Multilink microstrip conducting wire and design method thereof

Abstract

The invention relates to a multilink microstrip conducting wire and a design method thereof. A plurality of groups of microstrip conducting wires are used as conductor sections which are connected into an electrically conducted multilink microstrip conducting wire structure. The multilink microstrip conducting wire improves the characteristics of a plurality of conventional microstrip conducting wires, and avoids the defect that the conventional microstrip conducting wires are easily interfered by external signals and adjacent electromagnetic structures. The design method uses the multilink microstrip lead which brings about easier wideband matching than the conventional microstrip conducting wire, reduces the interference and improves the Q value. The design method designs a component having the functions of conduction, feed-in / feed-out, storage / release, and transmission / reception. The method aims at providing the design and manufacture of a component which has the functions of conduction, feed-in / feed-out, and transmission / reception and is applied to metal and semimetal and dielectric materials such as antennae, conducting wires, components with the function of electromagnetic energy storage / release such as inductance, and single-layer or multilayer dielectrics such as integrated circuits, thin film transistor circuits, low temperature or high temperature co-burnt ceramics, printed circuit boards, PC soft plates, nanometer carbon tubes, and the like.

Description

technical field [0001] The present invention relates to a microstrip wire structure and design method thereof, especially to a multiple-connected microstrip wire (multiple-connected micro strip line) structure, so that it can improve the characteristics of many traditional microstrip wires, but still maintain the simple structure of traditional microstrip wires to improve its use efficiency and application range. Background technique [0002] Microstrip lines have broadband characteristics, and have been widely used as telecommunication conduction, feed-in / out-feed, storage / release, and transmit / receive structures for many years, and the examples are too numerous to enumerate. The main advantage is that its structure is simple, so it is easy to manufacture and connect and integrate with other structures. But it is also susceptible to interference from external signals and adjacent electromagnetic structures. The reference papers are as follows: [0003] H.A. Wheeler, "Tra...

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But it is also susceptible to interference from external signals and adjacent electromagnetic structures

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