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Copyright  Muhammad A M Islam.SBE202A Logic Gates and Boolean Algebra 19/21/2020
Chapter 3
Logic Gates and Boolean Algebra
Mathematics of the Logic
Copyright  Muhammad A M Islam.SBE202A Logic Gates and Boolean Algebra 29/21/2020
De Morgan’s Theorem
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De Morgan’s Theorem
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De Morgan’s Theorem
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Sum of Products and Products of Sums
Implications of De Morgan’s Theorem
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Sum of Products and Products of Sums
Implications of De Morgan’s Theorem
Copyright  Muhammad A M Islam.SBE202A Logic Gates and Boolean Algebra 79/21/2020
Implications of De Morgan’s Theorem
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Universality of NAND Gates and NOR Gates
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Universality of NAND Gates and NOR Gates
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Universality of NAND Gates and NOR Gates
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Alternate Logic Gate representations
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Realizing the AND Function with NOR Gates
f A B 
f f
 A B 
 A B 
Copyright  Muhammad A M Islam.SBE202A Logic Gates and Boolean Algebra 139/21/2020
Logic Symbol Interpretation
Active High
Outputs
Active High
Inputs
Active Low
Outputs
Active Low
Inputs
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NOR Gates and NAND Gates
Copyright  Muhammad A M Islam.SBE202A Logic Gates and Boolean Algebra 179/21/2020
Example: Realize the following function in sum-of-products form, using only
two-input NAND gates
Solution
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Chapter 4
Combinational Logic Circuits
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Sum of Products and Product of Sums
Sum of Products:
F= x'yz + xy'z + xyz' + xyz
Product of Sums:
F= (x+y+z) • (x+y+z') • (x+y'+z) • (x'+y+z)
Simplification
:
Copyright  Muhammad A M Islam.SBE202A Logic Gates and Boolean Algebra 219/21/2020
Parity Generator and Checker
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Parity Generator and Checker
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Parity Generator and Checker
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Exclusive OR and Exclusive NOR Circuits
The XOR (Exclusive OR) Gate
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Enable/Disable Circuits
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Programmable Logic Devices
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FLIP FLOPS AND RELATED
DEVICES
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Introduction
General Digital System
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Latches and Flip Flops
Latch : All Level Sensitive Control
Bistable Circuits
Exactly 2
Complementary
Outputs
Flip Flop: An Edge Sensitive Control
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NAND GATE LATCH
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Dominant?
0
0
0
1
1
NAND Latch
0 Dominant
1
01
Forbidden
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Alternate Representation
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R
S
Debouncing Circuit
R
S
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Alternate Representation
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SC NOR Latch
Dominant?1 Dominant
1 0
10
0 0
01
Forbidden
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NOR Gate Latch
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SC NOR Latch
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Enabled SC Latch
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Enabled SC Latch
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CLOCK SIGNALS AND
CLOCKED FLIP-FLOPS
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Clock Signals
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Flip-Flops
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Description of a Flip-Flop
Truth (Characteristic) Table
Lists how the state changes at the active clock edge
Copyright  Muhammad A M Islam.SBE202A Logic Gates and Boolean Algebra 459/21/2020
Description of a Flip-Flop
Characteristic Equation
The Boolean equation derived from the characteristic table
𝑄 𝑛+1 = 𝑆 + 𝑅𝑄 𝑛
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Description of a Flip-Flop
State Diagram
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Description of a Flip-Flop
Excitation Table
input required to produce each output transition
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CLOCKED SC FLIP-FLOP
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SC Flip Flop
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SC Flip Flop
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SC Flip Flop
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SC Flip Flop Truth Table
S R Qn Qn+1
0 0 0 0
0 0 1 1
0 1 0 0
0 1 1 0
1 0 0 1
1 0 1 1
1 1 0 X
1 1 1 X
C/C Equation 1n nQ S RQ  
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SC Flip Flop State Diagram
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SC Flip Flop Logic Symbol
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SC Flip Flop Excitation Table
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Edge Detector
Positive Edge Detector
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Edge Detector
Positive Edge Detector
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Edge Detector
0
1
0
0
0
Positive Edge Detector
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Edge Detector
1
1
1
0
0 1
Positive Edge Detector
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Edge Detector
1
1
1
1
0 1
Positive Edge Detector
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Edge Detector
1
0
1
1
0 1
Positive Edge Detector
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Edge Detector
1
0
1
0
0 1
Positive Edge Detector
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Edge Detector
Negative Edge Detector
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Edge Detector
Negative Edge Detector
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Edge Detector
Negative Edge Detector
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D LATCH
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D Latch
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Enabled D Latch
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Enabled D Latch
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D Flip Flop
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CLOCKED D FLIP-FLOP
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D Flip Flop
S
R
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D Flip Flop
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D Flip Flop
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D Flip Flop Synchronizer
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CLOCKED JK FLIP FLOP
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Clocked JK Flip Flop
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Clocked JK Flip Flop
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JK Flip Flop Internal Circuitry
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JK Flip Flop
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JK Flip Flop
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JK Flip Flop Truth Table
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JK Flip Flop Truth Table
J K Qn Qn+1
0 0 0 0
0 0 1 1
0 1 0 0
0 1 1 0
1 0 0 1
1 0 1 1
1 1 0 1
1 1 1 0
1n n nQ kQ JQ  JK Flip Flop C/C Equation
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JK Flip Flop State Diagram
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JK Flip Flop Excitation Table
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JK Flip Flop From D FF
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JK Flip Flop Timing Diagrams
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T FLIP FLOP
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T Flip Flop
𝑄 𝑛+1 = 𝑇 𝑄 + 𝑇𝑄 = 𝑇 ⊕ 𝑄
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T Flip Flop
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T Flip Flop
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T Flip Flop
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ASYNCHRONOUS INPUTS
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D Flip Flop
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D Flip Flop
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D Flip Flop
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Asynchronous Inputs
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Asynchronous Inputs
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SR Asynchronous Inputs
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JK Flip Flop
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JK Flip Flop
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FLIP-FLOP TIMING
CONSIDERATIONS
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Flip Flop Timing Considerations
Setup Time
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Flip Flop Timing Considerations
Hold Time
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Flip Flop Timing Considerations
D
tpd
tset-up
thold
C
Q
invalid
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Flip Flop Timing Considerations
Propagation Delay
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Flip Flop Timing Considerations
Clock Pulse High and Low
Asynchronous Pulse Width
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Flip Flop Timing Considerations
Clock Pulse High and Low Times
The Minimum required Times
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Flip Flop Timing Considerations
Asynchronous Active Pulse Width
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Flip Flop Timing Considerations
Asynchronous Active Pulse Width
The Minimum required Pre or Clr times
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Flip Flop Timing Considerations
Clock Transition Times:
Max, for the technology
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Flip Flop Timing Considerations
Setup time ts The time required that the input must be held before the active clock edge for
proper operation. For a typical flip-flop, ts is around 20 ns.
