A sensor system on chip for wireless microsystems

Recent years have seen the rapid development of microsensor technology, system on chip design, wireless technology and ubiquitous computing. When assembled into a complex microsystem the technologies become powerful tools in medical diagnostics, environmental monitoring and personal connectivity. In this paper we describe the demonstration of a silicon chip that has all the attributes required of a microsystem for use in these applications. The design methodology we have employed is a variant of the system on chip approach whereby many intellectual property blocks are integrated at a high level in the design flow. Our intellectual property blocks include the analogue sensor instrumentation for temperature and pH, a data multiplexing and conversion module, a digital platform based around an 8-bit microcontroller, data encoding for spread-spectrum wireless transmission and a RF section requiring very few off-chip components. The chip has been fully evaluated and tested by connection to ...

• Type: Conference
• Year: 2006
• Where: ISCAS
• Authors: L. Wang, Nizamettin Aydin, A. Astaras, M. Ahmadian, P. A. Hammond, T. B. Tang, Erik A. Johannessen, Tughrul Arslan, S. P. Beaumont, B. W. Flynn, A. F. Murray, Jonathan M. Cooper, David R. S. Cumming
• Keywords: Chip, Chip Design, Intellectual Property Blocks, ISCAS 2006