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Title |
Architecture for Efficient Energy Meter |
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Author |
Vipan Kakkar |
| Citation |
Vol. 9 No. 11 pp. 203-208 |
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Abstract |
This paper describes a low-power ARM7TDMI based architecture for use in energy meter. Energy metering device demands low power consumption and portable design. It must be able to calculate the energy consumed by a consumer and communicate this calculated data to the a remote central database. To meet this goal, this work proposes an ARM7TDMI based architecture that can be implemented on a single chip resulting in small size and low power consumption, at an enhanced performance. Various low-power and power management schemes have been used in this design. Furthermore, the design nature of this architecture will allow for scalability for further channel additions. |
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Keywords |
Energy meter, ARM7, AMR, signal processing, low power |
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