DPO2039DABQ-13Typical Application Circuit VCC CSYS 1 1 uF μF T 15 U 14 C S B U VSYS GND T VDIFF1C 1 12 VDIFF1S y DIFF1 D DIFF1 DIFF1C DIFF1S p e VDIFF2C 11 To system - 2 VDIFF2S O C DIFF2 DIFF2C DIFF2S DIFF2 R R e VCC1C 3 DP DP O O 203 2039 9D DA AB BQ- Q 13 10 VCC1S c CC1 CC1C CC1S CC1 e P p VCC2C USB PD controller at 4 CC2C 9 CC2 CC2S VCC2S CC2 c W el E NC NC CB FAULTB N 5 x 6 x 7 8 VCC RFAULTB 10kΩ Figure 1. Typical Application CircuitPin DescriptionsPin NumberPin NameFunction 1 DIFF1C
DIFF1 connector side. This shall be connected to the DIFF1 pin of the USB Type-C connector. 2 DIFF2C
DIFF2 connector side. This shall be connected to the DIFF2 pin of the USB Type-C connector. 3 CC1C
CC1 connector side. This shall be connected to the CC1 pin of the USB Type-C connector. 4 CC2C
CC2 connector side. This shall be connected to the CC2 pin of the USB Type-C connector. 7 CB Pin for ESD support capacitor. Place a 0.1μF capacitor on this pin to ground. 8 FAULTB Fault status. This is an active-low open-drain output. 9 CC2S
CC2 system side. This shall be connected to the CC2 pin of the component to be protected. 10 CC1S
CC1 system side. This shall be connected to the CC1 pin of the component to be protected. 11 DIFF2S
DIFF2 system side. This shall be connected to the DIFF2 pin of the component to be protected. 12 DIFF1S
DIFF1 system side. This shall be connected to the DIFF1 pin of the component to be protected. 5, 6, 13, 16 NC No connection. 14 GND