Hold time th The time required that the input must be held after the active clock edge for proper
operation. For most flip-flops, this is 0 ns meaning inputs need not be held beyond the active
clock signal.
TpLH Propagation delay from clock trigger point to the low-to-high Q output swing. A typical
TpLH for a flip-flop is around 20 ns.
TpHL Propagation delay from clock trigger point to the high-to-low Q output swing. A typical
TpLH for a flip-flop is around 20 ns.
[max Maximum frequency allowed at the clock input. Any frequency above this limit will
result in unreliable performance. Can vary greatly.
tw(L) Clock pulse width (low), the minimum width (in nanoseconds) that is allowed at the clock
input during the low level for reliable operation.
tw(H) Clock pulse width (high), the minimum width (in nanoseconds) that is allowed at the
clock input during the high level for reliable operation. Preset or clear pulse width Also given
by tw(L) , the minimum width (in nanoseconds) of the low pulse at the preset or clear inputs.
Copyright  Muhammad A M Islam.SBE202A Logic Gates and Boolean Algebra 1199/21/2020
Flip Flop Timing Considerations
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POTENTIAL TIMING
PROBLEM IN FF CIRCUITS
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Potential Timing Problem in FF Circuits
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01
1 1
1
1
Potential Timing Problem in FF Circuits
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01
Potential Timing Problem in FF Circuits
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01
Potential Timing Problem in FF Circuits
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01
0 0 0
0
Potential Timing Problem in FF Circuits
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10
0 0 0
0
Potential Timing Problem in FF Circuits
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FLIP-FLOP APPLICATIONS
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Flip Flop Applications
Examples:
1. Counting
2. Storing binary data
3. Transferring binary data between locations
Sequential circuits: the output follows a predetermined sequence
of states, with each clock pulse.
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FLIP-FLOP
SYNCHRONIZATION
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Flip Flop Synchronization
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Flip Flop Synchronization
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DETECTING AN INPUT
SEQUENCE
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Detecting an Input Sequence
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DATA STORAGE AND
TRANSFER
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Data Storage and Transfer
Synchronous Data Transfer
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Data Storage and Transfer
Asynchronous Data Transfer
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Data Storage and Transfer
Parallel Data Transfer
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SERIAL DATA TRANSFER:
SHIFT REGISTERS
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Serial Data Transfer: Shift Registers
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Serial Data Transfer: Shift Registers
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Serial Data Transfer: Shift Registers
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Serial Data Transfer: Shift Registers
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FREQUENCY DIVISION AND
COUNTING
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Frequency Division and Counting
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Frequency Division and Counting
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MICROCOMPUTER
APPLICATION
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Microprocessor Transferring Binary
Data To An External Register
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SCHMITT-TRIGGER DEVICES
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Schmitt Trigger Devices
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Schmitt Trigger Devices
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Schmitt Trigger Inverter
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Schmitt Trigger Inverter
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Schmitt Trigger Inverter
+ve Feedback
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Schmitt Trigger Inverter
1
1 2
o
R
v
R R
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Schmitt Trigger Inverter
THV
  0I THV V V V    
Copyright  Muhammad A M Islam.SBE202A Logic Gates and Boolean Algebra 1599/21/2020
Schmitt Trigger Inverter
  0I TLV V V V    
TLV
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Schmitt Trigger Inverter
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Schmitt Trigger Inverter
THV
  0I THV V V V    
Copyright  Muhammad A M Islam.SBE202A Logic Gates and Boolean Algebra 1629/21/2020
Schmitt Trigger Inverter
  0I TLV V V V    
TLV
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Schmitt Trigger Inverter
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Schmitt Trigger
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ONE-SHOT (MONOSTABLE
MULTIVIBRATOR)
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Monostable Multivibrators:
1. Nonretriggerable One Shot
2. Retriggerable One Shot
One Shot
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Nonretriggerable One Shot
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Retriggerable One Shot
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Retriggerable One Shot
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ANALYZING SEQUENTIAL
CIRCUITS
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Analyzing Sequential Circuits
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Analyzing Sequential Circuits
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CLOCK GENERATOR
CIRCUITS
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Clock Generator Circuits
Schmitt Trigger Inverter
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Clock Generator Circuits
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Clock Generator Circuits
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TROUBLESHOOTING FLIP-
FLOP CIRCUITS
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Clock Skew
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Clock Skew
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SEQUENTIAL CIRCUITS
USING HDL
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Sequential Circuits Using HDL
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Sequential Circuits Using HDL
The logic of a behavioral description of an S-R latch
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EDGE-TRIGGERED DEVICES
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HDL CIRCUITS WITH
MULTIPLE COMPONENTS
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END
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APPENDICES
Copyright  Muhammad A M Islam.SBE202A Logic Gates and Boolean Algebra 1899/21/2020
Product of Sums
Writing the Product-Of-Sums Boolean reduction for a K-map:
