A contact for attaching with an external bus bar by using a terminal pad with multiple holes on either side of the terminal pad , wherein the contact comprises: - a first contact finger ; - a second contact finger ; - at least one first section of at least one U-bracket , wherein a first section of the at least one first section is isolated with a first section of the first contact finger ; - at least one second section of the at least one U-bracket , wherein a first section of the at least one second section is isolated with a first section of the second contact finger ; and - at least a second section of the at least one first section of the at least one U-bracket , that is electrically connected with a second section of the first contact finger ; - at least a second section of the at least one second section of the at least one U-bracket , that is electrically connected with a second section of the second contact finger ; characterized in that : - the first contact finger is attached and electrically connected at the outer end of the at least one first section of the at least one U-bracket and the second contact finger is attached and electrically connected at the outer end of the at least second section of the at least one U-bracket , - the first contact finger and the second contact finger extend toward the base of the at least one U-bracket , wherein the free ends the first contact finger and the second contact finger are isolated from the at least one U-bracket by insulated springs or insulated studs , - a current received at the U-bracket passes from a lower portion of the first section of the U-bracket to the first contact finger and from an upper portion of the second section of the U-bracket to the second contact finger , wherein a flow of the current in the first contact finger is in opposite direction with respect to a flow of current in the lower portion of the first section of the U-bracket , due to isolating the first contact finger and the lower portion of the first section of the U-bracket , wherein a flow of the current in the second contact finger is in opposite direction with respect to a flow of current in the upper portion of the second section of the U-bracket , due to isolating the second contact finger and the upper portion of the second section of the U-bracket . - a first contact finger ; - a second contact finger ; - at least one first section of at least one U-bracket , wherein a first section of the at least one first section is isolated with a first section of the first contact finger ; - at least one second section of the at least one U-bracket , wherein a first section of the at least one second section is isolated with a first section of the second contact finger ; and - at least a second section of the at least one first section of the at least one U-bracket , that is electrically connected with a second section of the first contact finger ; - at least a second section of the at least one second section of the at least one U-bracket , that is electrically connected with a second section of the second contact finger ; - the first contact finger is attached and electrically connected at the outer end of the at least one first section of the at least one U-bracket and the second contact finger is attached and electrically connected at the outer end of the at least second section of the at least one U-bracket , - the first contact finger and the second contact finger extend toward the base of the at least one U-bracket , wherein the free ends the first contact finger and the second contact finger are isolated from the at least one U-bracket by insulated springs or insulated studs , - a current received at the U-bracket passes from a lower portion of the first section of the U-bracket to the first contact finger and from an upper portion of the second section of the U-bracket to the second contact finger , <EOS>