ABSTRACT
In recent era of 21st century the electronics engineering is prettily well known for its comfort and user-friendly interface. All the low power sensor networks require a power for its routine applications and processes. RF Energy Harvesting (RFH) is emerging potential method for the proactive energy replenishment of next generation wireless networks and for energy crisis problem. Since present all the RF-DC techniques focuses on single or double frequency operation and it mainly deals with single structure antenna design. In this chapter the mathematical simulation model of multi structured frequency reception single antenna is designed under CMOS 5 stage rectification process to provide DC power for remote devices. The chapter-based prototype design of differential Microstrip patch structure for RF energy harvesting, CMOS rectifier which is to be designed in 5/6 stages. A multiple frequency receiver antenna with 3D structure along with its design characteristics in ADS is to be mentioned by this chapter. The presented structure uses various ADS tools and technics for simulation this will provide a basic design learning platform of ADS for researcher. ADS tools like Monte Carlo, optimization techniques and tuning conditions ae mentioned in this chapter for providing step by step simulation guidelines for new users. Currently the world is facing a big outbreak of COVID-19 and our day-to-day life activities gets stuck because of it. Because of technology the world has an option of human remote interaction with database to enforce the social distancing in such pandemic situation. WEH allows IOT sensor node to forage self-sustaining energy from environment. In this entire book chapter, we will get the brief knowledge of WEH system its fundamentals, Mathematical model process of each module, its software design aspects and most important step by step design validation and verification simulation guidance. © 2022 American Institute of Physics Inc.. All rights reserved.