Design a digital trigonometric calculator, TRIG that receives input angle, theta and a 1-bit control, opr to perform the following operation: out = {sin theta if opr = 1 cos theta if opr = 0 The input angle, theta is given in radians (0 lessthanorequalto theta lessthanorequalto pi) using fixed-point format with 2 significant bits after the radix point. So, the input number takes the form of MM.FF where MM represents whole number and FF represents fractional part of angle in radians. The output trigonometric function of your circuit should also be in fixed- point format with 4 bits after the radix point. Implement TRIG circuit using least number of 32 times 4 ROMs. You may assume that ROM chips have an active high chip select (CS) input that enables it. You can also use a few additional inverters, if needed. Draw a neat, labeled diagram showing interconnections between the ROMs, address and data lines, and the contents of each ROM. Design a digital trigonometric calculator, TRIG that receives input angle, theta and a 1-bit control, opr to perform the following operation: out = {sin theta if opr = 1 cos theta if opr = 0 The input angle, theta is given in radians (0 lessthanorequalto theta lessthanorequalto pi) using fixed-point format with 2 significant bits after the radix point. So, the input number takes the form of MM.FF where MM represents whole number and FF represents fractional part of angle in radians. The output trigonometric function of your circuit should also be in fixed- point format with 4 bits after the radix point. Implement TRIG circuit using least number of 32 times 4 ROMs. You may assume that ROM chips have an active high chip select (CS) input that enables it. You can also use a few additional inverters, if needed. Draw a neat, labeled diagram showing interconnections between the ROMs, address and data lines, and the contents of each ROM