1. Group of 0s.
2. Binary representation.
3. Complement.
4. Convert to a sum-term.
5. Repeat for other groups.
6. And all results.
Copyright  Muhammad A M Islam.SBE202A Logic Gates and Boolean Algebra 1909/21/2020
Simplify
Minterms and Maxterms
Minterms Maxterms
Copyright  Muhammad A M Islam.SBE202A Logic Gates and Boolean Algebra 1919/21/2020
Minterms and Maxterms
F = xy'z + xyz' + yz
= x'yz + xy'z + xyz' + xyz
F(x, y, z) = m3 + m5 + m6 + m7
F(x, y, z) = Σ(3, 5, 6, 7)
To get Product of Sums:
1. Invert the equation.
2. Reduce it to sum-of-products.
3. Invert it again.
Copyright  Muhammad A M Islam.SBE202A Logic Gates and Boolean Algebra 1929/21/2020
Simplifying Logic Circuits
• Using Boolean Algebra Theorem
• Using Karnaugh Map
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Karnaugh Map Method
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Karnaugh Map Method
Copyright  Muhammad A M Islam.SBE202A Logic Gates and Boolean Algebra 1959/21/2020
Karnaugh Map Method
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Karnaugh Map Method
Copyright  Muhammad A M Islam.SBE202A Logic Gates and Boolean Algebra 1979/21/2020
Karnaugh Map Method
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Karnaugh Map Method
Copyright  Muhammad A M Islam.SBE202A Logic Gates and Boolean Algebra 1999/21/2020
Parity Method for Error Detection
Data transmission or storage ► Errors
One Parity Bit is added to each group of bits
► ∑ bits is Either even or odd
Copyright  Muhammad A M Islam.SBE202A Logic Gates and Boolean Algebra 2009/21/2020
Parity Method for Error Detection
Ex: C ASCII=1000011
Even Parity: 11000011
Odd Parity: 01000011
Copyright  Muhammad A M Islam.SBE202A Logic Gates and Boolean Algebra 2019/21/2020
Parity Method for Error Detection
Detects 1 bit error

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Tocci ch 3 5 boolean algebra, logic gates, combinational circuits, f fs, - related circuits

  • 1. Copyright  Muhammad A M Islam.SBE202A Logic Gates and Boolean Algebra 19/21/2020 Chapter 3 Logic Gates and Boolean Algebra Mathematics of the Logic
  • 2. Copyright  Muhammad A M Islam.SBE202A Logic Gates and Boolean Algebra 29/21/2020 De Morgan’s Theorem
  • 3. Copyright  Muhammad A M Islam.SBE202A Logic Gates and Boolean Algebra 39/21/2020 De Morgan’s Theorem
  • 4. Copyright  Muhammad A M Islam.SBE202A Logic Gates and Boolean Algebra 49/21/2020 De Morgan’s Theorem
  • 5. Copyright  Muhammad A M Islam.SBE202A Logic Gates and Boolean Algebra 59/21/2020 Sum of Products and Products of Sums Implications of De Morgan’s Theorem
  • 6. Copyright  Muhammad A M Islam.SBE202A Logic Gates and Boolean Algebra 69/21/2020 Sum of Products and Products of Sums Implications of De Morgan’s Theorem
  • 7. Copyright  Muhammad A M Islam.SBE202A Logic Gates and Boolean Algebra 79/21/2020 Implications of De Morgan’s Theorem
  • 8. Copyright  Muhammad A M Islam.SBE202A Logic Gates and Boolean Algebra 89/21/2020 Universality of NAND Gates and NOR Gates
  • 9. Copyright  Muhammad A M Islam.SBE202A Logic Gates and Boolean Algebra 99/21/2020 Universality of NAND Gates and NOR Gates
  • 10. Copyright  Muhammad A M Islam.SBE202A Logic Gates and Boolean Algebra 109/21/2020 Universality of NAND Gates and NOR Gates
  • 11. Copyright  Muhammad A M Islam.SBE202A Logic Gates and Boolean Algebra 119/21/2020 Alternate Logic Gate representations
  • 12. Copyright  Muhammad A M Islam.SBE202A Logic Gates and Boolean Algebra 129/21/2020 Realizing the AND Function with NOR Gates f A B  f f  A B   A B 
  • 13. Copyright  Muhammad A M Islam.SBE202A Logic Gates and Boolean Algebra 139/21/2020 Logic Symbol Interpretation Active High Outputs Active High Inputs Active Low Outputs Active Low Inputs
  • 14. Copyright  Muhammad A M Islam.SBE202A Logic Gates and Boolean Algebra 149/21/2020 NOR Gates and NAND Gates
  • 15. Copyright  Muhammad A M Islam.SBE202A Logic Gates and Boolean Algebra 179/21/2020 Example: Realize the following function in sum-of-products form, using only two-input NAND gates Solution
  • 16. Copyright  Muhammad A M Islam.SBE202A Logic Gates and Boolean Algebra 199/21/2020 Chapter 4 Combinational Logic Circuits
  • 17. Copyright  Muhammad A M Islam.SBE202A Logic Gates and Boolean Algebra 209/21/2020 Sum of Products and Product of Sums Sum of Products: F= x'yz + xy'z + xyz' + xyz Product of Sums: F= (x+y+z) • (x+y+z') • (x+y'+z) • (x'+y+z) Simplification :
  • 18. Copyright  Muhammad A M Islam.SBE202A Logic Gates and Boolean Algebra 219/21/2020 Parity Generator and Checker
  • 19. Copyright  Muhammad A M Islam.SBE202A Logic Gates and Boolean Algebra 229/21/2020 Parity Generator and Checker
