PIC32MX250F256L ADC registers

The 22 registers of ADC (Analog-to-digital converter), from 0xBF809000, with their reset value and every field. The PIC32MX250F256L has 514 registers in 57 peripherals, one page each.

Most PIC32 SFRs have three more registers right after them: CLR at +4, SET at +8 and INV at +C (T1CONCLR, T1CONSET, T1CONINV), which clear, set or flip just the bits written as 1, in one write.

ADC Analog-to-digital converter

AD1CON1ADC Control Register 1

Address: 0xBF809000
Reset: 0x00000000
Access: read/write
Size: 32-bit

8 fields

Field	Bits	What it does
ON	15	ADC Operating Mode bit `0` ADC module is not operating `1` ADC module is operating
SIDL	13	Stop in Idle Mode bit `0` Continue module operation in Idle mode `1` Discontinue module operation when device enters Idle mode
FORM	10:8	Data Output Format bits `0` Integer 16-bit `1` Signed Integer 16-bit `2` Fractional 16-bit `3` Signed Fractional 16-bit `4` Integer 32-bit `5` Signed Integer 32-bit `6` Fractional 32-bit `7` Signed Fractional 32-bit
SSRC	7:5	Conversion Trigger Source Select bits `0` Clearing SAMP bit ends sampling and starts conversion `1` Active transition on INT0 pin ends sampling and starts conversion `2` Timer 3 period match ends sampling and starts conversion `3` CTMU ends sampling and starts conversion `4` Reserved `5` Reserved `6` Reserved `7` Internal counter ends sampling and starts conversion (auto convert)
CLRASAM	4	Stop Conversion Sequence bit (when the first ADC interrupt is generated) `0` Normal operation, buffer contents will be overwritten by the next conversion sequence `1` Stop conversions when the first ADC interrupt is generated. Hardware clears the ASAM bit when the ADC interrupt is generated
ASAM	2	ADC Sample Auto-Start bit `0` Sampling begins when SAMP bit is set `1` Sampling begins immediately after last conversion completes; SAMP bit is automatically set.
SAMP	1	ADC Sample Enable bit `0` The ADC sample/hold amplifier is holding `1` The ADC sample and hold amplifier is sampling
DONE	0	Analog-to-Digital Conversion Status bit `0` Analog-to-digital conversion is not done or has not started `1` Analog-to-digital conversion is done

AD1CON2ADC Control Register 2

Address: 0xBF809010
Reset: 0x00000000
Access: read/write
Size: 32-bit

7 fields

Field	Bits	What it does
VCFG	15:13	Voltage Reference Configuration bits `0` VREFH is AVDD and VREFL is AVSS `1` VREFH is External VREF+ pin and VREFL is AVSS `2` VREFH is AVDD and VREFL is External VREF- pin `3` VREFH is External VREF+ pin and VREFL is External VREF- pin `4` VREFH is AVDD and VREFL is AVSS `5` VREFH is AVDD and VREFL is AVSS `6` VREFH is AVDD and VREFL is AVSS `7` VREFH is AVDD and VREFL is AVSS
OFFCAL	12	Input Offset Calibration Mode Select bit `0` Disable Offset Calibration mode; The inputs to the sample and hold amplifier are controlled by AD1CHS or AD1CSSL `1` Enable Offset Calibration mode; Positive and negative inputs of the sample and hold amplifier are connected to VREFL
CSCNA	10	Input Scan Select bit `0` Do not scan inputs `1` Scan inputs
BUFS	7	Buffer Fill Status bit `0` ADC is currently filling buffer 0x0-0x7; user should access data in 0x8-0xF `1` ADC is currently filling buffer 0x8-0xF; user should access data in 0x0-0x7
SMPI	5:2	Sample/Convert Sequences Per Interrupt Selection bits `0` Interrupts at the completion of conversion for each sample/convert sequence `1` Interrupts at the completion of conversion for each 2nd sample/convert sequence `2` Interrupts at the completion of conversion for each 3rd sample/convert sequence `3` Interrupts at the completion of conversion for each 4th sample/convert sequence `4` Interrupts at the completion of conversion for each 5th sample/convert sequence `5` Interrupts at the completion of conversion for each 6th sample/convert sequence `6` Interrupts at the completion of conversion for each 7th sample/convert sequence `7` Interrupts at the completion of conversion for each 8th sample/convert sequence `8` Interrupts at the completion of conversion for each 9th sample/convert sequence `9` Interrupts at the completion of conversion for each 10th sample/convert sequence `10` Interrupts at the completion of conversion for each 11th sample/convert sequence `11` Interrupts at the completion of conversion for each 12th sample/convert sequence `12` Interrupts at the completion of conversion for each 13th sample/convert sequence `13` Interrupts at the completion of conversion for each 14th sample/convert sequence `14` Interrupts at the completion of conversion for each 15th sample/convert sequence `15` Interrupts at the completion of conversion for each 16th sample/convert sequence
BUFM	1	ADC Result Buffer Mode Select bit `0` Buffer configured as one 16-word buffer ADC1BUFF-ADC1BUF0 `1` Buffer configured as two 8-word buffers ADC1BUF7-ADC1BUF0 / ADC1BUFF-ADCBUF8
ALTS	0	Alternate Input Sample Mode Select bit `0` Always use Sample A input multiplexer settings `1` Uses Sample A input multiplexer settings for first sample then alternates between Sample B and Sample A input multiplexer settings for all subsequent samples

