39results about How to "Correct logic function" patented technology

The invention discloses a three-value PUF unit and circuit realized by using CNFET. The three-value PUF circuit comprises a three-value row decoder, a three-value column decoder, a three-value output circuit and a three-value PUF unit array, the three-value PUF unit array is a 3n row* 3n column matrix formed by arranging 3n*3n three-value PUF units, the three-value PUF unit comprises a first CNFET tube, a second CNFET tube, a third CNFET tube, a fourth CNFET tube,a fifth CNFET tube, a sixth CNFET tube, a seventh CNFET tube, an eighth CNFET tube, a ninth CNFET tube and a tenth CNFET tube tenth; and the three-value PUF unit and circuit has the advantages of realizing a relatively small circuit area on the basis of ensuring a correct logic function, and having relatively good randomness and uniqueness.

The present invention discloses a neuron MOS based multi-valued counter unit. The counter unit includes a neuron MOS source follower and at least a control gate connected the neuron MOS source follower. The control gate includes a first dual-value D flip-flop, a second dual-value D flip-flop, an AND gate, and an OR gate. The present invention utilizes the neuron MOS to replace the complicated threshold value operations of the multi-value logic. The current invention implements the true multi-value logic and a multi-base multi-value counter by increasing the number of the dual-value D flip-flop, and connecting the dual-value D flip-flop to the input control gate of the neuron MOS follower. Comparing to the conventional multi-value counter, the present invention reduces the necessary components in constructing the counter, and it also reduces the cost and power consumption. The present invention applies the asynchronous carry-over concept to implement the multi-digit multi-value counter, and it also has been verified by the simulation of P Simulation Program with Integrated Circuit Emphasis (SPICE).

The invention discloses a low power consumption multiposition three-valued Domino adder. The adder comprises n-numbered positions of three-valued heat insulation Domino adding units, wherein the k position of three-valued heat insulation Domino adding unit is connected with the low-position carry signal output end of the (k+1) position of three-valued heat insulation Domino adding unit by a heat insulation Domino buffer; the k position of three-valued heat insulation Domino adding unit is also connected with the complementary low-position carry signal output end of the (k+1) position of three-valued heat insulation Domino adding unit by a heat insulation Domino buffer; the ipso position and the signal output end of the j position of three-valued heat insulation Domino adding unit are connected with (n-j)-numbered heat insulation Domino buffers in sequence; the addend signal input end and augend signal input end of the j position of three-valued heat insulation Domino adding unit are connected with (j-1)-numbered heat insulation Domino buffers in sequence; k is equal to 1, 2,......, n-1; j is equal to 1, 2,......, n; and m is equal to 1, 2,......, n-1. The adder has the following advantage: the power consumption is reduced by about 61% compared with that of the conventional three-valued Domino adder adopting the direct-current power source.

The invention discloses a tri-valued, thermal-insulating and low-power multiplier unit and a multiplier. The multiplier unit controls each NMOS tube in an input signal sampling circuit to sample input signals by using a clock-controlled clock signal; four corresponding integrating circuit modules and carry output circuits with cross storage-type structures are constructed by sampled values according to required realized multiplication logic relationship through the bootstrap operation of the NMOS tube; power clocks phi1 and phi complete the evaluation and energy recovery of the output load torealize correct logic function; and compared with a DPL tri-valued multiplier, the four-digit tri-valued thermal-insulating and low-power multiplier can save energy consumption by about 91 percent in0.9 microsecond and has distinct low-power characteristics.

The invention discloses a multi-order ternary double-track domino comparator. The multi-order ternary double-track domino comparator consists of at least two-order ternary low-power-consumption domino comparison units; each comparison unit comprises a first control circuit, a second control circuit and a comparison signal generation circuit; and the first control circuit and the second control circuit are respectively used for controlling generation of signals of logics 2 and 1. A comparison result of a high-order ternary low-power-consumption domino comparison unit serves as a high-order comparison output signal which is connected to a low-order ternary low-power-consumption domino comparison unit, a complementary comparison result of the high-order ternary low-power-consumption domino comparison unit serves as a complementary high-order comparison output signal which is connected to the low-order ternary low-power-consumption domino comparison unit, and the high-order comparison output signal and the complementary high-order comparison output signal, which are connected to the highest-order ternary low-power-consumption domino comparison unit, are the logic 1. The multi-order ternary double-track domino comparator has the advantages of correct logic function and simple structure. Compared with the conventional multi-order ternary domino comparator, the multi-order ternary double-track domino comparator has the obvious characteristic of low power consumption, and about 71.4 percent of power consumption is saved.