  • 20. Copyright  Muhammad A M Islam.SBE202A Logic Gates and Boolean Algebra 239/21/2020 Parity Generator and Checker
  • 21. Copyright  Muhammad A M Islam.SBE202A Logic Gates and Boolean Algebra 259/21/2020 Exclusive OR and Exclusive NOR Circuits The XOR (Exclusive OR) Gate
  • 22. Copyright  Muhammad A M Islam.SBE202A Logic Gates and Boolean Algebra 269/21/2020 Enable/Disable Circuits
  • 23. Copyright  Muhammad A M Islam.SBE202A Logic Gates and Boolean Algebra 279/21/2020 Programmable Logic Devices
  • 24. Copyright  Muhammad A M Islam.SBE202A Logic Gates and Boolean Algebra 289/21/2020 FLIP FLOPS AND RELATED DEVICES
  • 25. Copyright  Muhammad A M Islam.SBE202A Logic Gates and Boolean Algebra 299/21/2020 Introduction General Digital System
  • 26. Copyright  Muhammad A M Islam.SBE202A Logic Gates and Boolean Algebra 309/21/2020 Latches and Flip Flops Latch : All Level Sensitive Control Bistable Circuits Exactly 2 Complementary Outputs Flip Flop: An Edge Sensitive Control
  • 27. Copyright  Muhammad A M Islam.SBE202A Logic Gates and Boolean Algebra 319/21/2020 NAND GATE LATCH
  • 28. Copyright  Muhammad A M Islam.SBE202A Logic Gates and Boolean Algebra 329/21/2020 Dominant? 0 0 0 1 1 NAND Latch 0 Dominant 1 01 Forbidden
  • 29. Copyright  Muhammad A M Islam.SBE202A Logic Gates and Boolean Algebra 339/21/2020 Alternate Representation
  • 30. Copyright  Muhammad A M Islam.SBE202A Logic Gates and Boolean Algebra 349/21/2020 R S Debouncing Circuit R S
  • 31. Copyright  Muhammad A M Islam.SBE202A Logic Gates and Boolean Algebra 359/21/2020 Alternate Representation
  • 32. Copyright  Muhammad A M Islam.SBE202A Logic Gates and Boolean Algebra 369/21/2020 SC NOR Latch Dominant?1 Dominant 1 0 10 0 0 01 Forbidden
  • 33. Copyright  Muhammad A M Islam.SBE202A Logic Gates and Boolean Algebra 379/21/2020 NOR Gate Latch
  • 34. Copyright  Muhammad A M Islam.SBE202A Logic Gates and Boolean Algebra 389/21/2020 SC NOR Latch
  • 35. Copyright  Muhammad A M Islam.SBE202A Logic Gates and Boolean Algebra 399/21/2020 Enabled SC Latch
  • 36. Copyright  Muhammad A M Islam.SBE202A Logic Gates and Boolean Algebra 409/21/2020 Enabled SC Latch
  • 37. Copyright  Muhammad A M Islam.SBE202A Logic Gates and Boolean Algebra 419/21/2020 CLOCK SIGNALS AND CLOCKED FLIP-FLOPS
  • 38. Copyright  Muhammad A M Islam.SBE202A Logic Gates and Boolean Algebra 429/21/2020 Clock Signals
  • 39. Copyright  Muhammad A M Islam.SBE202A Logic Gates and Boolean Algebra 439/21/2020 Flip-Flops
  • 40. Copyright  Muhammad A M Islam.SBE202A Logic Gates and Boolean Algebra 449/21/2020 Description of a Flip-Flop Truth (Characteristic) Table Lists how the state changes at the active clock edge
  • 41. Copyright  Muhammad A M Islam.SBE202A Logic Gates and Boolean Algebra 459/21/2020 Description of a Flip-Flop Characteristic Equation The Boolean equation derived from the characteristic table 𝑄 𝑛+1 = 𝑆 + 𝑅𝑄 𝑛
  • 42. Copyright  Muhammad A M Islam.SBE202A Logic Gates and Boolean Algebra 469/21/2020 Description of a Flip-Flop State Diagram
  • 43. Copyright  Muhammad A M Islam.SBE202A Logic Gates and Boolean Algebra 479/21/2020 Description of a Flip-Flop Excitation Table input required to produce each output transition
  • 44. Copyright  Muhammad A M Islam.SBE202A Logic Gates and Boolean Algebra 489/21/2020 CLOCKED SC FLIP-FLOP
  • 45. Copyright  Muhammad A M Islam.SBE202A Logic Gates and Boolean Algebra 499/21/2020 SC Flip Flop
  • 46. Copyright  Muhammad A M Islam.SBE202A Logic Gates and Boolean Algebra 509/21/2020 SC Flip Flop
  • 47. Copyright  Muhammad A M Islam.SBE202A Logic Gates and Boolean Algebra 519/21/2020 SC Flip Flop
  • 48. Copyright  Muhammad A M Islam.SBE202A Logic Gates and Boolean Algebra 529/21/2020 SC Flip Flop Truth Table S R Qn Qn+1 0 0 0 0 0 0 1 1 0 1 0 0 0 1 1 0 1 0 0 1 1 0 1 1 1 1 0 X 1 1 1 X C/C Equation 1n nQ S RQ  
  • 49. Copyright  Muhammad A M Islam.SBE202A Logic Gates and Boolean Algebra 549/21/2020 SC Flip Flop State Diagram
  • 50. Copyright  Muhammad A M Islam.SBE202A Logic Gates and Boolean Algebra 559/21/2020 SC Flip Flop Logic Symbol
  • 51. Copyright  Muhammad A M Islam.SBE202A Logic Gates and Boolean Algebra 569/21/2020 SC Flip Flop Excitation Table
  • 52. Copyright  Muhammad A M Islam.SBE202A Logic Gates and Boolean Algebra 609/21/2020 Edge Detector Positive Edge Detector
  • 53. Copyright  Muhammad A M Islam.SBE202A Logic Gates and Boolean Algebra 619/21/2020 Edge Detector Positive Edge Detector
  • 54. Copyright  Muhammad A M Islam.SBE202A Logic Gates and Boolean Algebra 629/21/2020 Edge Detector 0 1 0 0 0 Positive Edge Detector