AD1CON3ADC Control Register 3

Address: 0xBF809020
Reset: 0x00000000
Access: read/write
Size: 32-bit

3 fields

Field	Bits	What it does
ADRC	15	ADC Conversion Clock Source bit `0` Clock derived from Peripheral Bus Clock (PBCLK) `1` Clock derived from FRC
SAMC	12:8	Auto-Sample Time bits `1` 1 TAD `2` 2 TAD `3` 3 TAD `4` 4 TAD `5` 5 TAD `6` 6 TAD `7` 7 TAD `8` 8 TAD `9` 9 TAD `10` 10 TAD `11` 11 TAD `12` 12 TAD `13` 13 TAD `14` 14 TAD `15` 15 TAD `16` 16 TAD `17` 17 TAD `18` 18 TAD `19` 19 TAD `20` 20 TAD `21` 21 TAD `22` 22 TAD `23` 23 TAD `24` 24 TAD `25` 25 TAD `26` 26 TAD `27` 27 TAD `28` 28 TAD `29` 29 TAD `30` 30 TAD `31` 31 TAD
ADCS	7:0	ADC Conversion Clock Select bits `0` 2 TPB `1` 4 TPB `2` 6 TPB `3` 8 TPB `4` 10 TPB `5` 12 TPB `6` 14 TPB `7` 16 TPB `8` 18 TPB `9` 20 TPB `10` 22 TPB `11` 24 TPB `12` 26 TPB `13` 28 TPB `14` 30 TPB `15` 32 TPB `16` 34 TPB `17` 36 TPB `18` 38 TPB `19` 40 TPB `20` 42 TPB `21` 44 TPB `22` 46 TPB `23` 48 TPB `24` 50 TPB `25` 52 TPB `26` 54 TPB `27` 56 TPB `28` 58 TPB `29` 60 TPB `30` 62 TPB `31` 64 TPB `32` 66 TPB `33` 68 TPB `34` 70 TPB `35` 72 TPB `36` 74 TPB `37` 76 TPB `38` 78 TPB `39` 80 TPB `40` 82 TPB `41` 84 TPB `42` 86 TPB `43` 88 TPB `44` 90 TPB `45` 92 TPB `46` 94 TPB `47` 96 TPB `48` 98 TPB `49` 100 TPB `50` 102 TPB `51` 104 TPB `52` 106 TPB `53` 108 TPB `54` 110 TPB `55` 112 TPB `56` 114 TPB `57` 116 TPB `58` 118 TPB `59` 120 TPB `60` 122 TPB `61` 124 TPB `62` 126 TPB `63` 128 TPB `64` 130 TPB `65` 132 TPB `66` 134 TPB `67` 136 TPB `68` 138 TPB `69` 140 TPB `70` 142 TPB `71` 144 TPB `72` 146 TPB `73` 148 TPB `74` 150 TPB `75` 152 TPB `76` 154 TPB `77` 156 TPB `78` 158 TPB `79` 160 TPB `80` 162 TPB `81` 164 TPB `82` 166 TPB `83` 168 TPB `84` 170 TPB `85` 172 TPB `86` 174 TPB `87` 176 TPB `88` 178 TPB `89` 180 TPB `90` 182 TPB `91` 184 TPB `92` 186 TPB `93` 188 TPB `94` 190 TPB `95` 192 TPB `96` 194 TPB `97` 196 TPB `98` 198 TPB `99` 200 TPB `100` 202 TPB `101` 204 TPB `102` 206 TPB `103` 208 TPB `104` 210 TPB `105` 212 TPB `106` 214 TPB `107` 216 TPB `108` 218 TPB `109` 