Design a circuit that uses two 4-bit universal shift registers with parallel load (Notes Set 6, Slide 9). The operation of your circuit depends upon the value of an active-HI synchronous LOAD signal, as follows: l. If LOAD = 1, your circuit should load an 8-bit signed 2s-complement value y into registers A and B, such that A contains the MOST significant bits of V and B contains the LEAST significant bits of V. 2. If LOAD 0 and V is negative, your circuit should divide the value in V by 2. 3. If LOAD 0 and V is positive, your circuit should not change. Clearly label all signals. Design a circuit that uses two 4-bit universal shift registers with parallel load (Notes Set 6, Slide 9). The operation of your circuit depends upon the value of an active-HI synchronous LOAD signal, as follows: l. If LOAD = 1, your circuit should load an 8-bit signed 2s-complement value y into registers A and B, such that A contains the MOST significant bits of V and B contains the LEAST significant bits of V. 2. If LOAD 0 and V is negative, your circuit should divide the value in V by 2. 3. If LOAD 0 and V is positive, your circuit should not change. Clearly label all signals