Канал: ENJOY ELECTRONICS WITH VIJAY P SINGH

सड़क दुर्घटना में घायल लोगों की जान कैसे बचाएँ? How to save lives from road accidents?

सड़क दुर्घटना में घायल लोगों की जान कैसे बचाएँ? How to save lives from road accidents?

Magic of Time, समय का जादू 🤔

Magic of Time, समय का जादू 🤔

CN22 WWW, http

CN22 WWW, http

CN21 Email, MIME, Electronic Mail

CN21 Email, MIME, Electronic Mail

CN20 DNS Domain Name System

CN20 DNS Domain Name System

CN19 IPV6

CN19 IPV6

CN18 Internet Addressing, Network Addressing, IPv4 IP Address Allotment Techniques, NAT

CN18 Internet Addressing, Network Addressing, IPv4 IP Address Allotment Techniques, NAT

CN17 Internet Addressing, Network Addressing, IPv4

CN17 Internet Addressing, Network Addressing, IPv4

Fun and Learn : Subscribe this useful channel, link given below

Fun and Learn : Subscribe this useful channel, link given below

CN16 Routers, Internet Protocol or IP

CN16 Routers, Internet Protocol or IP

CN15 SCTP Protocol

CN15 SCTP Protocol

CN14 sliding window protocol, congestion control, Stop and Wait ARQ, Go back N ARQ, Selective repeat

CN14 sliding window protocol, congestion control, Stop and Wait ARQ, Go back N ARQ, Selective repeat

CN13 TCP Protocol

CN13 TCP Protocol

CN12 Process-to-Process Delivery: UDP, TCP, and SCTP

CN12 Process-to-Process Delivery: UDP, TCP, and SCTP

CN11 Packet Switching, Datagram, Virtual Circuits, SVC, PVC

CN11 Packet Switching, Datagram, Virtual Circuits, SVC, PVC

CN10 Introduction to Switching, History of Switching,, Circuit Switching

CN10 Introduction to Switching, History of Switching,, Circuit Switching

CN09 Ethernet

CN09 Ethernet

CN08 CSMA/CA, CSMA/CD VS CSMA/CA, CONTROLLED ACCESS, Reservation, Polling, Token, FDMA, TDMA, CDMA

CN08 CSMA/CA, CSMA/CD VS CSMA/CA, CONTROLLED ACCESS, Reservation, Polling, Token, FDMA, TDMA, CDMA

How to check wrong reading of oximeter? How to check that an oximeter is faulty or not?

How to check wrong reading of oximeter? How to check that an oximeter is faulty or not?

CN07 CSMA, CSMA/CD

CN07 CSMA, CSMA/CD

CN06 Introduction to Multiple Access, Introduction to Random Access Protocols, ALOHA, Slotted ALOHA

CN06 Introduction to Multiple Access, Introduction to Random Access Protocols, ALOHA, Slotted ALOHA

Must watch this video before using oximeter

Must watch this video before using oximeter

CN05 Error Detection and Correction Codes, LRC, CRC, Checksum

CN05 Error Detection and Correction Codes, LRC, CRC, Checksum

CN04 Error Detection and Correction Codes, Need of such codes, VRC, LRC, CRC, Checksum

CN04 Error Detection and Correction Codes, Need of such codes, VRC, LRC, CRC, Checksum

CN03 TCP/IP Model, Different layers of TCP/IP Model

CN03 TCP/IP Model, Different layers of TCP/IP Model

CN02: Introduction to network models, ISO, OSI Model, Different layers of OSI model

CN02: Introduction to network models, ISO, OSI Model, Different layers of OSI model

CN1- Introduction to Computer Networks and Data Communication

CN1- Introduction to Computer Networks and Data Communication

AE14 VVR, Enhancement Type MOSFET, Depletion Type MOSFET

AE14 VVR, Enhancement Type MOSFET, Depletion Type MOSFET

AE13 FET vs BJT, JFET working

AE13 FET vs BJT, JFET working

AE12 Hybrid parameters or H parameters for transistor analysis

AE12 Hybrid parameters or H parameters for transistor analysis

AE11 Introduction to Transistor Biasing, Need of Biasing, Methods of Transistor Biasing

