniques with surface mount requirements. It integrates the high stability of ceramic materials with the compact form factor of SOP (Surface Mount Package), and is widely used in electronic systems that have high requirements for reliabilit...

  In the modern electronics industry, the three types of ceramic packaging and component technologies, namely HTCC, LTCC and MLCC, jointly form the foundation of high-performance electronic systems.   Although they all belong to the multi-layer ceramic technology system, their application directions and performance emphases are different:  HTCC is used for high-reliability and high-power packaging, LTCC excels in integrating high-frequency and multi-functional circuits, and MLCC is the core type of surface-mount passive components.  These three factors jointly support the high performance and miniaturization development of modern electronic devices.  This article mainly introduces the HTCC packaging technology:     HTCC packaging combines alumina or aluminum nitride porcelain wafers with tungsten/molybdenum metal circuits through a set of precision ceramic-metal co-firing process, and finally forms a high-density, highly reliable three-dimensional cera...