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In a transmission unit for a hybrid vehicle, an electromagnetic clutch, a motor, and a continuously variable transmission CVT are disposed in the transmission unit and a resolver to detect a position of a rotor of the motor is disposed on an input axle to input a revolution from the electromagnetic

In a transmission unit for a hybrid vehicle, an electromagnetic clutch, a motor, and a continuously variable transmission CVT are disposed in the transmission unit and a resolver to detect a position of a rotor of the motor is disposed on an input axle to input a revolution from the electromagnetic clutch to the motor and to the CVT and is disposed on the input axle at an inner side with respect to a stator of the motor.

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In a transmission unit for a hybrid vehicle, an electromagnetic clutch, a motor, and a continuously variable transmission CVT are disposed in the transmission unit and a resolver to detect a position of a rotor of the motor is disposed on an input axle to input a revolution from the electromagnetic

In a transmission unit for a hybrid vehicle, an electromagnetic clutch, a motor, and a continuously variable transmission CVT are disposed in the transmission unit and a resolver to detect a position of a rotor of the motor is disposed on an input axle to input a revolution from the electromagnetic clutch to the motor and to the CVT and is disposed on the input axle at an inner side with respect to a stator of the motor. r strip maintains a ground potential across each of said plurality of clips. 7. The same potential block of claim 1, wherein the same potential block is a bussing block for carrying a constant positive or negative potential. 8. The same potential block of claim 1, wherein the same potential block is a bussing block for carrying signals. 9. A same potential block comprising: a main body having a plurality of holes formed therein; a first metal piece, including a first carrier strip located adjacent to said main body and a plurality of first clips extending from said first carrier strip, each of said plurality of first clips positioned within a corresponding hole of said plurality of holes formed in said main body; and an exterior contact portion protruding from the main body and connected to said first metal piece to form a connector mating structure, wherein said carrier strip maintains the same potential across each of said plurality of clips and a connector around connected to the exterior contact portion and said plurality of first clips are adapted to receive terminal portions of wires to thereby keep the wires at the same potential, wherein said main body has an elongated hollow formed on an elongated side in which said first carrier strip is positioned and has a slot formed on each end of said elongated hollow; and said exterior contact portion is joined to ends of said first carrier strip through the slots formed in said main body. 10. A same potential block comprising: a main body having a plurality of holes formed therein; a first metal piece, including a first carrier strip located adjacent to said main body and a plurality of first clips extending from said first carrier strip, each of said plurality of first clips positioned within a corresponding hole of said plurality of holes formed in said main body; and an exterior contact portion protruding from the main body and connected to said first metal piece to form a connector mating structure, wherein said carrier strip maintains the same potential across each of said plurality of clips and a connector ground connected to the exterior contact portion and said plurality of first clips are adapted to receive terminal portions of wires to thereby keep the wires at the same potential, wherein said main body is made of a polymer material. 11. A same potential block comprising: a main body having a plurality of holes formed therein; a first metal piece, including a first carrier strip located adjacent to said main body and a plurality of first clips extending from said first carrier strip, each of said plurality of first clips positioned within a corresponding hole of said plurality of holes formed in said main body; and an exterior contact portion protruding from the main body and connected to said first metal piece to form a connector mating structure, wherein said carrier strip maintains the same potential across each of said plurality of clips and a connector ground connected to the exterior contact portion and said plurality of first clips are adapted to receive terminal portions of wires to thereby keep the wires at the same potential, further comprising: a second metal piece, including a second carrier strip located adjacent to said main body, a plurality of second clips extending from said second carrier strip, each positioned with a corresponding hole of said plurality of holes formed in said main body to mate with a corresponding one of said plurality of first clips thereby forming a pair of a first clip and a second clip within each hole formed in said main body. 12. The same potential block of claim 11, wherein within each of said plurality of holes formed in said main body, said pair of a first clip and a second clip form a female connector portion for receiving a terminal pin connected to a wire. 13. The same potential block of claim 11, wherein said plurality of holes formed in said main body are elongated in a first directi