BCD adder circuit of the second stage includes carry lookahead adder circuit, an input terminal to receive the intermediate sum vector and the intermediate carry vector, generating a propagate vector and a final carry vector. BCD加法器电路的第三级根据输入的中间进位向量和最后进位向量的位有条件地...
[Lecture Notes in Electrical Engineering] Computational Advancement in Communication Circuits and Systems Volume 335 || Hybrid Single Electron Transistor-Based Low Power Consuming BCD Adder Circuit in 65 Nanometer Technology 来自 onAcademic 喜欢 0 阅读量: 34 ...
At high sample pulses, the circuit is allowed to transfer the input to the counter. At low sample pulses, the input signal is transferred to the counter. The unknown frequency of the input signal is the ratio of no of counts given by the counter to the sample time interval. The JK flip...
The BCD adder circuit for adding two BCD encoded operands and for producing a BCD encoded sum includes a bank of parallel full adder circuits as a first stage which generate an intermediate sum vector and an intermediate carry vector from the sum of the operands and a precorrection factor. A...
The serial adder circuit according to the subject of the invention differs from the serial adder circuit according to P 3844014.8 in that the gate circuit (6) is not arranged between the circuit (5) and the shift register (4), but between the shift register (3) and the circuit (5). ...
In this finally implement BCD adder by using Full adder circuit is designed based on conventional domino logic with "Rate sensing keeper" technique. on mentor graphics tool 130 nm technology.S. RambabuInternational Journal of Advanced Research in Electrical, Electronics and Instrumentation Energy...
The serial adder circuit according to the subject of the invention consists of a dual full adder (1), in which the tetrads are serially added to each other, and a correction circuit (5), using which the number 6 (LHHL) may be added to the intermediate result number, which is stored ...
The serial adder circuit according to the subject of the invention has two dual full adders (1 and 2), of which the dual full adder (2) is intended for a possible correction addition of the number 6 (LHHL). The addition takes place in eight shift register cycles, of which the fifth ...
Here a BCD adder circuit is realized with the help of hybrid single-electron transistor technology in 65nm node. Power analysis and power-delay product for that adder circuit are also presented both numerically and graphically in comparison to the conventional CMOS logic, respectively....
Here a BCD adder circuit is realized with the help of hybrid single-electron transistor technology in 65聽nm node. Power analysis and power-delay product for that adder circuit are also presented both numerically and graphically in comparison to the conventional CMOS logic, respectively....