RF Passive Components Made Using Multi-Layer Organic Technology
Written By: Ron Demcko
Abstract:
RF circuitry might be based upon the use of discrete components, low temperature co-fired ceramics (LTCC), hybrid component technology, a combination of all these or more design methods/techniques – depending upon the frequency spectrum, circuit type and power of the circuit. A new family of RF components based upon laminating multiple layers of organic materials is emerging. These Multi-Layer Organic devices (MLO) offer significant electrical, physical and reliability advantages over traditional discrete RF or LTCC solutions.
This paper outlines the basics of MLO devices. A discussion of the families of product offering and discusses performance advantages of MLO technology is provided.
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RF circuitry might be based upon the use of discrete components, low temperature co-fired ceramics (LTCC), hybrid component technology, a combination of all these or more design methods/techniques – depending upon the frequency spectrum, circuit type and power of the circuit. A new family of RF components based upon laminating multiple layers of organic materials is emerging. These Multi-Layer Organic devices (MLO) offer significant electrical, physical and reliability advantages over traditional discrete RF or LTCC solutions.
This paper outlines the basics of MLO devices. A discussion of the families of product offering and discusses performance advantages of MLO technology is provided.
