A neuromorphic device according to various embodiments of the present disclosure includes a recognizing unit suitable for recognizing information based on a plurality of learned results to generate a plurality of recognition signals, a maximum value extracting unit suitable for respectively extracting values of the plurality of recognition signals and extracting a recognition signal having a maximum value among the plurality of recognition signals, and a control unit suitable for processing the information based on the to recognition signal having the maximum value.
Please help me write a proper abstract based on the patent claims. CLAIM: 1. A neuromorphic device comprising: a recognizing unit suitable for recognizing information based on a plurality of learned results and generating a plurality of recognition signals; a maximum value extracting unit suitable for respectively extracting values of the plurality of recognition signals and extracting a recognition signal having a maximum value among the plurality of recognition signals; and a control unit suitable for processing the information based on the recognition signal having the maximum value. 2. The neuromorphic device of claim 1, further comprising: an input unit to which the information to be recognized is received. 3. The neuromorphic device of claim 1, wherein the maximum value extracting unit comprises a plurality of signal extracting units, and wherein each of the signal extracting units comprises: a first switch suitable for delivering, by a first control signal, an input first recognition signal to a connection node; other switches coupled between the connection node and a first power supply voltage, and switching-controlled by second recognition signals of connection nodes of other signal extracting units; and a determining unit suitable for comparing a power supply voltage of the connection node with a reference voltage to output a determination signal, wherein the first recognition signal is an input signal of a corresponding signal extracting unit and the second recognition signal is an input signal of the other signal extracting units. 4. The neuromorphic device of claim 3, wherein the control unit determines a signal output having the maximum value among outputs of the signal extracting units and outputs a recognition result for information corresponding to the signal having the determined maximum value. 5. The neuromorphic device of claim 4, wherein the second control signal is generated by delaying a set time after the first control signal is deactivated. 6. The neuromorphic device of claim 5, wherein each of the other switches comprises a first electrode coupled to the connection node, a second electrode coupled to the first power supply voltage, and a gate electrode coupled to respective connection nodes of other signal extracting units. 7. The neuromorphic device of claim 6, wherein the first power supply voltage includes a ground power supply voltage. 8. The neuromorphic device of claim 5, wherein the first switch is a transmission gate that is turned on by the first control signal to deliver a signal of an input node to the connection node, and is turned off in a deactivation period of the first control signal. 9. The neuromorphic device of claim 5, wherein each of the signal extracting units delivers a signal of an input node to the connection node by the first control signal, and a potential of the connection node is changed by the other switches in a period where the first control signal is deactivated. 10. The neuromorphic device of claim 5, wherein the determining unit includes a differential amplifier suitable for outputting a digital signal based on a difference between the power supply voltage of the connection node and the reference voltage. 11. The neuromorphic device of claim 10, wherein the reference voltage is set to a maximum value when the power supply voltage of the connection node is equal to or greater than a set voltage. 12. An operating method of a neuromorphic device, comprising: recognizing information based on a plurality of learned results to generate a plurality of recognition signals; extracting a recognition signal having a maximum value from among the plurality of recognition signals; and processing the information based on the recognition signal having the maximum value. 13. The operating method of claim 12, further comprising: receiving information to be recognized. 14. The operating method of claim 12, wherein the extracting of the recognition signal comprises extracting values of the plurality of recognition signals using a plurality of signal extracting units, wherein extracting a recognition signal value through any one of the plurality of signal extracting units comprises: receiving, as a first recognition signal, a corresponding recognition signal from among the plurality of recognition signals; delivering the first recognition signal to a connection node by driving a first switch while the first control signal is activated; performing, by second switch, voltage drop of the connection node while the first control signal is deactivated, the second switch being coupled between the connection node and a first power supply voltage and controlled by a second recognition signal of connection nodes of other signal extracting units; and comparing the power supply voltage of the connection node with the reference voltage and outputting a determination signal, while the second control signal is activated, and wherein the first recognition signal is an input signal of a corresponding signal extracting unit, and the second recognition signal is an input signal of the other signal extracting units. 15. The operating method of claim 14, wherein the processing of the information comprises: determining a signal output having a maximum value from among outputs of the signal extracting units; and outputting a recognition result of information corresponding to a signal having the determined maximum value. 16. The operating method of claim 15, wherein the second control signal is generated by delaying a set time after the first control signal is deactivated. 17. The operating method of claim 16, wherein the first power supply voltage includes a ground power supply voltage. 18. The operating method of claim 16, wherein the outputting of the determination signal comprises comparing a power supply voltage of the connection node with a reference voltage by a differential amplifier driven by the second signal and outputting a difference therebetween as a digital signal. 19. The operating method of claim 18, wherein the reference voltage is set to a maximum value when the power supply voltage of the connection node is equal to or greater than a set voltage.