The Gray code is a binary code for integers It differs from the ordinary bina resentation in that there is just a single bit change between the representa any two numbers This is useful for applications such as counters or analog$-$to converters where a sequence of numbers is generated. Because only one bit at a time, there is never any ambiguity due to slight timing differences. The fir elements of the code are

$($a$)$

$($b$)$

Figure $11\mathrm{.}35$ Seven$-$Segment LED Display Example

sien a circuit that converts from binarv to Grav code. $6.$ Problem $11\mathrm{.}11$ on page $411.$

$11\mathrm{.}11$ The Gray code is a binary code for integers It differs from the ordinary binary representation in that there is just a single bit change between the representations of any two numbers This is useful for applications such as counters or analog$-$to$-$digital converters where a sequence of numbers is generated. Because only one bit changes at a time, there is never any ambiguity due to slight timing differences. The first eight elements of the code are

$($a$)$

Figure $11\mathrm{.}35$ Seven$-$Segment LED Display Example

Desien a circuit that converts from binarv to Grav code.