Synthesis and Diagnosis of Solar-Powered Wireless Charging Integrated Circuit and System

[[abstract]]本篇論文提出新型太陽能無線充電積體電路系統(Solar-powered wireless charging integrated circuit and system)設計，此設計將結合能量採集(Energy harvesting)、無線充電(Wireless charging)、大數據分析(Big data analysis)等技術，可使積體電路系統工作達到最佳效率。 相較於數位電路系統設計，類比電路系統設計通常需要較多技術與經驗，因此，類比設計是比較困難的設計。本文中，將發展出新型合成(Synthesis)工具，可自動設計出所有積體電路與系統，藉此可縮減大量人力與時間。此設計是以太陽能為能源，經由傳輸端電路系統，將能源以磁共振(Magnetic resonance)方式傳送到接收端電路系統。 太陽能源會隨環境參數而改變，是相當不穩定的能源。因此，診斷工具為此積體電路系統中非常重要的部分。本設計將運用照度、溫度、電壓與電流等資訊，經由大數據分析技術，發展出新型診斷(Diagnosis)工具，判別太陽能無線充電系統運作情形。 本文中所提出的晶片，將依照國家晶片設計中心下線流程，並使用台灣積體電路製造公司(Taiwan semiconductor manufacturing company TSMC)所提供的0 35μm 2P4M 3 3V/5V mixed-signal process製作，晶片面積為1 082*1 065 mm2。[[abstract]]In this paper a novel synthesis and diagnosis tool of solar-powered wireless charging integrated circuit (IC) and system is proposed This design will combine wireless charge big data analysis technologies to operate the proposed IC and system at the high efficient condition Analog IC and system are typically harder to design requiring more skill and experience than comparable digital IC and system In this analog IC and system the synthesis tool is developed for the proposed design With the proposed tool design the synthesized transmitter circuit transfers the solar energy to the synthesized receiver circuit with the magnetic resonance (MR) technology Owing to the output power of solar panels is affected by environmental factors the diagnosis is very important for the proposed IC and system The sensing conditions including irradiance temperature humidity voltage and current are used to build a big data analysis system in the diagnosis tool Then the proposed tool can be used to diagnose the operation conditions of the synthesized ICs for the monitor and maintenance processes This IC had been taped out through the design flow of the National Chip Implementation Center (CIC) Then the IC is fabricated with TSMC 0 35μm 2P4M 3 3V/5V mixed-signal process and the total area is 1 082*1 065 mm