  • 55. Copyright  Muhammad A M Islam.SBE202A Logic Gates and Boolean Algebra 639/21/2020 Edge Detector 1 1 1 0 0 1 Positive Edge Detector
  • 56. Copyright  Muhammad A M Islam.SBE202A Logic Gates and Boolean Algebra 649/21/2020 Edge Detector 1 1 1 1 0 1 Positive Edge Detector
  • 57. Copyright  Muhammad A M Islam.SBE202A Logic Gates and Boolean Algebra 659/21/2020 Edge Detector 1 0 1 1 0 1 Positive Edge Detector
  • 58. Copyright  Muhammad A M Islam.SBE202A Logic Gates and Boolean Algebra 669/21/2020 Edge Detector 1 0 1 0 0 1 Positive Edge Detector
  • 59. Copyright  Muhammad A M Islam.SBE202A Logic Gates and Boolean Algebra 679/21/2020 Edge Detector Negative Edge Detector
  • 60. Copyright  Muhammad A M Islam.SBE202A Logic Gates and Boolean Algebra 689/21/2020 Edge Detector Negative Edge Detector
  • 61. Copyright  Muhammad A M Islam.SBE202A Logic Gates and Boolean Algebra 699/21/2020 Edge Detector Negative Edge Detector
  • 62. Copyright  Muhammad A M Islam.SBE202A Logic Gates and Boolean Algebra 709/21/2020 D LATCH
  • 63. Copyright  Muhammad A M Islam.SBE202A Logic Gates and Boolean Algebra 729/21/2020 D Latch
  • 64. Copyright  Muhammad A M Islam.SBE202A Logic Gates and Boolean Algebra 739/21/2020 Enabled D Latch
  • 65. Copyright  Muhammad A M Islam.SBE202A Logic Gates and Boolean Algebra 749/21/2020 Enabled D Latch
  • 66. Copyright  Muhammad A M Islam.SBE202A Logic Gates and Boolean Algebra 759/21/2020 D Flip Flop
  • 67. Copyright  Muhammad A M Islam.SBE202A Logic Gates and Boolean Algebra 769/21/2020 CLOCKED D FLIP-FLOP
  • 68. Copyright  Muhammad A M Islam.SBE202A Logic Gates and Boolean Algebra 779/21/2020 D Flip Flop S R
  • 69. Copyright  Muhammad A M Islam.SBE202A Logic Gates and Boolean Algebra 789/21/2020 D Flip Flop
  • 70. Copyright  Muhammad A M Islam.SBE202A Logic Gates and Boolean Algebra 799/21/2020 D Flip Flop
  • 71. Copyright  Muhammad A M Islam.SBE202A Logic Gates and Boolean Algebra 809/21/2020 D Flip Flop Synchronizer
  • 72. Copyright  Muhammad A M Islam.SBE202A Logic Gates and Boolean Algebra 819/21/2020 CLOCKED JK FLIP FLOP
  • 73. Copyright  Muhammad A M Islam.SBE202A Logic Gates and Boolean Algebra 829/21/2020 Clocked JK Flip Flop
  • 74. Copyright  Muhammad A M Islam.SBE202A Logic Gates and Boolean Algebra 839/21/2020 Clocked JK Flip Flop
  • 75. Copyright  Muhammad A M Islam.SBE202A Logic Gates and Boolean Algebra 849/21/2020 JK Flip Flop Internal Circuitry
  • 76. Copyright  Muhammad A M Islam.SBE202A Logic Gates and Boolean Algebra 859/21/2020 JK Flip Flop
  • 77. Copyright  Muhammad A M Islam.SBE202A Logic Gates and Boolean Algebra 869/21/2020 JK Flip Flop
  • 78. Copyright  Muhammad A M Islam.SBE202A Logic Gates and Boolean Algebra 879/21/2020 JK Flip Flop Truth Table
  • 79. Copyright  Muhammad A M Islam.SBE202A Logic Gates and Boolean Algebra 889/21/2020 JK Flip Flop Truth Table J K Qn Qn+1 0 0 0 0 0 0 1 1 0 1 0 0 0 1 1 0 1 0 0 1 1 0 1 1 1 1 0 1 1 1 1 0 1n n nQ kQ JQ  JK Flip Flop C/C Equation
  • 80. Copyright  Muhammad A M Islam.SBE202A Logic Gates and Boolean Algebra 899/21/2020 JK Flip Flop State Diagram
  • 81. Copyright  Muhammad A M Islam.SBE202A Logic Gates and Boolean Algebra 909/21/2020 JK Flip Flop Excitation Table
  • 82. Copyright  Muhammad A M Islam.SBE202A Logic Gates and Boolean Algebra 919/21/2020 JK Flip Flop From D FF
  • 83. Copyright  Muhammad A M Islam.SBE202A Logic Gates and Boolean Algebra 929/21/2020 JK Flip Flop Timing Diagrams
  • 84. Copyright  Muhammad A M Islam.SBE202A Logic Gates and Boolean Algebra 939/21/2020 T FLIP FLOP
  • 85. Copyright  Muhammad A M Islam.SBE202A Logic Gates and Boolean Algebra 949/21/2020 T Flip Flop 𝑄 𝑛+1 = 𝑇 𝑄 + 𝑇𝑄 = 𝑇 ⊕ 𝑄
  • 86. Copyright  Muhammad A M Islam.SBE202A Logic Gates and Boolean Algebra 959/21/2020 T Flip Flop
  • 87. Copyright  Muhammad A M Islam.SBE202A Logic Gates and Boolean Algebra 969/21/2020 T Flip Flop
  • 88. Copyright  Muhammad A M Islam.SBE202A Logic Gates and Boolean Algebra 979/21/2020 T Flip Flop
  • 89. Copyright  Muhammad A M Islam.SBE202A Logic Gates and Boolean Algebra 989/21/2020 ASYNCHRONOUS INPUTS
  • 90. Copyright  Muhammad A M Islam.SBE202A Logic Gates and Boolean Algebra 999/21/2020 D Flip Flop
  • 91. Copyright  Muhammad A M Islam.SBE202A Logic Gates and Boolean Algebra 1019/21/2020 D Flip Flop
  • 92. Copyright  Muhammad A M Islam.SBE202A Logic Gates and Boolean Algebra 1029/21/2020 D Flip Flop
  • 93. Copyright  Muhammad A M Islam.SBE202A Logic Gates and Boolean Algebra 1039/21/2020 Asynchronous Inputs
  • 94. Copyright  Muhammad A M Islam.SBE202A Logic Gates and Boolean Algebra 1049/21/2020 Asynchronous Inputs
  • 95. Copyright  Muhammad A M Islam.SBE202A Logic Gates and Boolean Algebra 1059/21/2020 SR Asynchronous Inputs
