Ceramic Materials Used In Electronics

Advanced ceramics in electronics ceramic substrates circuit carriers core materials and many other components are in use throughout the electronics industry.

Ceramic materials used in electronics. Nimn 2 o 4 materials are widely used in industry as the basis for the production of ceramic temperature sensors due to its electrical properties characterized by a negative temperature coefficient. Abdullahi in reference module in materials science and materials engineering 2016. For example ceramic heat sinks provide the right climate for high power electronics. Much of the processing and assembly of electronic ceramics are done in areas of the world with very low labor costs.

Ceramics are more than pottery and dishes. Al 2 o 3 ceramic with purity up to 99 9 remains one of the most commonly used oxide ceramic electrical insulating materials even today. These companies make most consumer products pcbs and virtually anything with. In electronic and electrical industries advanced ceramic materials like barium titanate batio3 piezoelectric materials and semiconductor materials are heavily used for producing ceramic capacitors vibratos temperature sensors oscillators etc.

Engineered ceramics exhibit superior dielectric attributes when compared to other materials like plastics or metals. Among the ceramics employed as electronic substrates and packages the dominant material is alumina aluminum oxide al. Ceramics used for this type of applications are called functional ceramics. Ceramic materials are used in electronics because depending on their composition they may be semiconducting superconducting ferroelectric or an insulator.

Ceramic insulators like alumina are also very good heat conductors. The materials and products are described in this article. The insulating properties of ceramics are well known and these properties have found application in advanced ceramic materials for substrates and packages. When the electronics unit is working it generates heat and the alumina backing conducts the.

Clay bricks tiles glass and cement are probably the best known examples. The composition of engineered ceramics makes them highly effective electric insulators which is how they are most commonly used though ceramics can also be carefully processed and specified for conductivity to fit the application. They can be used as backing material or mounting brackets to which other electrical components are attached for example the electronic systems in a modern car are mounted on alumina. Ceramic materials are used in a wide range of applications from power distribution to smartphones.

Its specific electrical resistance reaches 10 16 ω cm at room temperature while at 1600 c it still reaches a level of 10 6 ω cm.