Importance

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Abstract

An electrical connector with crosstalk compensation includes a substrate (10), a first conducting group (G1), a second conducting group (G2), a first metal conducting wire (C1), and a second metal conducting wire (C2). A first conducting pair (S21) of the second conducting group (G2) is electrically connected to a first conducting pair (S11) of the first conducting group (G1) to form a first signal loop pair (L1). Furthermore, a second conducting pair (S22) of the second conducting group (G2) is electrically connected to a second conducting pair (S12) of the first conducting group (G1) to form a second signal loop pair (L2). The first metal conducting wire (C1) and the second metal conducting wire (C2) are electrically connected to a second conductor (R21) and a fourth conductor (R22) of the second conducting group (G2), respectively. Therefore, the first metal conducting wire (C1) and the second metal conducting wire (C2) are installed in parallel on the substrate (10) to obtain a compensation capacitance to reduce and even cancel a crosstalk noise induced between the first signal loop pair (L1) and the second signal loop pair (L2) when signals are sent through either of the two signal loop pairs (L1, L2).

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First Claim