220 TPB `110` 222 TPB `111` 224 TPB `112` 226 TPB `113` 228 TPB `114` 230 TPB `115` 232 TPB `116` 234 TPB `117` 236 TPB `118` 238 TPB `119` 240 TPB `120` 242 TPB `121` 244 TPB `122` 246 TPB `123` 248 TPB `124` 250 TPB `125` 252 TPB `126` 254 TPB `127` 256 TPB `128` 258 TPB `129` 260 TPB `130` 262 TPB `131` 264 TPB `132` 266 TPB `133` 268 TPB `134` 270 TPB `135` 272 TPB `136` 274 TPB `137` 276 TPB `138` 278 TPB `139` 280 TPB `140` 282 TPB `141` 284 TPB `142` 286 TPB `143` 288 TPB `144` 290 TPB `145` 292 TPB `146` 294 TPB `147` 296 TPB `148` 298 TPB `149` 300 TPB `150` 302 TPB `151` 304 TPB `152` 306 TPB `153` 308 TPB `154` 310 TPB `155` 312 TPB `156` 314 TPB `157` 316 TPB `158` 318 TPB `159` 320 TPB `160` 322 TPB `161` 324 TPB `162` 326 TPB `163` 328 TPB `164` 330 TPB `165` 332 TPB `166` 334 TPB `167` 336 TPB `168` 338 TPB `169` 340 TPB `170` 342 TPB `171` 344 TPB `172` 346 TPB `173` 348 TPB `174` 350 TPB `175` 352 TPB `176` 354 TPB `177` 356 TPB `178` 358 TPB `179` 360 TPB `180` 362 TPB `181` 364 TPB `182` 366 TPB `183` 368 TPB `184` 370 TPB `185` 372 TPB `186` 374 TPB `187` 376 TPB `188` 378 TPB `189` 380 TPB `190` 382 TPB `191` 384 TPB `192` 386 TPB `193` 388 TPB `194` 390 TPB `195` 392 TPB `196` 394 TPB `197` 396 TPB `198` 398 TPB `199` 400 TPB `200` 402 TPB `201` 404 TPB `202` 406 TPB `203` 408 TPB `204` 410 TPB `205` 412 TPB `206` 414 TPB `207` 416 TPB `208` 418 TPB `209` 420 TPB `210` 422 TPB `211` 424 TPB `212` 426 TPB `213` 428 TPB `214` 430 TPB `215` 432 TPB `216` 434 TPB `217` 436 TPB `218` 438 TPB `219` 440 TPB `220` 442 TPB `221` 444 TPB `222` 446 TPB `223` 448 TPB `224` 450 TPB `225` 452 TPB `226` 454 TPB `227` 456 TPB `228` 458 TPB `229` 460 TPB `230` 462 TPB `231` 464 TPB `232` 466 TPB `233` 468 TPB `234` 470 TPB `235` 472 TPB `236` 474 TPB `237` 476 TPB `238` 478 TPB `239` 480 TPB `240` 482 TPB `241` 484 TPB `242` 486 TPB `243` 488 TPB `244` 490 TPB `245` 492 TPB `246` 494 TPB `247` 496 TPB `248` 498 TPB `249` 500 TPB `250` 502 TPB `251` 504 TPB `252` 506 TPB `253` 508 TPB `254` 510 TPB `255` 512 TPB