AE11 Introduction to Transistor Biasing, Need of Biasing, Methods of Transistor Biasing

AE10 CE Amplifier with Voltage Divider Biasing, DC and AC Model of CE Amplifier

AE10 CE Amplifier with Voltage Divider Biasing, DC and AC Model of CE Amplifier

AE9 CE, CB, CC configurations, Input and output Characteristics, Load Line Concept

AE9 CE, CB, CC configurations, Input and output Characteristics, Load Line Concept

AE8 Basic structure of Transistor and Its working

AE8 Basic structure of Transistor and Its working

AE7 Clamper Circuits

AE7 Clamper Circuits

AE6 Shunt or Parallel Clippers

AE6 Shunt or Parallel Clippers

AE5 Series voltage clippers: positive clippers and negative clippers

AE5 Series voltage clippers: positive clippers and negative clippers

AE4 Zener diode characteristics, Zener diode as voltage regulator

AE4 Zener diode characteristics, Zener diode as voltage regulator

AE3 Diode working in forward and reverse bias, diode V-I Characteristics

AE3 Diode working in forward and reverse bias, diode V-I Characteristics

AE2 Basic Structure of PN Junction Diode

AE2 Basic Structure of PN Junction Diode

AE1- Energy Band Diagrams, Introduction to Intrinsic and Extrinsic Semiconductors

AE1- Energy Band Diagrams, Introduction to Intrinsic and Extrinsic Semiconductors

IoT80 Role of Embedded Systems for IoT, Design challenges for Microcontrollers and IoT

IoT80 Role of Embedded Systems for IoT, Design challenges for Microcontrollers and IoT

IoT79 Role of Embedded Systems for IoT

IoT79 Role of Embedded Systems for IoT

IoT78 Basics of Embedded System

IoT78 Basics of Embedded System

IoT77 Role of Cloud Computing in IoT, Interdependency of Clouds and IoT

IoT77 Role of Cloud Computing in IoT, Interdependency of Clouds and IoT

IoT76 Role of Cloud Computing in IoT

IoT76 Role of Cloud Computing in IoT

IoT75 Message Queuing Telemetry Transport (MQTT)

IoT75 Message Queuing Telemetry Transport (MQTT)

IoT74 IoT Security and Privacy

IoT74 IoT Security and Privacy

IoT73 Role of wireless communication specifically of 5G for IoT (Continued), Wireless Networking

IoT73 Role of wireless communication specifically of 5G for IoT (Continued), Wireless Networking

IoT72 Role of wireless communication specifically of 5G for IoT (Continued)

IoT72 Role of wireless communication specifically of 5G for IoT (Continued)

IoT71 Role of wireless communication specifically of 5G for IoT

IoT71 Role of wireless communication specifically of 5G for IoT

IoT70 Low Power Wireless Area Network (LPWAN)

IoT70 Low Power Wireless Area Network (LPWAN)

