S. H. Unger, "Double-edge-triggered flip-flops," IEEE Trans. Computers, vol.30, no.6, pp.447-451, June 1981. Home/Search Document Not in Database Summary Related Articles Check |
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Contributions to the Design of Asynchronous Macromodular Systems - Plana (1998) (Correct)
....at Z, making it opaque again. After propagation through DZ, a is de asserted. Single Rail Datapaths 2 Phase handshaking Alternatively, if 2 phase handshaking is used to control the datapath, event based latches (also called capture pass latches [83] or dual edge triggered flip flops (DETFFs) [89, 1, 105] can be used. These storage elements respond to transitions in the control signal, which make them more expensive than standard (level based) latches. If D latches are used in 2 phase systems, expensive 2 phase 4 phase converters are needed [83, 69, 16] If DETFFs are used, the datapath operates ....
Stephen H. Unger. Double-edge-triggered flip-flops. IEEE Transactions on Computers, C-30(6):447--451, June 1981.
A New Design for Double Edge Triggered Flip-flops* - Massoud Pedram Qing (Correct)
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S. H. Unger, "Double-edge-triggered flip-flops," IEEE Trans. Computers, vol.30, no.6, pp.447-451, June 1981.
Low Power Sequential Circuit Design by Using Priority.. - Xunwei Wu Institute (Correct)
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S. H. Unger, `Double-edge-triggered flip-flops', IEEE Trans. on Computers, 30(6): 447-451, 1981.
Unknown - (Correct)
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UNGER, S. H.: `Double-edge-triggered flip-flops' , IEEE Trans. Computers, 1981, 30, (6), pp.447-451
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UNGER, S. H., 1981, "Double-edge-triggered flip-flops," IEEE Trans. Computers, 30, 447-451.
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