AD1CHSADC Input Select Register

Address: 0xBF809040
Reset: 0x00000000
Access: read/write
Size: 32-bit

4 fields

Field	Bits	What it does
CH0SB	29:24	Positive Input Select bits for Sample B `0` Channel 0 positive input is AN0 `1` Channel 0 positive input is AN1 `2` Channel 0 positive input is AN2 `3` Channel 0 positive input is AN3 `4` Channel 0 positive input is AN4 `5` Channel 0 positive input is AN5 `6` Channel 0 positive input is AN6 `7` Channel 0 positive input is AN7 `8` Channel 0 positive input is AN8 `9` Channel 0 positive input is AN9 `10` Channel 0 positive input is AN10 `11` Channel 0 positive input is AN11 `12` Channel 0 positive input is AN12 `13` Channel 0 positive input is AN13 `14` Channel 0 positive input is AN14 `15` Channel 0 positive input is AN15 `16` Channel 0 positive input is AN16 `17` Channel 0 positive input is AN17 `18` Channel 0 positive input is AN18 `19` Channel 0 positive input is AN19 `20` Channel 0 positive input is AN20 `21` Channel 0 positive input is AN21 `22` Channel 0 positive input is AN22 `23` Channel 0 positive input is AN23 `24` Channel 0 positive input is AN24 `25` Channel 0 positive input is AN25 `26` Channel 0 positive input is AN26 `27` Channel 0 positive input is AN27 `28` Channel 0 positive input is AN28 `29` Channel 0 positive input is AN29 `30` Channel 0 positive input is AN30 `31` Channel 0 positive input is AN31 `32` Channel 0 positive input is AN32 `33` Channel 0 positive input is AN33 `34` Channel 0 positive input is AN34 `35` Channel 0 positive input is AN35 `36` Channel 0 positive input is AN36 `37` Channel 0 positive input is AN37 `38` Channel 0 positive input is AN38 `39` Channel 0 positive input is AN39 `40` Channel 0 positive input is AN40 `41` Channel 0 positive input is AN41 `42` Channel 0 positive input is AN42 `43` Channel 0 positive input is AN43 `44` Channel 0 positive input is AN44 `45` Channel 0 positive input is AN45 `46` Channel 0 positive input is AN46 `47` Channel 0 positive input is AN47 `48` Channel 0 positive input is IVREF `49` Channel 0 positive input is CTMU temperature sensor (CTMUT) `50` Channel 0 positive input is Open
CH0NA	23	Negative Input Select bit for Sample A Multiplexer Setting `0` Channel 0 negative input is VREFL `1` Channel 0 negative input is AN1
CH0SA	21:16	Positive Input Select bits for Sample A Multiplexer Setting `0` Channel 0 positive input is AN0 `1` Channel 0 positive input is AN1 `2` Channel 0 positive input is AN2 `3` Channel 0 positive input is AN3 `4` Channel 0 positive input is AN4 `5` Channel 0 positive input is AN5 `6` Channel 0 positive input is AN6 `7` Channel 0 positive input is AN7 `8` Channel 0 positive input is AN8 `9` Channel 0 positive input is AN9 `10` Channel 0 positive input is AN10 `11` Channel 0 positive input is AN11 `12` Channel 0 positive input is AN12 `13` Channel 0 positive input is AN13 `14` Channel 0 positive input is AN14 `15` Channel 0 positive input is AN15 `16` Channel 0 positive input is AN16 `17` Channel 0 positive input is AN17 `18` Channel 0 positive input is AN18 `19` Channel 0 positive input is AN19 `20` Channel 0 positive input is AN20 `21` Channel 0 positive input is AN21 `22` Channel 0 positive input is AN22 `23` Channel 0 positive input is AN23 `24` Channel 0 positive input is AN24 `25` Channel 0 positive input is AN25 `26` Channel 0 positive input is AN26 `27` Channel 0 positive input is AN27 `28` Channel 0 positive input is AN28 `29` Channel 0 positive input is AN29 `30` Channel 0 positive input is AN30 `31` Channel 0 positive input is AN31 `32` Channel 0 positive input is AN32 `33` Channel 0 positive input is AN33 `34` Channel 0 positive input is AN34 `35` Channel 0 positive input is AN35 `36` Channel 0 positive input is AN36 `37` Channel 0 positive input is AN37 `38` Channel 0 positive input is AN38 `39` Channel 0 positive input is AN39 `40` Channel 0 positive input is AN40 `41` Channel 0 positive input is AN41 `42` Channel 0 positive input is AN42 `43` Channel 0 positive input is AN43 `44` Channel 0 positive input is AN44 `45` Channel 0 positive input is AN45 `46` Channel 0 positive input is AN46 `47` Channel 0 positive input is AN47 `48` Channel 0 positive input is IVREF `49` Channel 0 positive input is CTMU temperature sensor (CTMUT) `50` Channel 0 positive input is Open
CH0NB	31	Negative Input Select bit for Sample B `0` Channel 0 negative input is VREFL `1` Channel 0 negative input is AN1

