Microwave dielectric ceramics

Freer, R. (1993) Microwave dielectric ceramics - an overview. Silicates Industriels 9-10, 191-7. 

In microwave dielectric ceramics, the extrinsic dielectric loss dominates. However, the intrinsic losses shonld be stndied to control and predict the dielectric properties at microwave freqnencies. 

Keywords Sintering Microwave dielectric ceramic. Dielectric resonator. 

Effect of Doped Sintering Aids for Nd(Mgo.5Tio.5)03 Microwave Dielectric Ceramics Properties... 

V. M. Ferreira, F. Azough, J. L. Baptista, and R. Freer, Magnesium Titanate Microwave Dielectric Ceramics, Ferroelectrics, 133, 127-32 (1992). 

C. L. Huang and M. H. Weng, Improved High Q Value of MgTi03-CaTi03 Microwave Dielectric Ceramics at Low Sintering Temperature, Mater. Res. Bull., 36, 2741-50 (2001). 

Song, Y Wang, F. Jiang, Z. 2003. Simulation of the influence of space ultraviolet and proton radiation on dielectric properties of BaO-TiOj microwave dielectric ceramics. Guisuanyan Xuebao, 31(1) 36—40. 

Demand for microwave dielectric ceramics used in telecommunications, as well as in cable communications using optical fibers, is increasing rapidly. Whereas, in the past microwave communications were used primarily for military purposes such as radar, weapon guidance systems and satellite communications, more recently microwaves have been utilized extensively in communications devices such as mobile radios and phones, and in satellite broadcasting (see Chapter 8). The market volumes for ceramic dielectric materials for chip capacitors and multilayer capacitors (MLCCs) were estimated in a study by Paumanok Publications Inc. (2006). 

Today, microwave dielectric ceramics used in telecommunications, as well as in cable communications using optical fibers, are undergoing rapid development. In... 

Freer R. Microwave Dielectric Ceramics- An Overview, Silicate Industriels, (1993), 9-10, 191-197. 

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