July 11, 2019
The Application Of Electronic Ceramic Components In The Electronic Industry
Are you aware of the fact that approximately $4.5 trillion industries across the globe could not survive without the use of electronic ceramic components?
The use of ceramic based electronic components cannot be denied in industries that manufacture smartphones, electronics such as television sets, digital computers, and various other automotive electronics. The ceramic based electronic components are also extensively used in the medical industry.
Electrical conductivity of the ceramic components
The ability of a metal to produce an electric current is termed as electrical conductivity of a particular metal. Ceramic metals come in a wide variety. Most of the ceramic components are dielectric in nature.
The electrical conductivity of ceramic metals depends on the frequency of its application. Temperature of the metal also plays a great role in determining the conductivity of the ceramic.
The Electronic Ceramic Components that are used as electrical insulators across industries are inclusive of hermetic packaging, protective components, spark plugs, and ceramic arc tubes. These parts are most commonly used for covering power lines and wires without a covering.
The electronic ceramic components are widely used in various applications in industries such as aerospace, marine, transportation, and automobiles.
The superconducting properties of ceramics
The ceramics are very low on electrical conductivity. But some of the ceramics also possess superconducting properties. For example, Lanthanum-barium-copper oxide is a ceramic which may produce electric currents at high degrees such as 138K.
This type of superconductor ceramic is also known as High Temperature Superconductors.
What are the magnetic properties of ceramic?
The magnetic ceramics are produced by making use of sintering technology. In this, the iron oxide and strontium carbonates are mixed with small quantities of other metal oxides.
The name used for magnetic ceramics is Ferrites. The two main types of magnetic ceramics are as follows:
- Anisotropic ceramic magnets
- Isotropic ceramic magnets
The usage of Electronic Ceramic Components is extensive across numerous industries such as aerospace, transmission, communication, and many others. More and more people nowadays are making use of ceramic components in the electronic industry.
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