Antenna development for IoT applications is done by using modern simulation tools which enable precise modeling, evaluation and optimization of antennas. An accurate determination of fundamental antenna parameters such as input impedance, current and field distribution allows optimal design of the antenna geometry. The antenna may be implemented as a separate component within a housing or be integrated on a circuit board together with other components. The performance of integrated antennas strongly depends on the antenna size and shape as well as the material, size and shape of the IoT device. Only modern 3D simulations allow an optimum antenna design, maximizing the RF performance and thus ensuring stable communication and long service life. IoT antennas, antenna design for IoT applications and wireless sensors, RF antenna development for IoT systems, integrated RF antennas and modules for IoT applications, embedded antennas for IoT devices, RF antennas for Internet of Things, antenna systems for internet of things (IoT)
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