FAULT_POLARITY_A=Val_0x0, FAULT_ENABLE_A=Val_0x0, FAULT_POLARITY_B=Val_0x0, FAULT_ENABLE_B=Val_0x0, FAULT_TYPE_A=Val_0x0, FAULT_TYPE_B=Val_0x0
Channel (n) Fault Control Register
| FAULT_ENABLE_A | Bit enable to use FAULT_TRIGGER[3-0] to control channel output driver A. 0 (Val_0x0): Associated FAULT_TRIGGER has no effect on output drivers. 1 (Val_0x1): Associated FAULT_TRIGGER active to control output drivers. |
| FAULT_POLARITY_A | Bit enable to determine FAULT_TRIGGER[3-0] active polarity for output driver A 0 (Val_0x0): Will force output driver A low when associated FAULT_TRIGGER[3-0] is low. 1 (Val_0x1): Will force output driver A low when associated FAULT_TRIGGER[3-0] is high. |
| FAULT_TYPE_A | 0 (Val_0x0): Will force output driver A low and keep low until overflow or underflow. 1 (Val_0x1): Will force output driver A low and keep low until a counter stop event is seen. |
| FAULT_ENABLE_B | Bit enable to use FAULT_TRIGGER[3-0] to control channel output driver B. 0 (Val_0x0): Associated FAULT_TRIGGER has no effect on output drivers. 1 (Val_0x1): Associated FAULT_TRIGGER active to control output drivers. |
| FAULT_POLARITY_B | Bit enable to determine FAULT_TRIGGER[3-0] active polarity for output driver B. 0 (Val_0x0): Will force output driver B low when associated FAULT_TRIGGER[3-0] is low. 1 (Val_0x1): Will force output driver B low when associated FAULT_TRIGGER[3-0] is high. |
| FAULT_TYPE_B | 0 (Val_0x0): Will force output driver B low and keep low until overflow or underflow. 1 (Val_0x1): Will force output driver B low and keep low until a counter stop event is seen. |