Design of Low Power Data Radio Transceiver Based on A7102C

Jia Yu Liu; Ya Rong Zhang; Lei Wang

doi:10.4028/www.scientific.net/AMM.719-720.717

Paper Titles

Minimum Cost Programming Models of Nodes Deployment for WSNs
p.696

Soft Decisions of D-PSK Demodulation for G3 OFDM Technology
p.702

Design and Implementation of a Loom Information Management System
p.707

High-Speed Parallel Implementation of AES Key Expansion Algorithm Based on FPGA
p.712

Design of Low Power Data Radio Transceiver Based on A7102C
p.717

An Efficient Method for Managing CoMP Cooperating Set Based on Central Controller in LTE-A Systems
p.721

An Energy-Awareness and Congestion-Avoidance Routing Protocol for Mobile Ad Hoc Networks
p.727

Development and Research of an Integrated Platform System for Management and Control
p.732

Accuracy Improvement of GPS Positioning Based on GA-Aided Particle Filter
p.737

HomeApplied Mechanics and MaterialsApplied Mechanics and Materials Vols. 719-720Design of Low Power Data Radio Transceiver Based...

Design of Low Power Data Radio Transceiver Based on A7102C

Abstract:

Low power data radio transceiver was designed based on ATMEGA88PA microcontroller and A7102C RF chip. The design principle was described. The hardware circuit diagram and the software flow chart were given. Experimental results showed that in the 433MHz band the standby current was less than 2uA, the transmitting power was 14.9dbm, the receiving sensitivity was-110dbm and the communication distance was 1.2KM in open space.