Method of forming a majority gate based low power ferroelectric based adder with reset mechanism

A method comprising:

• forming a reset mechanism comprising a first set of devices coupled to outputs of a plurality of driver circuitries, and a second set of devices coupled to a non-linear polar material, wherein forming the reset mechanism further comprises;
• forming a plurality of pass-gates coupled to the outputs of the plurality of driver circuitries;
• forming a plurality of pull-down devices coupled to the plurality of pass-gates and a plurality of inputs, wherein the first set of devices includes the plurality of pass-gates and the plurality of pull-down devices;
• controlling an individual pass-gate i by a first control input and a second control input, wherein the second control input is an inverse of the first control input;
• coupling an individual pull-down device to the individual pass-gate;
• controlling the individual pull-down device by the first control input;
• and
• coupling second pull-down devices to either terminal of a capacitor having the non-linear polar material;
• wherein the second pull-down devices include a first transistor controllable by the first control input, and a second transistor controllable by a third control input, and wherein the second set of devices includes the second pull-down devices.

A method comprising:

• forming a processor circuitry;
• coupling a communication interface to the processor circuitry;
• and
• forming a memory;
• coupling the method to the processor circuitry, wherein forming the processor circuitry comprises:
• forming a plurality of majority gates coupled together as a 1-bit full-adder, wherein an individual majority gate includes non-linear polar material, wherein the individual majority gate includes a plurality of inputs;
• forming a plurality of driver circuitries coupled to the plurality of inputs;
• and
• forming a reset mechanism comprising a first set of devices coupled to outputs of the plurality of driver circuitries, and a second set of devices coupled to the non-linear polar material, wherein forming the reset mechanism further comprises forming a plurality of pass-gates coupled to the outputs of the plurality of driver circuitries;
• forming a plurality of pull-down devices coupled to the plurality of pass-gates and a plurality of inputs, wherein the first set of devices includes the plurality of pass-gates and the plurality of pull-down devices;
• controlling an individual pass-gate i by a first control input and a second control input, wherein the second control input is an inverse of the first control input;
• coupling an individual pull-down device to the individual pass-gate;
• controlling the individual pull-down device by the first control input;
• coupling second pull-down devices to either terminal of a capacitor having the non-linear polar material;
• wherein the second pull-down devices include a first transistor controllable by the first control input, and a second transistor controllable by a third control input, and wherein the second set of devices includes the second pull-down devices.