IoT69 Basics of 5G Cellular

IoT69 Basics of 5G Cellular

IoT68 IoT Standards, LTE, LTE-M, NB- IoT, EC GSM

IoT68 IoT Standards, LTE, LTE-M, NB- IoT, EC GSM

IoT67 IoT Standards, RPMA, EnOcean, Z Wave, eMTC, NB- Iot, EC GSM

IoT67 IoT Standards, RPMA, EnOcean, Z Wave, eMTC, NB- Iot, EC GSM

IoT66 IoT Standards, LoRA, LoRAWAN, SigFox

IoT66 IoT Standards, LoRA, LoRAWAN, SigFox

IoT65 MAC Protocols, Weightless, WLAN, 802.11, Narrow Band, LTE, SigFox,

IoT65 MAC Protocols, Weightless, WLAN, 802.11, Narrow Band, LTE, SigFox,

IoT64 MAC Protocols, Polling RFID, NFC, Bluetooth, BLE, HART, Z- Wave

IoT64 MAC Protocols, Polling RFID, NFC, Bluetooth, BLE, HART, Z- Wave

IoT63 MAC Protocols, AMPS, GSM, IS-95

IoT63 MAC Protocols, AMPS, GSM, IS-95

IoT62 Comparison of MAC approaches, FDMA, TDMA, CDMA, AMPS

IoT62 Comparison of MAC approaches, FDMA, TDMA, CDMA, AMPS

IoT61 CSMA, CSMA/CD and other protocols of MAC

IoT61 CSMA, CSMA/CD and other protocols of MAC

IoT60 Different protocols of MAC

IoT60 Different protocols of MAC

IoT58 Applications of IoT and M2M

IoT58 Applications of IoT and M2M

IoT57 Pros and Cons of IoT, Applications of IoT

IoT57 Pros and Cons of IoT, Applications of IoT

IoT YT59 Introduction to MAC layer

IoT YT59 Introduction to MAC layer

IoT56 Challenges for IoT and M2M

IoT56 Challenges for IoT and M2M

IoT55 NFV, WiFi, LTE, IoT

IoT55 NFV, WiFi, LTE, IoT

IoT54 Functional View of IoT, SDN

IoT54 Functional View of IoT, SDN

IoT53 Difference between IoT and M2M

IoT53 Difference between IoT and M2M

IoT52 Definitions of IoT and M2M

IoT52 Definitions of IoT and M2M

IoT51 Networking for IoT, Communication Networks, Challenges in Networking of IoT Nodes (Continued)

IoT51 Networking for IoT, Communication Networks, Challenges in Networking of IoT Nodes (Continued)

IoT50 Networking for IoT, Communication Networks, Challenges in Networking of IoT Nodes (Continued)

IoT50 Networking for IoT, Communication Networks, Challenges in Networking of IoT Nodes (Continued)

IoT49 Networking for IoT, Communication Networks, Challenges in Networking of IoT Nodes (Continued)

IoT49 Networking for IoT, Communication Networks, Challenges in Networking of IoT Nodes (Continued)

IoT48 Networking for IoT, Communication Networks, Challenges in Networking of IoT Nodes (Cont)

IoT48 Networking for IoT, Communication Networks, Challenges in Networking of IoT Nodes (Cont)

IoT47 Networking for IoT, Review of Communication Networks, Challenges in Networking of IoT Nodes

IoT47 Networking for IoT, Review of Communication Networks, Challenges in Networking of IoT Nodes

IoT46 Signals, Systems and Signal Processing for IoT(Continued)

IoT46 Signals, Systems and Signal Processing for IoT(Continued)

IoT45 Signals, Systems and Signal Processing

IoT45 Signals, Systems and Signal Processing

IOT44 Power/energy considerations for IoT, Issues of power related to IoT devices & Solution (Cont)

IOT44 Power/energy considerations for IoT, Issues of power related to IoT devices & Solution (Cont)

IOT43 Power/energy considerations for IoT, Issues of power related to IoT devices & Solution (Cont)

IOT43 Power/energy considerations for IoT, Issues of power related to IoT devices & Solution (Cont)

IoT42 Power/energy considerations for IoT, Issues of power related to IoT devices and Solution

IoT42 Power/energy considerations for IoT, Issues of power related to IoT devices and Solution

IoT41 Circuit component mismatch and mitigation techniques, Dynamic Offset Cancellation Technique

IoT41 Circuit component mismatch and mitigation techniques, Dynamic Offset Cancellation Technique

IoT40 Circuit component mismatch, Sources of Inaccuracies in ICs, Techniques to compensate offset

IoT40 Circuit component mismatch, Sources of Inaccuracies in ICs, Techniques to compensate offset

IoT38 Introduction to Read Out circuits Continued

IoT38 Introduction to Read Out circuits Continued

IoT39 IC based Read Out Circuits, ROIC, DROIC, DPROIC, SNR, Bandwidth- Gain- Power Trade off

IoT39 IC based Read Out Circuits, ROIC, DROIC, DPROIC, SNR, Bandwidth- Gain- Power Trade off

