Description: The adder is generated the number of and apparatus. Addend and augend input sum and carry bits of the output means is a half adder. If the addend, augend and the low decimal input, and the sum and carry output is a full adder. Commonly used for computer arithmetic logic unit, perform logical operations, shift instruction calls. In electronics, the adder is a digital circuit, which may be a digital sum. In modern computers, the adder is present being in the arithmetic logic unit (ALU). Adder can be used to represent various values , such as: BCD, plus three yards main adder based on binary for computing. Negative two s complement available to represent the addition and subtraction is not so necessary
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WXZ
...\WXZ.asm.rpt
...\WXZ.done
...\WXZ.fit.eqn
...\WXZ.fit.rpt
...\WXZ.fit.summary
...\WXZ.flow.rpt
...\WXZ.map.eqn
...\WXZ.map.rpt
...\WXZ.map.summary
...\WXZ.pin
...\WXZ.pof
...\WXZ.qpf
...\WXZ.qsf
...\WXZ.sim.rpt
...\WXZ.sof
...\WXZ.tan.rpt
...\WXZ.tan.summary
...\WXZ.v
...\WXZ.vwf
...\db
...\..\WXZ.asm.qmsg
...\..\WXZ.cbx.xml
...\..\WXZ.cmp.cdb
...\..\WXZ.cmp.hdb
...\..\WXZ.cmp.rdb
...\..\WXZ.cmp.tdb
...\..\WXZ.cmp0.ddb
...\..\WXZ.db_info
...\..\WXZ.eco.cdb
...\..\WXZ.eds_overflow
...\..\WXZ.fit.qmsg
...\..\WXZ.hier_info
...\..\WXZ.hif
...\..\WXZ.map.cdb
...\..\WXZ.map.hdb
...\..\WXZ.map.qmsg
...\..\WXZ.pre_map.cdb
...\..\WXZ.pre_map.hdb
...\..\WXZ.psp
...\..\WXZ.rtlv.hdb
...\..\WXZ.rtlv_sg.cdb
...\..\WXZ.rtlv_sg_swap.cdb
...\..\WXZ.sgdiff.cdb
...\..\WXZ.sgdiff.hdb
...\..\WXZ.signalprobe.cdb
...\..\WXZ.sim.hdb
...\..\WXZ.sim.qmsg
...\..\WXZ.sim.rdb
...\..\WXZ.sim.vwf
...\..\WXZ.sld_design_entry.sci
...\..\WXZ.sld_design_entry_dsc.sci
...\..\WXZ.syn_hier_info
...\..\WXZ.tan.qmsg
...\..\WXZ_cmp.qrpt
...\..\WXZ_sim.qrpt
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