Thin Film Ceramic Substrates

Mpt is a one stop shop for your thick film substrate needs.

Thin film ceramic substrates.

Thin film ceramic substrates 99 6 alumina up to 300mm diameter and 12 square. The circuits are mainly done for thin film substrates are coated by a pvd process. Our precision etching technology pushes thick film ceramic substrates to a best in class position offering the tightest tolerances and the highest performances rivaling thin film capabilities. Ceramics and ceramic substrates for thin film and thick film microelectronic photonic and electro optic applications.

Tecdia s engineers push the limits of ceramic technology while maintaining the standard of quality that tecdia has always been known for. Your one stop provider for ceramic packaging solutions. Our thin film substrates divisions combine over 35 years of experience in ceramics machining wafer processing and micro circuits into one group that specializes in advanced ceramic substrate technologies. Thin film substrates made of 99 6 alumina offer superior surface smoothness.

Multilayer circuits on ceramic with polyimide as the insulator material. Thin film substrates on polymer ceramic steel glass ferrite etc. Thin film substrates thin film substrates with superior surface smoothness. Thick film substrates are electronic circuit boards generally made from ceramics.

Ceramic substrate requirements. Remtec uses pctf and other advanced technologies to design and produce cost effective custom and semi custom packaging solutions metallized substrates packages and components for power electronics optoelectronics and rf mw applications in commercial industrial and military industries. Mpt thick film technology is robust economical and can reduce the footprint of your circuit. Thick copper thin film circuits for high performance applications.

Using a wide array of ceramic substrate materials and metal systems combined with advanced thin film manufacturing features and capabilities the circuit designer can now easily reduce circuit size and parts count over traditional thin film substrate design approaches while also enhancing performance. If it s possible in thin film chances are it can be realized in etched thick film at a fraction of the price. Therefore high demands with respect to the surface and grainsstructure of the ceramic substrate are made. Request technical information or a quotation for.

Flexible multilayer circuits with very high resolution 10 µm 0 4 mil integrated resistors and couplers. The ceramic powder for the particular sensor substrate material must therefore have a particle size of about 1 micron. Coorstek controls surface finish grain size and surface imperfections to enhance fine line resolution spacing and yields in your thin film process. The ceramic is screened with conductor insulator and resistor material to form the circuitry.