Novel time-domain methods for efficient modelling and design of RF/microwave circuit structures for emerging wireless technology applications

新的射频/微波无线电系统正在出现，用于创新的无线技术应用，如资产跟踪、环境传感和医疗监测。这些无线电设备通常需要低成本、小尺寸和低功耗，并且同时具有多信道和多标准功能性，以在高频和可能的宽频带下操作。这些要求一直是无线电设计人员面临的严峻挑战，因为寄生、互耦合、辐射和干扰等高频效应再也不能被忽略。

New RF/microwave radio systems are emerging for innovative wireless technology applications such as asset tracking, environmental sensing and medical monitoring. These radios are often required to be low cost, small size and low power consumption and, at the same time, to have multi-channel and multi-standard functionality, to operate at a high frequency and with a possible wide frequency band. These requirements have always presented difficult challenges for radio designers, since high frequency effects such as parasitics, mutual coupling, radiation and interference can no longer be neglected.