AD1CSSLADC Input Scan Select Register

Address: 0xBF809050
Reset: 0x00000000
Access: read/write
Size: 32-bit

32 fields

Field	Bits	What it does
CSSL30	30	ADC Input Pin Scan Selection bits `0` Skip AN30 for input scan; CSSL30 = AN30 `1` Select AN30 for input scan; CSSL30 = AN30
CSSL29	29	ADC Input Pin Scan Selection bits `0` Skip AN29 for input scan; CSSL29 = AN29 `1` Select AN29 for input scan; CSSL29 = AN29
CSSL28	28	ADC Input Pin Scan Selection bits `0` Skip AN28 for input scan; CSSL28 = AN28 `1` Select AN28 for input scan; CSSL28 = AN28
CSSL27	27	ADC Input Pin Scan Selection bits `0` Skip AN27 for input scan; CSSL27 = AN27 `1` Select AN27 for input scan; CSSL27 = AN27
CSSL26	26	ADC Input Pin Scan Selection bits `0` Skip AN26 for input scan; CSSL26 = AN26 `1` Select AN26 for input scan; CSSL26 = AN26
CSSL25	25	ADC Input Pin Scan Selection bits `0` Skip AN25 for input scan; CSSL25 = AN25 `1` Select AN25 for input scan; CSSL25 = AN25
CSSL24	24	ADC Input Pin Scan Selection bits `0` Skip AN24 for input scan; CSSL24 = AN24 `1` Select AN24 for input scan; CSSL24 = AN24
CSSL23	23	ADC Input Pin Scan Selection bits `0` Skip AN23 for input scan; CSSL23 = AN23 `1` Select AN23 for input scan; CSSL23 = AN23
CSSL22	22	ADC Input Pin Scan Selection bits `0` Skip AN22 for input scan; CSSL22 = AN22 `1` Select AN22 for input scan; CSSL22 = AN22
CSSL21	21	ADC Input Pin Scan Selection bits `0` Skip AN21 for input scan; CSSL21 = AN21 `1` Select AN21 for input scan; CSSL21 = AN21
CSSL20	20	ADC Input Pin Scan Selection bits `0` Skip AN20 for input scan; CSSL20 = AN20 `1` Select AN20 for input scan; CSSL20 = AN20
CSSL19	19	ADC Input Pin Scan Selection bits `0` Skip AN19 for input scan; CSSL19 = AN19 `1` Select AN19 for input scan; CSSL19 = AN19
CSSL18	18	ADC Input Pin Scan Selection bits `0` Skip AN18 for input scan; CSSL18 = AN18 `1` Select AN18 for input scan; CSSL18 = AN18
CSSL17	17	ADC Input Pin Scan Selection bits `0` Skip AN17 for input scan; CSSL17 = AN17 `1` Select AN17 for input scan; CSSL17 = AN17
CSSL16	16	ADC Input Pin Scan Selection bits `0` Skip AN16 for input scan; CSSL16 = AN16 `1` Select AN16 for input scan; CSSL16 = AN16
