Multivalued integrated injection logic circuitry and method

Claim 2

A multivalue logic circuit for providing predetermined logic outputs in response to logical combinations of inputs having at least three logic levels comprising, a plurality of input devices for receiving logic inputs each having at least three logic levels and capable of assuming conduction states in response to said at least three logic levels of said inputs, at least one output device connected to two or more of said input devices, and means for providing predetermined logic levels intermediate said input and output devices for controlling the conduction state of the output devices as a function of the conduction state of the input devices responding to said at least three logic levels and as a function of the predetermined logic levels.

Claim 3

A multivalue logic circuit for providing predetermined logic outputs in response to logical combinations of inputs having at least three logic levels comprising, a plurality of input transistors, each input transistor having an input base, an input collector and an input emitter, each input transistor connected at the input base to receive one of said inputs, each input having at least three logic levels for controlling the input collector to emitter conduction state in response to said at least three logical levels of said one of said inputs, one or more output transistors, each output transistor having an output base, an output collector and an output emitter, each output transistor having the output base connected to two or more of the input collectors, means for providing predetermined logic levels for controlling the conduction state of said output transistor as a function of the conduction state of said two or more connected input collectors responding to said at least three logic levels and as a function of said predetermined logic levels.

Claim 4

A multivalue logic circuit for providing predetermined logic outputs in response to logical combinations of inputs having at least three logic levels comprising, a plurality of input transistors, each input transistor having an input base, an input collector and an input emitter, each input transistor connected at the input base to receive one of said inputs, each input having at least three logic levels for controlling the input collector to emitter conduction state in response to said at least three logical levels of said one of said inputs, one or more output transistors, each output transistor having an output base, an output collector and an output emitter, each output transistor having the output base connected to two or more of the input collectors, means for providing predetermined logic levels for controlling the conduction state of said output transistor as a function of the conduction state of said two or more connected input collectors responding to said at least three logic levels and as a function of said predetermined logic levels.

Claim 5

A logic circuit for providing predetermined logic outputs in response to logical combinations of inputs comprising, a plurality of input transistors, each input transistor having an input base, an input collector and an input emitter, said input transistors each including two or more input collectors and wherein each of said input transistors includes means for connecting one of said input collectors to the input base to produce a normalized input collector current in each of said two or more input collectors, each input transistor connected at the input base to receive one of said inputs to control the input collector to emitter conduction state in response to the logical level of said one of said inputs, one or more output transistors, each output transistor having an output base, an output collector and an output emitter, each output transistor having the output base connected to two or more of the input collectors, means for providing predetermined logic levels for controlling the conduction state of said output transistor as a function of the conduction state of said two or more connected input collectors and as a function of said predetermined logic levels.

Claim 6

A logic circuit for providing predetermined logic outputs in response to logical combinations of inputs comprising, a plurality of input transistors, each input transistor having an input base, an input collector and an input emitter, said input transistors each including two or more input collectors and wherein each of said input transistors includes means for connecting one of said input collectors to the input base to produce a normalized input collector current in each of said two or more input collectors, each input transistor connected at the input base to receive one of said inputs to control the input collector to emitter conduction state in response to the logical level of said one of said inputs, one or more output transistors, each output transistor having an output base, an output collector and an output emitter, each output transistor having the output base connected to two or more of the input collectors, means for providing predetermined logic levels for controlling the conduction state of said output transistor as a function of the conduction state of said two or more connected input collectors and as a function of said predetermined logic levels.

Claim 7

The circuit of claim 3 wherein each of said input transistors includes input injection means for providing at the input base an input injection current capable of causing said input collector current to be a function of the number of input collectors of said input transistors.

Claim 8

The circuit of claim 4 wherein said output transistor includes injection means for making said output injection current equal to said input collector current.

Claim 9

The circuit of claim 5 including one or more output transistors and wherein said means includes means for making said output injection current equal to a predetermined ratio of said input collector current.

Claim 10

The circuit of claim 6 including a first one of said output transistors having means for making said output injection current equal to a first ratio S of said input collector current; including a second one of said output transistors having means for making said output injection current equal to a second ratio T of said input collector current where S and T have predetermined ratios; first connection means for connecting the base of said first one of said output transistors to one collector from each of at least S of said input transistors whereby said first one of said output transistors is OFF only when S of said input transistors are ON, second connection means for connecting the second one of said output transistors to one collector from each of at least T of said input transistors whereby said second one of said output transistors is OFF only when T of said input transistors are ON.

Claim 11

The circuit of claim 7 including means for providing ratios having S equal to one and means for making T equal to two, wherein said input transistors include first and second multiple-collector transistors, where said first connection means includes means for connecting the base of said output transistor to one collector from each of said multiple-collector transistors, where the input bases of said first and second multiple-collector transistors are X and Y, whereby the collector output from said output transistor is the logical MAX of X and Y.

Claim 12

The circuit of claim 4 including one of said input transistors having said input injection means including means for making said input collector current equal to an integral multiple of said input transistors.

Claim 15

A multivalue logic circuit for providing predetermined logic outputs in response to logical inputs having at least three logic levels comprising, at least one input device having a plurality of outputs, said input device for receiving logic inputs each having at least three logic levels and capable of assuming conduction states in response to said at least three logic levels of said inputs, at least one output device connected to two or more of said input device outputs, and means for providing predetermined logic levels intermediate said input and output devices for controlling the conduction state of the output devices as a function of the conduction state of the at least one input device responding to said at least three logic levels and as a function of the predetermined logic levels.

Claim 16

A multivalue logic circuit for providing predetermined logic outputs in response to logical inputs having at least three logic levels comprising, at least one input device having a plurality of outputs, said input device for receiving logic inputs each having at least three logic levels and capable of assuming conduction states in response to said at least three logic levels of said inputs, at least one output device connected to two or more of said input device outputs, and means for providing predetermined logic levels intermediate said input and output devices for controlling the conduction state of the output devices as a function of the conduction state of the at least one input device responding to said at least three logic levels and as a function of the predetermined logic levels.

Claim 17

A multivalue logic circuit for providing predetermined logical outputs in response to logic inputs having at least three logic levels comprising, a unitary input device having at least one input element and a plurality of outputs, said input device for receiving logic inputs each having at least three logic levels and capable of assuming conduction states in response to the said at least three logic levels of said inputs, at least one output device connected to two or more of said input device outputs, and means for providing predetermined logic levels intermediate said input and output devices for controlling the conduction state of the output devices as a function of the conduction state of the input device responding to said at least three logic levels and as a function of the predetermined logic levels.

Claim 18

A multivalue logic circuit for providing predetermined logical outputs in response to logic inputs having at least three logic levels comprising, a unitary input device having at least one input element and a plurality of outputs, said input device for receiving logic inputs each having at least three logic levels and capable of assuming conduction states in response to the said at least three logic levels of said inputs, at least one output device connected to two or more of said input device outputs, and means for providing predetermined logic levels intermediate said input and output devices for controlling the conduction state of the output devices as a function of the conduction state of the input device responding to said at least three logic levels and as a function of the predetermined logic levels.