  • 96. Copyright  Muhammad A M Islam.SBE202A Logic Gates and Boolean Algebra 1069/21/2020 JK Flip Flop
  • 97. Copyright  Muhammad A M Islam.SBE202A Logic Gates and Boolean Algebra 1079/21/2020 JK Flip Flop
  • 98. Copyright  Muhammad A M Islam.SBE202A Logic Gates and Boolean Algebra 1089/21/2020 FLIP-FLOP TIMING CONSIDERATIONS
  • 99. Copyright  Muhammad A M Islam.SBE202A Logic Gates and Boolean Algebra 1099/21/2020 Flip Flop Timing Considerations Setup Time
  • 100. Copyright  Muhammad A M Islam.SBE202A Logic Gates and Boolean Algebra 1109/21/2020 Flip Flop Timing Considerations Hold Time
  • 101. Copyright  Muhammad A M Islam.SBE202A Logic Gates and Boolean Algebra 1119/21/2020 Flip Flop Timing Considerations D tpd tset-up thold C Q invalid
  • 102. Copyright  Muhammad A M Islam.SBE202A Logic Gates and Boolean Algebra 1129/21/2020 Flip Flop Timing Considerations Propagation Delay
  • 103. Copyright  Muhammad A M Islam.SBE202A Logic Gates and Boolean Algebra 1139/21/2020 Flip Flop Timing Considerations Clock Pulse High and Low Asynchronous Pulse Width
  • 104. Copyright  Muhammad A M Islam.SBE202A Logic Gates and Boolean Algebra 1149/21/2020 Flip Flop Timing Considerations Clock Pulse High and Low Times The Minimum required Times
  • 105. Copyright  Muhammad A M Islam.SBE202A Logic Gates and Boolean Algebra 1159/21/2020 Flip Flop Timing Considerations Asynchronous Active Pulse Width
  • 106. Copyright  Muhammad A M Islam.SBE202A Logic Gates and Boolean Algebra 1169/21/2020 Flip Flop Timing Considerations Asynchronous Active Pulse Width The Minimum required Pre or Clr times
  • 107. Copyright  Muhammad A M Islam.SBE202A Logic Gates and Boolean Algebra 1179/21/2020 Flip Flop Timing Considerations Clock Transition Times: Max, for the technology
  • 108. Copyright  Muhammad A M Islam.SBE202A Logic Gates and Boolean Algebra 1189/21/2020 Flip Flop Timing Considerations Setup time ts The time required that the input must be held before the active clock edge for proper operation. For a typical flip-flop, ts is around 20 ns. Hold time th The time required that the input must be held after the active clock edge for proper operation. For most flip-flops, this is 0 ns meaning inputs need not be held beyond the active clock signal. TpLH Propagation delay from clock trigger point to the low-to-high Q output swing. A typical TpLH for a flip-flop is around 20 ns. TpHL Propagation delay from clock trigger point to the high-to-low Q output swing. A typical TpLH for a flip-flop is around 20 ns. [max Maximum frequency allowed at the clock input. Any frequency above this limit will result in unreliable performance. Can vary greatly. tw(L) Clock pulse width (low), the minimum width (in nanoseconds) that is allowed at the clock input during the low level for reliable operation. tw(H) Clock pulse width (high), the minimum width (in nanoseconds) that is allowed at the clock input during the high level for reliable operation. Preset or clear pulse width Also given by tw(L) , the minimum width (in nanoseconds) of the low pulse at the preset or clear inputs.
  • 109. Copyright  Muhammad A M Islam.SBE202A Logic Gates and Boolean Algebra 1199/21/2020 Flip Flop Timing Considerations
  • 110. Copyright  Muhammad A M Islam.SBE202A Logic Gates and Boolean Algebra 1209/21/2020 POTENTIAL TIMING PROBLEM IN FF CIRCUITS
  • 111. Copyright  Muhammad A M Islam.SBE202A Logic Gates and Boolean Algebra 1219/21/2020 Potential Timing Problem in FF Circuits
  • 112. Copyright  Muhammad A M Islam.SBE202A Logic Gates and Boolean Algebra 1229/21/2020 01 1 1 1 1 Potential Timing Problem in FF Circuits
  • 113. Copyright  Muhammad A M Islam.SBE202A Logic Gates and Boolean Algebra 1239/21/2020 01 Potential Timing Problem in FF Circuits
  • 114. Copyright  Muhammad A M Islam.SBE202A Logic Gates and Boolean Algebra 1249/21/2020 01 Potential Timing Problem in FF Circuits
  • 115. Copyright  Muhammad A M Islam.SBE202A Logic Gates and Boolean Algebra 1259/21/2020 01 0 0 0 0 Potential Timing Problem in FF Circuits
  • 116. Copyright  Muhammad A M Islam.SBE202A Logic Gates and Boolean Algebra 1269/21/2020 10 0 0 0 0 Potential Timing Problem in FF Circuits
  • 117. Copyright  Muhammad A M Islam.SBE202A Logic Gates and Boolean Algebra 1279/21/2020 FLIP-FLOP APPLICATIONS
  • 118. Copyright  Muhammad A M Islam.SBE202A Logic Gates and Boolean Algebra 1289/21/2020 Flip Flop Applications Examples: 1. Counting 2. Storing binary data 3. Transferring binary data between locations Sequential circuits: the output follows a predetermined sequence of states, with each clock pulse.