The invention discloses a four-value heat-insulating dynamic D trigger. The D trigger comprises a character computing circuit, a character sampling circuit and a logic signal generating circuit, wherein the character computing circuit mainly comprises first, second, third and fourth sub-character computing circuits; and the logic signal generating circuit mainly comprises a 0-3 logic signal generating circuit and a 1-2 logic signal generating circuit. The trigger is characterized in that: the four-value heat-insulating dynamic D trigger designed through clocked heat insulation technology and multi-threshold MOS tube control technology mainly comprises the character computing circuit and the logic signal generating circuit; and the logic signal generating circuit is controlled by the character computing circuit to generate a four-value logic signal. The circuits of the D trigger sample the input signal through a clocked NMOS tube, and the output load realizes assignment and energy through a sampling value, the bootstrap-operated NMOS tube and a follow power clock with a cross storage type structure. The D trigger effectively reduces the power consumption and improves working reliability of the circuit on the premise of guaranteeing the correct logic function of the circuits.

The invention discloses a single-phase clock pass transistor adiabatic logic circuit. The circuit is characterized by comprising a logic assignment circuit and an energy regeneration circuit, wherein the energy regeneration circuit consists of two pMOS transistors, namely a first pMOS transistor and a second pMOS transistor; the source of the first pMOS transistor and the source of the second pMOS transistor are connected in parallel with a power clock end; and the logic assignment circuit consists of four nMOS pass transistors, namely, a fifth nMOS pass transistor, a sixth nMOS pass transistor, a seventh nMOS pass transistor and an eighth nMOS pass transistor. The circuit has the advantages of combining the advantages of the single-phase power clock adiabatic logic (CAL) and complementary pass transistor logic (CPL), only one power clock CLK is needed, an auxiliary clock (CX and CX') alternately controls each stage of logic circuit, and the frequency of the circuit is half that of the power clock CLK; the single-phase power clock is used by a full adder on the basis, so that complexity of the clock circuit is reduced, the clock circuit is easier to generate, and the area of the circuit is greatly reduced; and a 5-2 compressor only consists of the full adder and has a simple and normative circuit structure and can compress more digits at one time.

The invention discloses a tri-valued, thermal-insulating and low-power adder unit and an adder. The adder unit controls each NMOS tube in an input signal sampling circuit to sample input signals by using a clock-controlled clock signal; four corresponding summing circuit modules and carry output circuits with cross storage-type structures are constructed by sampled values according to required realized addition logic relationship through the bootstrap operation of the NMOS tube; power clocks phi1 and phi complete the evaluation and energy recovery of the output load to realize correct logic function; and compared with a DPL tri-valued adder, the four-digit tri-valued thermal-insulating and low-power adder can save energy consumption by about 90 percent in 0.9 microsecond, and has distinctlow-power characteristics.

The invention discloses a double-edge D flip-flop based on N type SABL logic. The double-edge D flip-flop comprises a first transmission gate, a second transmission gate, a third transmission gate, a fourth transmission gate, a fifth transmission gate, a sixth transmission gate and two N type SABL logical units. The double-edge D flip-flop has the advantages that the two N type SABL logical units and the six transmission gates are adopted for designing the double-edge D flip-flop, in the Cadence environment, by the adoption of a TSMC 0.13-micrometer CMOS technology, analog simulation is performed on the double-edge D flip-flop based on the N type SABL logic, an analog result shows that a circuit has a correct logical function, by analyzing power consumption curves of the double-edge D flip-flop based on the N type SABL logic, it can be known that in every clock period, the power consumption curves of the double-edge D flip-flop are the same, power consumption is constant, and the double-edge D flip-flop has a power balance characteristic and achieves the characteristic of resisting to bypass attacks.