17.2.1.21 Math Sequence Commands Array Map Register

Legend: r = Reserved bit; R = Readable Bit; W = Writable Bit; U = Unimplemented Bit, read as '0'; -n = Value at POR; '1' = Bit is set; '0' = Bit is cleared; x = Bit value is unknown

Name: SMATHMAP
Offset: 0x7C3084

Bit 3130292827262524 
 MATHSEQ3[2:0]SECOND3ACC3CMP3SPLIT3[1:0] 
Access R/WR/WR/WR/WR/WR/WR/WR/W 
Reset 00000000 
Bit 2322212019181716 
 MATHSEQ2[2:0]SECOND2ACC2CMP2SPLIT2[1:0] 
Access R/WR/WR/WR/WR/WR/WR/WR/W 
Reset 00000000 
Bit 15141312111098 
 MATHSEQ1[2:0]SECOND1ACC1CMP1SPLIT1[1:0] 
Access R/WR/WR/WR/WR/WR/WR/WR/W 
Reset 00000000 
Bit 76543210 
 MATHSEQ0[2:0]SECOND0ACC0CMP0SPLIT0[1:0] 
Access R/WR/WR/WR/WR/WR/WR/WR/W 
Reset 00000000 

Bits 31:29 – MATHSEQ3[2:0] Math Sequence Number Bits for Commands from SnMATHCMD12 to SnMATHCMD15

These bits must match MATHSEQ[2:0] bits settings in the ITCSLxSEQ register.

Bit 28 – SECOND3 Second Math Sequence Bit for Commands from SnMATHCMD12 to SnDATACMD15

This bit must be set if SECOND bit is set in the acquisition SnDATACMDx command.

Bit 27 – ACC3 Accumulations Enable Bit for Commands from SnMATHCMD12 to SnDATACMD15

This bit must be set if ACCCNT [3:0] bits are not zero in the ITCSLxSEQ register.

Bit 26 – CMP3 Comparator Enable Bit for Commands from SnMATHCMD12 to SnDATACMD15

This bit must be set if CM[2:0] bits are not zero in the ITCLSxCON register.

Bits 25:24 – SPLIT3[1:0] Several Sequences Split Bits for Commands from SnMATHCMD12 to SnMATHCMD15

Bits 23:21 – MATHSEQ2[2:0] Math Sequence Number Bits for Commands from SnMATHCMD8 to SnMATHCMD11

These bits must match MATHSEQ[2:0] bits settings in the ITCSLxSEQ register.

Bit 20 – SECOND2 Second Math Sequence Bit for Commands from SnMATHCMD8 to SnDATACMD11

This bit must be set if SECOND bit is set in the acquisition SnDATACMDx command.

Bit 19 – ACC2 Accumulations Enable Bit for Commands from SnMATHCMD8 to SnDATACMD11

This bit must be set if ACCCNT [3:0] bits are not zero in ITCSLxSEQ register.

Bit 18 – CMP2 Comparator Enable Bit for Commands from SnMATHCMD8 to SnDATACMD11

This bit must be set if CM[2:0] bits are not zero in the ITCLSxCON register.

Bits 17:16 – SPLIT2[1:0] Several Sequences Split Bits for Commands from SnMATHCMD8 to SnMATHCMD11

Bits 15:13 – MATHSEQ1[2:0] Math Sequence Number Bits for Commands from SnMATHCMD4 to SnMATHCMD7

These bits must match MATHSEQ[2:0] bits settings in ITCSLxSEQ register.

Bit 12 – SECOND1 Second Math Sequence Bit for Commands from SnMATHCMD4 to SnDATACMD7

This bit must be set if SECOND bit is set in the acquisition SnDATACMDx command.

Bit 11 – ACC1 Accumulations Enable Bit for Commands from SnMATHCMD4 to SnDATACMD7

This bit must be set if ACCCNT [3:0] bits are not zero in the ITCSLxSEQ register.

Bit 10 – CMP1 Comparator Enable Bit for Commands from SnMATHCMD4 to SnDATACMD7

This bit must be set if CM[2:0] bits are not zero in the ITCLSxCON register.

Bits 9:8 – SPLIT1[1:0] Several Sequences Split Bits for Commands from SnMATHCMD4 to SnMATHCMD7

Bits 7:5 – MATHSEQ0[2:0] Math Sequence Number Bits for Commands from SnMATHCMD0 to SnMATHCMD3

These bits must match MATHSEQ[2:0] bits settings in the ITCSLxSEQ register.

Bit 4 – SECOND0 Second Math Sequence Bit for Commands from SnMATHCMD0 to SnDATACMD3

This bit must be set if SECOND bit is set in the acquisition SnDATACMDx command.

Bit 3 – ACC0 Accumulations Enable Bit for Commands from SnMATHCMD0 to SnDATACMD3

This bit must be set if ACCCNT [3:0] bits are not zero in ITCSLxSEQ register.

Bit 2 – CMP0 Comparator Enable Bit for Commands from SnMATHCMD0 to SnDATACMD3

This bit must be set if CM[2:0] bits are not zero in the ITCLSxCON register.

Bits 1:0 – SPLIT0[1:0] Several Sequences Split Bits for Commands from SnMATHCMD0 to SnMATHCMD3