DIGITAL ELECTRONICS U3-U4

A _______________ consists of input variables, logic gates, and output variables. Logic gates accept inputs and, depending on the type of operation of the logic gate, output signals are generated from them.

• Combinational Circuits

• Gate Logic

• Sequential Circuits

• None

A __________ defines the function of a logic gate by providing a concise list showing all the output states in table form for every possible combination of input variable that the gate could encounter.

• Boolean Algebra

• Truth Table

• Logic Diagram

This forms the ______________ showing the operation of the logic circuit for each input variable, either True or False, which results in a logic output "1".

• Boolean Algebra

• Gate Logic

• Logic Diagram

• None

Is a:

• Equation

• Gate Logic

• Logic Circuit

• None

Is a:

• Quinne-McCluskey tabulation

• Karnaugh maps

• True Table

• None

Is a:

• Karnaugh map and Boolean expressions

• Boolean algebra

• Quinne-McCluskey tabulation

• None

_________is one whose outputs not only depend on its inputs but also its current position or state, stored in memory elements.

• Combinational Circuits

• Sequential Circuits

• Digital Electronics

• None

An __________ is one whose state can be affected at any time instant when changing the value of the inputs. Your storage items are time-delayed devices, in which storage capacity is due to it takes a finite time for the signal to propagate through the device.

• Combinational circuits

• Logic Diagram

• Asynchronous Sequential Circuit

• None

A _____________uses signals that change their state only at instants. discrete time. Synchronization is achieved through a synchronization device called a clock signal generator that produces a periodic succession of clock pulses. clock.

• Types of sequential circuits.

• Asynchronous Sequential Circuit

• Synchronous Sequential Circuit

• None

Counter, Memory, Register.

• Gate Logic

  (AND, OR, NOT)

• Combinational Logic (TTL, CMOS)

• Sequential Logic (FF,CLK,MEMORY )

• None