***Input Address Buffer***

|--------------------Sample 1-------------------|--------------------Sample 2-------------------|
-------------------------------------------------------------------------------------------------
| Analog    | Digital   | Analog    | Digital   | Analog    | Digital   | Analog    | Digital   | 
|           |           |           |           |           |           |           |           |  .... this goes on 
| Channel 1 | Channel 1 | Channel 2 | Channel 2 | Channel 1 | Channel 1 | Channel 2 | Channel 2 |       for 64 samples
-------------------------------------------------------------------------------------------------

***Code segement to access the Inputs***

ld	*AR6, 16. A		;Receive Sample 1 analog ch1
mar     *+AR6(1)		;moves the pointer to Sample 1 digital ch1.
ld	*AR6, 16. B		;Receive Sample 1 digital ch1
mar     *+AR6(1)		;moves the pointer to Sample 1 analog ch2.
ld	*AR6, 16. A		;Receive Sample 1 analog ch2
mar     *+AR6(1)		;moves the pointer to Sample 1 digital ch2.
ld	*AR6, 16. B		;Receive Sample 1 digital ch2
mar     *+AR6(1)		;moves the pointer to Sample 2 analog ch1.



***Output Address Buffer***

|--------------Sample 1-------------|--------------Sample 2-------------|
-------------------------------------------------------------------------
| Ch1 | Ch2 | Ch3 | Ch4 | Ch5 | Ch6 | Ch1 | Ch2 | Ch3 | Ch4 | Ch5 | Ch6 |   ... this goes on for 64 samples
-------------------------------------------------------------------------

***Code segment to access the Outputs***

sth	a, *AR7+		;Stores into output buffer, ch1
sth	a, *AR7+		;ch2
sth	a, *AR7+		;ch3
sth	a, *AR7+		;ch4
sth	a, *AR7+		;ch5
sth	a, *AR7+		;ch6
sth	a, *AR7+		;ch7