Anandhimeena Prabahar | Anna University (original) (raw)

Anandhimeena Prabahar

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Papers by Anandhimeena Prabahar

Research paper thumbnail of CMOS Fully Integrated 2 5GHz Active RFID Tag with On chip antenna PDF

This paper presents a fully integrated active RFID tag, realized in a 3.3V 0.35µm CMOS process, w... more This paper presents a fully integrated active RFID tag, realized in a 3.3V 0.35µm CMOS process, which exploits an on-chip loop antenna for short-range communications. This solution eliminates the need of a post-process assembled external antenna thus allowing to obtain a low-cost system for RFID applications. The implemented chip uses a 2.5GHz complementary cross-coupled LC oscillator based OOK transmitter. The system is duty cycled for reducing the power consumption. For the transmission of the stored 32bit indentifying code at 5kbit/s data rate, the average power consumption is 160µW. The integrated loop antenna radiates sufficient power for 1m communication range.

Research paper thumbnail of CMOS Fully Integrated 2 5GHz Active RFID Tag with On chip antenna PDF

This paper presents a fully integrated active RFID tag, realized in a 3.3V 0.35µm CMOS process, w... more This paper presents a fully integrated active RFID tag, realized in a 3.3V 0.35µm CMOS process, which exploits an on-chip loop antenna for short-range communications. This solution eliminates the need of a post-process assembled external antenna thus allowing to obtain a low-cost system for RFID applications. The implemented chip uses a 2.5GHz complementary cross-coupled LC oscillator based OOK transmitter. The system is duty cycled for reducing the power consumption. For the transmission of the stored 32bit indentifying code at 5kbit/s data rate, the average power consumption is 160µW. The integrated loop antenna radiates sufficient power for 1m communication range.

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