| Title |
A Design of Behavioral Simulation Platform for Near Field Communication Transceiver using MATLAB Simulink |
| Authors |
안덕기(Ahn, Deok-Ki) ; 배상근(Bae, Sang-Geun) ; 황인철(Hwang, In-Chul) |
| Keywords |
Near field communication ; NFC ; Matlab ; Simulink ; Transceiver |
| Abstract |
Near-Field Communication (NFC) is a short-range wireless communication technology evolved from RFID especially for the exchange of data between active and passive devices. This paper presents the mathematical models for the signal path of a NFC transceiver system and a behavioral simulation platform using MATLAB simulink. The approximated mathematical models simplify the simulation complexity of a transceiver and provide a quick evaluation. With this calculation platform, we can evaluate the system performance caused by the noise and the non-linearity of the individual blocks, and caused by system variables such as Effective Number of Bits (ENOB) of ADC and filter cutoff frequency. This platform provides us with a rapid prototyping, a reliable system design, and an efficient risk management during development of the NFC transceiver ICs. |