This is a step-by-step example division. Note that the least significant bit of Q is not necessarily correct unless it is boldface.

1. S is the 9th bit used in shifting
2. op is the operation to be performed
3. Q is the value in the Q register

The operation performed is 110100100011001 / 11110010 (26905/242 in decimal)

op	S	A (with M beneath)	Q	Comment
	0	11010010	0011001_	Initial Subtraction
-		11110010		M
=	1	11100000		negatiave result
				don't load the result
	1	10100100	011001_0	Shift (shift in a 0 in the quotient)
-		11110010		Subtract
=	0	10110010
		10110010		Load result into A
	1	01100100	11001_01	Shift
-		11110010		Subtract
=	0	01110010
		01110010		Load Result
	0	11100101	1101_011	Shift
-		11110010		Subtract
=	1	11110011		Negative result
				Don't load
	1	11001011	001_0110	Shift (shift in a 0 into the quotient)
-		11110010		Subtract
=	0	11011001
		11011001		Load result
	1	10110010	01_01101	Shift (shift in a 1 into the quotient)
-		11110010		Subtract
=	0	11000000
		11000000		Load
	1	10000000	1_011011	Shift (shift in a 1 into the quotient)
-		11110010		Subtract
=	0	10001110
		10001110		Load
	1	00011101	_0110111	Shift (shift in a 1 into the quotient)
-		11110010		subtract
=	0	00101011
		00101011		Load
		00101011	01101111	Shift Q, but not A
		00101011	01101111	Final answer

note the final anwer is 111 remainder 43 or 01101111 remainder 00101011 in binary