A conversion control circuit of mipi C-Phy TX output state
A technology for switching control and output states, applied in the field of mobile communications, can solve the problems of high hardware overhead, complex combinational logic, and high cost, and achieve the effect of small circuit scale, simple combinational logic, and increased bandwidth
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[0051] figure 2 A circuit diagram of a MIPI C-Phy TX terminal output state conversion control circuit provided by the embodiment of the present application.
[0052] Such as figure 2 As shown, the conversion control circuit provided by this embodiment is applied in MIPI, and specifically includes a primary circuit 10 , a secondary circuit 20 , a tertiary circuit 30 and a drive control circuit 40 .
[0053] The primary circuit 10 is connected to the parallel-serial conversion circuit of MIPI, and is used to receive the character signal output by the parallel-serial conversion circuit, and output Flip signal, Rotation signal and Polarity signal according to the character signal and the working clock signal of the system. Flip signal refers to the state jump signal, which only changes polarity; Rtation signal refers to the state jump mode signal on the transmission line, with two directions of CW\CCW, CW stands for clockwise direction, CCW stands for counterclockwise direction...
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