Shift Registers | Digital Logic Circuits
Subject and UNIT: Digital Logic Circuits: Unit III: (c) Shift Registers
Digital Logic Circuits: Unit III: (c) Shift Registers : Two Marks Questions with Answers
Principle of operation, Logic Diagram, Truth Table, Waveform | Shift Registers
Subject and UNIT: Digital Logic Circuits: Unit III: (c) Shift Registers
• In a Johnson counter, the Q output of each stage of flip-flop is connected to the D input of the next stage.
Principle of operation, Logic Diagram, Truth Table, Waveform | Shift Registers
Subject and UNIT: Digital Logic Circuits: Unit III: (c) Shift Registers
• Fig. 6.6.1 shows the logic diagram for four-bit ring counter.
Subject and UNIT: Digital Logic Circuits: Unit III: (c) Shift Registers
• Primary use of shift register is temporary data storage and bit manipulations. Some of the common applications of shift registers are as discussed below.
Principle of operation, Logic Diagram, Truth Table
Subject and UNIT: Digital Logic Circuits: Unit III: (c) Shift Registers
• A register capable of shifting in one direction only is a unidirectional shift register. • A register capable of shifting in both directions is a bidirectional shift register.
Subject and UNIT: Digital Logic Circuits: Unit III: (c) Shift Registers
Digital Logic Circuits: Unit III: (c) Shift Registers : Types of Shift Registers
data movement in registers
Subject and UNIT: Digital Logic Circuits: Unit III: (c) Shift Registers
• The binary information (data) in a register can be moved from stage to stage within the register or into or out of the register upon application of clock pulses.
Shift Registers
Subject and UNIT: Digital Logic Circuits: Unit III: (c) Shift Registers
• A group of flip-flops can be used to store a word, which is called register.
Digital Logic Circuits
Subject and UNIT: Digital Logic Circuits: Unit III: (c) Shift Registers
Digital Logic Circuits: Unit III: (c) Shift Registers : Syllabus, Contents
Analysis & Design of Synchronous Sequential Circuits | Digital Logic Circuits
Subject and UNIT: Digital Logic Circuits: Unit III: (b) Analysis & Design of Synchronous Sequential Circuits
Digital Logic Circuits: Unit III: (b) Analysis & Design of Synchronous Sequential Circuits : University Questions with Answers (Long Answered Questions)
Analysis & Design of Synchronous Sequential Circuits | Digital Logic Circuits
Subject and UNIT: Digital Logic Circuits: Unit III: (b) Analysis & Design of Synchronous Sequential Circuits
Digital Logic Circuits: Unit III: (b) Analysis & Design of Synchronous Sequential Circuits : Two Marks Questions with Answers
Analysis and Design of Synchronous Sequential Circuits
Subject and UNIT: Digital Logic Circuits: Unit III: (b) Analysis & Design of Synchronous Sequential Circuits
• The specified input sequence can be detected using a sequential machine called sequence detector.