| Field Name | Bits | Type | Reset Value | Description |
|---|
| Reserved | 31:8 | razRead as zero | 0x0 | Reserved for future use |
| test_mbist_mode | 7 | rwNormal read/write | 0x0 | Bit field indicates the error value(faulty) of the signal. CCF monitor generates an interrupt if programmed value matches the current signal value and CCF checking is enabled |
| test_scan_mode_lp | 6 | rwNormal read/write | 0x0 | Bit field indicates the error value(faulty) of the signal. CCF monitor generates an interrupt if programmed value matches the current signal value and CCF checking is enabled |
| test_scan_mode | 5 | rwNormal read/write | 0x0 | Bit field indicates the error value(faulty) of the signal. CCF monitor generates an interrupt if programmed value matches the current signal value and CCF checking is enabled |
| iso | 4 | rwNormal read/write | 0x0 | Bit field indicates the error value(faulty) of the signal. CCF monitor generates an interrupt if programmed value matches the current signal value and CCF checking is enabled |
| pge | 3 | rwNormal read/write | 0x0 | Bit field indicates the error value(faulty) of the signal. CCF monitor generates an interrupt if programmed value matches the current signal value and CCF checking is enabled |
| r50_dbg_rst | 2 | rwNormal read/write | 0x1 | Bit field indicates the error value(faulty) of the signal. CCF monitor generates an interrupt if programmed value matches the current signal value and CCF checking is enabled |
| r50_rst | 1 | rwNormal read/write | 0x1 | Bit field indicates the error value(faulty) of the signal. CCF monitor generates an interrupt if programmed value matches the current signal value and CCF checking is enabled |
| pge_rst | 0 | rwNormal read/write | 0x1 | Bit field indicates the error value(faulty) of the signal. CCF monitor generates an interrupt if programmed value matches the current signal value and CCF checking is enabled |