Media.Player

A Derived Physically Expressive Circuit Model for Multi-layer RF Embedded Passives

总结

The invention, called derived physically expressive circuit model (DPECM), is for systematically derivation of an equivalent circuit model for embedded multi-layered RF passive circuits. The needs for such an physically expressive circuit model mainly comes from two aspects: (1) a co-simulation of a mixed-signal heterogeneous system that consists of digital circuits, which are modeled by a circuit simulation in the time domain, and analog passive circuits, which is simulated by electromagnetic (EM) simulation in the frequency domain; and (2) the prediction of electromagnetic interference (EMI) among the RF passive circuits. Based on the invention, the derived equivalent circuit not only consists of the main elements of the original physical layout, but also reflects the parasitic effects, which can help designers diagnose the circuits and improve the physical layout design. The derived equivalent circuit model of the RF passives also can be incorporated with other lumped element circuits to do time-domain or frequency domain simulation of whole system. The invention is applicable for various kinds of embedded passives such as LTCC technology-based passives, PCB technology-based passives as well as IC technology-based passives and so on.

附加资料

Inventor: Huang, Chia Wei
Priority Number: US20060259495A1
IPC Current: G06F001730
US Class: 001001 | 707010 | 70799901
Assignee Applicant: Via Technologies Inc.
Title: Batch transmitting server and batch transmitting method
Usefulness: Batch transmitting server and batch transmitting method
Summary: Used for transmitting data requested by a client from a server to the client.
Novelty: Batch transmitting server, has selecting module selecting set of to-be-transmitted data from temporary saving module based on transmission setting, where setting is determined according to client request

主要类别

信息和通信技术/电信

细分类别

资讯科技

申请号码

05/ENG/217 Patent Status: US Patent Pending

其他

Inventor(s): Professor Keli Wu, Department of Electronic Engineering

国家/地区

香港