Can anyone give me a hand?

Your objective is to implement a 6bit Linear Ramp Analogue to Digital Converter

Your implementation should be on a single AND OR Gate Array

(Programmable Logic Array) with an appropriate number of registers.

Your circuit takes as its input a voltage v between 0.0V and 6.3V and returns a number which is n=ceiling(10v).

Assume that your input voltage remains within the specified range.

The following analogue system mare available:

1. An 8bit Digital to Analogue Converter with vout=0.1n, where n is an 6 bit unsigned binary integer. You do not need to specify the design of the Digital to Analogue Converter.

2.

A comparator which operates effectively for the input voltage range, and

provides a digital logic output. You do not need to specify the design of the Comparator, but you will need to specify the conditions under which

the output is TRUE versus FALSE.