  • 119. Copyright  Muhammad A M Islam.SBE202A Logic Gates and Boolean Algebra 1299/21/2020 FLIP-FLOP SYNCHRONIZATION
  • 120. Copyright  Muhammad A M Islam.SBE202A Logic Gates and Boolean Algebra 1309/21/2020 Flip Flop Synchronization
  • 121. Copyright  Muhammad A M Islam.SBE202A Logic Gates and Boolean Algebra 1319/21/2020 Flip Flop Synchronization
  • 122. Copyright  Muhammad A M Islam.SBE202A Logic Gates and Boolean Algebra 1329/21/2020 DETECTING AN INPUT SEQUENCE
  • 123. Copyright  Muhammad A M Islam.SBE202A Logic Gates and Boolean Algebra 1339/21/2020 Detecting an Input Sequence
  • 124. Copyright  Muhammad A M Islam.SBE202A Logic Gates and Boolean Algebra 1349/21/2020 DATA STORAGE AND TRANSFER
  • 125. Copyright  Muhammad A M Islam.SBE202A Logic Gates and Boolean Algebra 1359/21/2020 Data Storage and Transfer Synchronous Data Transfer
  • 126. Copyright  Muhammad A M Islam.SBE202A Logic Gates and Boolean Algebra 1379/21/2020 Data Storage and Transfer Asynchronous Data Transfer
  • 127. Copyright  Muhammad A M Islam.SBE202A Logic Gates and Boolean Algebra 1389/21/2020 Data Storage and Transfer Parallel Data Transfer
  • 128. Copyright  Muhammad A M Islam.SBE202A Logic Gates and Boolean Algebra 1419/21/2020 SERIAL DATA TRANSFER: SHIFT REGISTERS
  • 129. Copyright  Muhammad A M Islam.SBE202A Logic Gates and Boolean Algebra 1429/21/2020 Serial Data Transfer: Shift Registers
  • 130. Copyright  Muhammad A M Islam.SBE202A Logic Gates and Boolean Algebra 1439/21/2020 Serial Data Transfer: Shift Registers
  • 131. Copyright  Muhammad A M Islam.SBE202A Logic Gates and Boolean Algebra 1449/21/2020 Serial Data Transfer: Shift Registers
  • 132. Copyright  Muhammad A M Islam.SBE202A Logic Gates and Boolean Algebra 1459/21/2020 Serial Data Transfer: Shift Registers
  • 133. Copyright  Muhammad A M Islam.SBE202A Logic Gates and Boolean Algebra 1469/21/2020 FREQUENCY DIVISION AND COUNTING
  • 134. Copyright  Muhammad A M Islam.SBE202A Logic Gates and Boolean Algebra 1479/21/2020 Frequency Division and Counting
  • 135. Copyright  Muhammad A M Islam.SBE202A Logic Gates and Boolean Algebra 1489/21/2020 Frequency Division and Counting
  • 136. Copyright  Muhammad A M Islam.SBE202A Logic Gates and Boolean Algebra 1499/21/2020 MICROCOMPUTER APPLICATION
  • 137. Copyright  Muhammad A M Islam.SBE202A Logic Gates and Boolean Algebra 1509/21/2020 Microprocessor Transferring Binary Data To An External Register
  • 138. Copyright  Muhammad A M Islam.SBE202A Logic Gates and Boolean Algebra 1519/21/2020 SCHMITT-TRIGGER DEVICES
  • 139. Copyright  Muhammad A M Islam.SBE202A Logic Gates and Boolean Algebra 1529/21/2020 Schmitt Trigger Devices
  • 140. Copyright  Muhammad A M Islam.SBE202A Logic Gates and Boolean Algebra 1539/21/2020 Schmitt Trigger Devices
  • 141. Copyright  Muhammad A M Islam.SBE202A Logic Gates and Boolean Algebra 1549/21/2020 Schmitt Trigger Inverter
  • 142. Copyright  Muhammad A M Islam.SBE202A Logic Gates and Boolean Algebra 1559/21/2020 Schmitt Trigger Inverter
  • 143. Copyright  Muhammad A M Islam.SBE202A Logic Gates and Boolean Algebra 1569/21/2020 Schmitt Trigger Inverter +ve Feedback
  • 144. Copyright  Muhammad A M Islam.SBE202A Logic Gates and Boolean Algebra 1579/21/2020 Schmitt Trigger Inverter 1 1 2 o R v R R
  • 145. Copyright  Muhammad A M Islam.SBE202A Logic Gates and Boolean Algebra 1589/21/2020 Schmitt Trigger Inverter THV   0I THV V V V    
  • 146. Copyright  Muhammad A M Islam.SBE202A Logic Gates and Boolean Algebra 1599/21/2020 Schmitt Trigger Inverter   0I TLV V V V     TLV
  • 147. Copyright  Muhammad A M Islam.SBE202A Logic Gates and Boolean Algebra 1609/21/2020 Schmitt Trigger Inverter
  • 148. Copyright  Muhammad A M Islam.SBE202A Logic Gates and Boolean Algebra 1619/21/2020 Schmitt Trigger Inverter THV   0I THV V V V    
  • 149. Copyright  Muhammad A M Islam.SBE202A Logic Gates and Boolean Algebra 1629/21/2020 Schmitt Trigger Inverter   0I TLV V V V     TLV
  • 150. Copyright  Muhammad A M Islam.SBE202A Logic Gates and Boolean Algebra 1639/21/2020 Schmitt Trigger Inverter
  • 151. Copyright  Muhammad A M Islam.SBE202A Logic Gates and Boolean Algebra 1659/21/2020 Schmitt Trigger
  • 152. Copyright  Muhammad A M Islam.SBE202A Logic Gates and Boolean Algebra 1669/21/2020 ONE-SHOT (MONOSTABLE MULTIVIBRATOR)
  • 153. Copyright  Muhammad A M Islam.SBE202A Logic Gates and Boolean Algebra 1679/21/2020 Monostable Multivibrators: 1. Nonretriggerable One Shot 2. Retriggerable One Shot One Shot
