High speed bi-directional binary-ternary interface with cntfets
S Bos, HN Risto, H Gundersen - 2021 - openarchive.usn.no
S Bos, HN Risto, H Gundersen
2021•openarchive.usn.noThe world is built on binary electronics, thus high speed and bi-directional radix conversion
is needed to enable billions of binary devices to co-exist with non-binary ones. In this article
we discuss a generic method for conversion between binary and ternary. A CNTFET
implementation is given using a balanced ternary full adder. The implementation is
simulated using HSPICE 2020 and is made open source. We demonstrate that nibble word
conversion speeds of over 25 GB/s with power consumption of 97.8 μWare achievable with …
is needed to enable billions of binary devices to co-exist with non-binary ones. In this article
we discuss a generic method for conversion between binary and ternary. A CNTFET
implementation is given using a balanced ternary full adder. The implementation is
simulated using HSPICE 2020 and is made open source. We demonstrate that nibble word
conversion speeds of over 25 GB/s with power consumption of 97.8 μWare achievable with …
The world is built on binary electronics, thus high speed and bi-directional radix conversion is needed to enable billions of binary devices to co-exist with non-binary ones. In this article we discuss a generic method for conversion between binary and ternary. A CNTFET implementation is given using a balanced ternary full adder. The implementation is simulated using HSPICE 2020 and is made open source. We demonstrate that nibble word conversion speeds of over 25 GB/s with power consumption of 97.8 μWare achievable with 1760 CNTFETs switching at 5 GHz.
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