A в -'1' B' K D C y CLK After identifying the inputs, outputs and state variables, let's proceed with analysis. As usual, first step is to derive the equations. There are three flip-flops: • top FF is a T flip-flop with complementary outputs A and A --> one excitation input T • middle FF is a JK flip-flop with complementary outputs B and B' -> two excitation inputs J and K • bottom FF is a D flip-flop with complementary outputs C and C' -> one excitation input D Thus, we need to derive the following equations: T =

A в -'1' B' K D C y CLK After identifying the inputs, outputs and state variables, let's proceed with analysis. As usual, first step is to derive the equations. There are three flip-flops: • top FF is a T flip-flop with complementary outputs A and A --> one excitation input T • middle FF is a JK flip-flop with complementary outputs B and B' -> two excitation inputs J and K • bottom FF is a D flip-flop with complementary outputs C and C' -> one excitation input D Thus, we need to derive the following equations: T =

Electric Motor Control

10th Edition

ISBN:9781133702818

Author:Herman

Publisher:Herman

Chapter22: Sequence Control

Section: Chapter Questions

Problem 6SQ: Draw a symbol for a solid-state logic element AND.

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