  • 154. Copyright  Muhammad A M Islam.SBE202A Logic Gates and Boolean Algebra 1699/21/2020 Nonretriggerable One Shot
  • 155. Copyright  Muhammad A M Islam.SBE202A Logic Gates and Boolean Algebra 1709/21/2020 Retriggerable One Shot
  • 156. Copyright  Muhammad A M Islam.SBE202A Logic Gates and Boolean Algebra 1719/21/2020 Retriggerable One Shot
  • 157. Copyright  Muhammad A M Islam.SBE202A Logic Gates and Boolean Algebra 1729/21/2020 ANALYZING SEQUENTIAL CIRCUITS
  • 158. Copyright  Muhammad A M Islam.SBE202A Logic Gates and Boolean Algebra 1739/21/2020 Analyzing Sequential Circuits
  • 159. Copyright  Muhammad A M Islam.SBE202A Logic Gates and Boolean Algebra 1749/21/2020 Analyzing Sequential Circuits
  • 160. Copyright  Muhammad A M Islam.SBE202A Logic Gates and Boolean Algebra 1759/21/2020 CLOCK GENERATOR CIRCUITS
  • 161. Copyright  Muhammad A M Islam.SBE202A Logic Gates and Boolean Algebra 1769/21/2020 Clock Generator Circuits Schmitt Trigger Inverter
  • 162. Copyright  Muhammad A M Islam.SBE202A Logic Gates and Boolean Algebra 1779/21/2020 Clock Generator Circuits
  • 163. Copyright  Muhammad A M Islam.SBE202A Logic Gates and Boolean Algebra 1789/21/2020 Clock Generator Circuits
  • 164. Copyright  Muhammad A M Islam.SBE202A Logic Gates and Boolean Algebra 1799/21/2020 TROUBLESHOOTING FLIP- FLOP CIRCUITS
  • 165. Copyright  Muhammad A M Islam.SBE202A Logic Gates and Boolean Algebra 1809/21/2020 Clock Skew
  • 166. Copyright  Muhammad A M Islam.SBE202A Logic Gates and Boolean Algebra 1819/21/2020 Clock Skew
  • 167. Copyright  Muhammad A M Islam.SBE202A Logic Gates and Boolean Algebra 1829/21/2020 SEQUENTIAL CIRCUITS USING HDL
  • 168. Copyright  Muhammad A M Islam.SBE202A Logic Gates and Boolean Algebra 1839/21/2020 Sequential Circuits Using HDL
  • 169. Copyright  Muhammad A M Islam.SBE202A Logic Gates and Boolean Algebra 1849/21/2020 Sequential Circuits Using HDL The logic of a behavioral description of an S-R latch
  • 170. Copyright  Muhammad A M Islam.SBE202A Logic Gates and Boolean Algebra 1859/21/2020 EDGE-TRIGGERED DEVICES
  • 171. Copyright  Muhammad A M Islam.SBE202A Logic Gates and Boolean Algebra 1869/21/2020 HDL CIRCUITS WITH MULTIPLE COMPONENTS
  • 172. Copyright  Muhammad A M Islam.SBE202A Logic Gates and Boolean Algebra 1879/21/2020 END
  • 173. Copyright  Muhammad A M Islam.SBE202A Logic Gates and Boolean Algebra 1889/21/2020 APPENDICES
  • 174. Copyright  Muhammad A M Islam.SBE202A Logic Gates and Boolean Algebra 1899/21/2020 Product of Sums Writing the Product-Of-Sums Boolean reduction for a K-map: 1. Group of 0s. 2. Binary representation. 3. Complement. 4. Convert to a sum-term. 5. Repeat for other groups. 6. And all results.
  • 175. Copyright  Muhammad A M Islam.SBE202A Logic Gates and Boolean Algebra 1909/21/2020 Simplify Minterms and Maxterms Minterms Maxterms
  • 176. Copyright  Muhammad A M Islam.SBE202A Logic Gates and Boolean Algebra 1919/21/2020 Minterms and Maxterms F = xy'z + xyz' + yz = x'yz + xy'z + xyz' + xyz F(x, y, z) = m3 + m5 + m6 + m7 F(x, y, z) = Σ(3, 5, 6, 7) To get Product of Sums: 1. Invert the equation. 2. Reduce it to sum-of-products. 3. Invert it again.
  • 177. Copyright  Muhammad A M Islam.SBE202A Logic Gates and Boolean Algebra 1929/21/2020 Simplifying Logic Circuits • Using Boolean Algebra Theorem • Using Karnaugh Map
  • 178. Copyright  Muhammad A M Islam.SBE202A Logic Gates and Boolean Algebra 1939/21/2020 Karnaugh Map Method
  • 179. Copyright  Muhammad A M Islam.SBE202A Logic Gates and Boolean Algebra 1949/21/2020 Karnaugh Map Method
  • 180. Copyright  Muhammad A M Islam.SBE202A Logic Gates and Boolean Algebra 1959/21/2020 Karnaugh Map Method
  • 181. Copyright  Muhammad A M Islam.SBE202A Logic Gates and Boolean Algebra 1969/21/2020 Karnaugh Map Method
  • 182. Copyright  Muhammad A M Islam.SBE202A Logic Gates and Boolean Algebra 1979/21/2020 Karnaugh Map Method
  • 183. Copyright  Muhammad A M Islam.SBE202A Logic Gates and Boolean Algebra 1989/21/2020 Karnaugh Map Method
  • 184. Copyright  Muhammad A M Islam.SBE202A Logic Gates and Boolean Algebra 1999/21/2020 Parity Method for Error Detection Data transmission or storage ► Errors One Parity Bit is added to each group of bits ► ∑ bits is Either even or odd
  • 185. Copyright  Muhammad A M Islam.SBE202A Logic Gates and Boolean Algebra 2009/21/2020 Parity Method for Error Detection Ex: C ASCII=1000011 Even Parity: 11000011 Odd Parity: 01000011
  • 186. Copyright  Muhammad A M Islam.SBE202A Logic Gates and Boolean Algebra 2019/21/2020 Parity Method for Error Detection Detects 1 bit error