Cross talk compensation circuit

A low cross talk electrical signal transmission assembly comprising:

• a transmission medium having a first side and a second side;
• a first signal pair having a first conductor positioned on the second side and a second conductor positioned parallel to the first conductor on the first side;
• a second signal pair having a third conductor positioned on the first side and a fourth conductor positioned parallel to the third conductor on the second side;
• a first input signal having the first conductor attached thereto;
• a second input signal having the second conductor attached thereto;
• a third input signal having the third conductor attached thereto;
• a fourth input signal having the fourth conductor attached thereto;
• a first compensation line attached to the first input signal;
• and
• a second compensation line attached to the third input signal and intertwined with the first compensation line to create a first compensation line assembly parallel to and flanked by the second conductor and fourth conductor with capacitive and inductive coupling.

A low cross talk electrical signal transmission assembly comprising:

• a transmission medium having a first side and a second side;
• a first signal pair having a first conductor positioned on the second side and a second conductor positioned parallel to the first conductor on the first side;
• a second signal pair having a third conductor positioned on the first side and a fourth conductor positioned parallel to the third conductor on the second side;
• a first input signal having the first conductor attached thereto;
• a second input signal having the second conductor attached thereto;
• a third input signal having the third conductor attached thereto;
• a fourth input signal having the fourth conductor attached thereto;
• a first compensation line attached to the first input signal on the first side;
• and
• a second compensation line attached to the third input signal on the first side and intertwined with the first compensation line to create a first compensation line assembly parallel to and flanked by the second conductor and fourth conductor with capacitive and inductive coupling;
• and
• a third compensation line attached to the fourth input signal on the first side;
• and
• a fourth compensation line attached to the second input signal on the first side and intertwined with the third compensation line to create a second compensation line assembly parallel to and adjacent to the second conductor with capacitive and inductive coupling.