Improved multiplier used in the state-matrix for magnetic control of a synchrotron
Long Yindong, Lin Feiyu, 乔卫民 Qiao Weimin, Jing Lan · Nuclear Techniques · 2009
The magnetic control of a synchrotron is a high precision real time system.With the development of digital processing,the HIRFL-CSR project (Cooler Storage Ring of the Heavy Ion Research Facility in Lanzhou) has higher requirements on floating multiplier’s speed and used-resource.In this paper,we report the improved floating multiplier realized by the VHDL and the Booth algorithm,based on the tree-structure consisting of the 4-2 and 3-2 compressors.It takes the EP3C25F256 as the hardware environment to get the timing-emulate and function-emulate.Comparing with other designs,this floating multiplier has better in correction and speed.