CSSL15	15	ADC Input Pin Scan Selection bits `0` Skip AN15 for input scan; CSSL15 = AN15 `1` Select AN15 for input scan; CSSL15 = AN15
CSSL14	14	ADC Input Pin Scan Selection bits `0` Skip AN14 for input scan; CSSL14 = AN14 `1` Select AN14 for input scan; CSSL14 = AN14
CSSL13	13	ADC Input Pin Scan Selection bits `0` Skip AN13 for input scan; CSSL13 = AN13 `1` Select AN13 for input scan; CSSL13 = AN13
CSSL12	12	ADC Input Pin Scan Selection bits `0` Skip AN12 for input scan; CSSL12 = AN12 `1` Select AN12 for input scan; CSSL12 = AN12
CSSL11	11	ADC Input Pin Scan Selection bits `0` Skip AN11 for input scan; CSSL11 = AN11 `1` Select AN11 for input scan; CSSL11 = AN11
CSSL10	10	ADC Input Pin Scan Selection bits `0` Skip AN10 for input scan; CSSL10 = AN10 `1` Select AN10 for input scan; CSSL10 = AN10
CSSL9	9	ADC Input Pin Scan Selection bits `0` Skip AN9 for input scan; CSSL9 = AN9 `1` Select AN9 for input scan; CSSL9 = AN9
CSSL8	8	ADC Input Pin Scan Selection bits `0` Skip AN8 for input scan; CSSL8 = AN8 `1` Select AN8 for input scan; CSSL8 = AN8
CSSL7	7	ADC Input Pin Scan Selection bits `0` Skip AN7 for input scan; CSSL7 = AN7 `1` Select AN7 for input scan; CSSL7 = AN7
CSSL6	6	ADC Input Pin Scan Selection bits `0` Skip AN6 for input scan; CSSL6 = AN6 `1` Select AN6 for input scan; CSSL6 = AN6
CSSL5	5	ADC Input Pin Scan Selection bits `0` Skip AN5 for input scan; CSSL5 = AN5 `1` Select AN5 for input scan; CSSL5 = AN5
CSSL4	4	ADC Input Pin Scan Selection bits `0` Skip AN4 for input scan; CSSL4 = AN4 `1` Select AN4 for input scan; CSSL4 = AN4
CSSL3	3	ADC Input Pin Scan Selection bits `0` Skip AN3 for input scan; CSSL3 = AN3 `1` Select AN3 for input scan; CSSL3 = AN3
CSSL2	2	ADC Input Pin Scan Selection bits `0` Skip AN2 for input scan; CSSL2 = AN2 `1` Select AN2 for input scan; CSSL2 = AN2
CSSL1	1	ADC Input Pin Scan Selection bits `0` Skip AN1 for input scan; CSSL1 = AN1 `1` Select AN1 for input scan; CSSL1 = AN1
CSSL0	0	ADC Input Pin Scan Selection bits `0` Skip AN0 for input scan; CSSL0 = AN0 `1` Select AN0 for input scan; CSSL0 = AN0
CSSL31	31	ADC Input Pin Scan Selection bits `0` Skip AN31 for input scan; CSSL31 = AN31 `1` Select AN31 for input scan; CSSL31 = AN31

