Floating resistance of I/O circuit on integrated circuit chip
An integrated circuit and resistor technology, which is applied in the field of multiple I/O circuit floating resistors, can solve problems such as increasing product costs, and achieve the effects of improved consistency, good stability, and improved resistance accuracy
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[0017] The electrical structure of a dual low voltage differential signal I / O on a 17-way dual low voltage differential signal (LVDS) I / O integrated circuit chip is shown in FIG. 1 . A P-type field effect transistor 21 and an N-type field effect transistor 22 of the first group of low-voltage differential signal I / O are connected in series between the constant current source 11 connected to the power supply voltage Vcc and the constant current source 12 connected to the ground level , the gate Sp1 of the P-type field effect transistor 21 and the gate Sn1 of the N-type field effect transistor 22 are two input terminals of the first group of low-voltage differential signals. The signal output point A of the first group of low-voltage differential signal I / O, that is, the connection point of the P-type field effect transistor 21 and the N-type field effect transistor 22 is connected with a floating resistor 23 . The other end of the floating resistor 23 is connected to the CM poi...
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