A New Hardware Implementation of Manchester Line Decoder
In this paper, we present a simple circuit for
Manchester decoding and without using any complicated or
programmable devices. This circuit can decode 90kbps of transmitted
encoded data; however, greater than this transmission rate can be
decoded if high speed devices were used. We also present a new
method for extracting the embedded clock from Manchester data in
order to use it for serial-to-parallel conversion. All of our
experimental measurements have been done using simulation.
[1] NI Multisim, Version 10.0.144, 2007National instruments.
[2] www.national.com/ds/LM/LM339.pdf
[1] NI Multisim, Version 10.0.144, 2007National instruments.
[2] www.national.com/ds/LM/LM339.pdf
@article{"International Journal of Electrical, Electronic and Communication Sciences:52699", author = "Ibrahim A. Khorwat and Nabil Naas", title = "A New Hardware Implementation of Manchester Line Decoder", abstract = "In this paper, we present a simple circuit for
Manchester decoding and without using any complicated or
programmable devices. This circuit can decode 90kbps of transmitted
encoded data; however, greater than this transmission rate can be
decoded if high speed devices were used. We also present a new
method for extracting the embedded clock from Manchester data in
order to use it for serial-to-parallel conversion. All of our
experimental measurements have been done using simulation.", keywords = "High threshold level, level segregation, lowthreshold level, smoothing circuit synchronization..", volume = "4", number = "9", pages = "1348-5", }