AD1CSSL2ADC Input Scan Select Register 2

Address: 0xBF809060
Reset: 0x00000000
Access: read/write
Size: 32-bit

22 fields

Field	Bits	What it does
CSSL53	21
CSSL52	20
CSSL51	19
CSSL50	18	ADC Input Pin Scan Selection bits `0` Skip CTMUI for input scan; CSSL50 = CTMUI `1` Select CTMUI for input scan; CSSL50 = CTMUI
CSSL49	17	ADC Input Pin Scan Selection bits `0` Skip CTMUT for input scan; CSSL49 = CTMUT `1` Select CTMUT for input scan; CSSL49 = CTMUT
CSSL48	16	ADC Input Pin Scan Selection bits `0` Skip IVREF for input scan; CSSL48 = IVREF `1` Select IVREF for input scan; CSSL48 = IVREF
CSSL47	15	ADC Input Pin Scan Selection bits `0` Skip AN47 for input scan; CSSL47 = AN47 `1` Select AN47 for input scan; CSSL47 = AN47
CSSL46	14	ADC Input Pin Scan Selection bits `0` Skip AN46 for input scan; CSSL46 = AN46 `1` Select AN46 for input scan; CSSL46 = AN46
CSSL45	13	ADC Input Pin Scan Selection bits `0` Skip AN45 for input scan; CSSL45 = AN45 `1` Select AN45 for input scan; CSSL45 = AN45
CSSL44	12	ADC Input Pin Scan Selection bits `0` Skip AN44 for input scan; CSSL44 = AN44 `1` Select AN44 for input scan; CSSL44 = AN44
CSSL43	11	ADC Input Pin Scan Selection bits `0` Skip AN43 for input scan; CSSL43 = AN43 `1` Select AN43 for input scan; CSSL43 = AN43
CSSL42	10	ADC Input Pin Scan Selection bits `0` Skip AN42 for input scan; CSSL42 = AN42 `1` Select AN42 for input scan; CSSL42 = AN42
CSSL41	9	ADC Input Pin Scan Selection bits `0` Skip AN41 for input scan; CSSL41 = AN41 `1` Select AN41 for input scan; CSSL41 = AN41
CSSL40	8	ADC Input Pin Scan Selection bits `0` Skip AN40 for input scan; CSSL40 = AN40 `1` Select AN40 for input scan; CSSL40 = AN40
CSSL39	7	ADC Input Pin Scan Selection bits `0` Skip AN39 for input scan; CSSL39 = AN39 `1` Select AN39 for input scan; CSSL39 = AN39
CSSL38	6	ADC Input Pin Scan Selection bits `0` Skip AN38 for input scan; CSSL38 = AN38 `1` Select AN38 for input scan; CSSL38 = AN38
CSSL37	5	ADC Input Pin Scan Selection bits `0` Skip AN37 for input scan; CSSL37 = AN37 `1` Select AN37 for input scan; CSSL37 = AN37
CSSL36	4	ADC Input Pin Scan Selection bits `0` Skip AN36 for input scan; CSSL36 = AN36 `1` Select AN36 for input scan; CSSL36 = AN36
CSSL35	3	ADC Input Pin Scan Selection bits `0` Skip AN35 for input scan; CSSL35 = AN35 `1` Select AN35 for input scan; CSSL35 = AN35
CSSL34	2	ADC Input Pin Scan Selection bits `0` Skip AN34 for input scan; CSSL34 = AN34 `1` Select AN34 for input scan; CSSL34 = AN34
CSSL33	1	ADC Input Pin Scan Selection bits `0` Skip AN33 for input scan; CSSL33 = AN33 `1` Select AN33 for input scan; CSSL33 = AN33
CSSL32	0	ADC Input Pin Scan Selection bits `0` Skip AN32 for input scan; CSSL32 = AN32 `1` Select AN32 for input scan; CSSL32 = AN32

ADC1BUF0

Address: 0xBF809070
Reset: 0x00000000
Access: read only
Size: 32-bit

ADC1BUF1

Address: 0xBF809080
Reset: 0x00000000
Access: read only
Size: 32-bit

ADC1BUF2

Address: 0xBF809090
Reset: 0x00000000
Access: read only
Size: 32-bit

ADC1BUF3

Address: 0xBF8090A0
Reset: 0x00000000
Access: read only
Size: 32-bit

ADC1BUF4

Address: 0xBF8090B0
Reset: 0x00000000
Access: read only
Size: 32-bit

ADC1BUF5

Address: 0xBF8090C0
Reset: 0x00000000
Access: read only
Size: 32-bit

ADC1BUF6

Address: 0xBF8090D0
Reset: 0x00000000
Access: read only
Size: 32-bit

ADC1BUF7

Address: 0xBF8090E0
Reset: 0x00000000
Access: read only
Size: 32-bit

ADC1BUF8

Address: 0xBF8090F0
Reset: 0x00000000
Access: read only
Size: 32-bit

ADC1BUF9

Address: 0xBF809100
Reset: 0x00000000
Access: read only
Size: 32-bit

ADC1BUFA

Address: 0xBF809110
Reset: 0x00000000
Access: read only
Size: 32-bit

ADC1BUFB

Address: 0xBF809120
Reset: 0x00000000
Access: read only
Size: 32-bit

ADC1BUFC

Address: 0xBF809130
Reset: 0x00000000
Access: read only
Size: 32-bit

ADC1BUFD

Address: 0xBF809140
Reset: 0x00000000
Access: read only
Size: 32-bit

ADC1BUFE

Address: 0xBF809150
Reset: 0x00000000
Access: read only
Size: 32-bit

ADC1BUFF

Address: 0xBF809160
Reset: 0x00000000
Access: read only
Size: 32-bit