IoT37 Introduction to Read out circuits for IoT Continued

IoT37 Introduction to Read out circuits for IoT Continued

IoT36 Introduction to Read out circuits for IoT

IoT36 Introduction to Read out circuits for IoT

IoT35 Basics of Operational Amplifiers (OpAmp) 3

IoT35 Basics of Operational Amplifiers (OpAmp) 3

IoT34 Basics of Operational Amplifiers (OpAmp) 2

IoT34 Basics of Operational Amplifiers (OpAmp) 2

IoT33 Basics of Operational Amplifiers 1

IoT33 Basics of Operational Amplifiers 1

IoT31 Basics of BJT Amplifiers 7

IoT31 Basics of BJT Amplifiers 7

IoT32 Bsics of BJT Amplifiers 8

IoT32 Bsics of BJT Amplifiers 8

IoT30 Basics of BJT Amplifiers 6

IoT30 Basics of BJT Amplifiers 6

IoT29 Basics of BJT Amplifiers 5

IoT29 Basics of BJT Amplifiers 5

IoT28 Basics of BJT Amplifiers 4

IoT28 Basics of BJT Amplifiers 4

IoT27 Basics of BJT Amplifiers 3

IoT27 Basics of BJT Amplifiers 3

IOT26 Basics of BJT Amplifiers 2

IOT26 Basics of BJT Amplifiers 2

IoT25 Basics of BJT Amplifiers 1

IoT25 Basics of BJT Amplifiers 1

IoT24 Piezoelectric Actuator, Piezoelectric Motor, Hydraulic, Pneumatic and Mechanical Actuators

IoT24 Piezoelectric Actuator, Piezoelectric Motor, Hydraulic, Pneumatic and Mechanical Actuators

IoT23 Relays, SV, Electromagnetic, EAP, Bimorph, Thermal, Electrostatic and Magnetic Actuators

IoT23 Relays, SV, Electromagnetic, EAP, Bimorph, Thermal, Electrostatic and Magnetic Actuators

IoT22 Properties of servo motors, DC Motor, Stepper Motor

IoT22 Properties of servo motors, DC Motor, Stepper Motor

IoT21 Motor Encoder, Pulse width modulation, Servos, Servo Motor

IoT21 Motor Encoder, Pulse width modulation, Servos, Servo Motor

IoT20 Actuators, Electrical Actuators, Working of Electrical Motor

IoT20 Actuators, Electrical Actuators, Working of Electrical Motor

IoT19 Actuators, Categorization of actuators, Design or selection considerations for actuators

IoT19 Actuators, Categorization of actuators, Design or selection considerations for actuators

IoT18 Nano sensors, Bio Sensors

IoT18 Nano sensors, Bio Sensors

IoT17 Image, Motion Detection, Light, Magnetic Field, Ultra sonic, PIR, Water and Oxygen Sensors

IoT17 Image, Motion Detection, Light, Magnetic Field, Ultra sonic, PIR, Water and Oxygen Sensors

IoT16 Gyroscope; Gas, Infrared, Optical, MYTHINGS IoT, Water quality Chemical and Smoke sensors

IoT16 Gyroscope; Gas, Infrared, Optical, MYTHINGS IoT, Water quality Chemical and Smoke sensors

IoT15 Proximity sensors, Level sensors, Accelerometer Sensors

IoT15 Proximity sensors, Level sensors, Accelerometer Sensors

IoT14 Working of Humidity sensor and description of all types of humidity sensors

IoT14 Working of Humidity sensor and description of all types of humidity sensors

IoT13 Working of different sensors Continued

IoT13 Working of different sensors Continued

IoT12 Working of different sensors

IoT12 Working of different sensors

IoT11 Categorization of sensors based on different criteria Continued, Different Sensors

IoT11 Categorization of sensors based on different criteria Continued, Different Sensors

IoT10 Categorization of sensors based on different criteria

IoT10 Categorization of sensors based on different criteria

IOT9 Sensor Characteristics, Sensor Systems, Limitations of Sensors, Smart Sensors, Applications

IOT9 Sensor Characteristics, Sensor Systems, Limitations of Sensors, Smart Sensors, Applications

IoT8 Sensor selection criteria, transducer vs sensor vs actuator,need for sensors, sensor deviations

IoT8 Sensor selection criteria, transducer vs sensor vs actuator,need for sensors, sensor deviations

IoT7 Sensors, qualities of sensors, sensor-based system example

IoT7 Sensors, qualities of sensors, sensor-based system example

IoT6 Types of sensor signals continued, comparison of signals, Data processing system

IoT6 Types of sensor signals continued, comparison of signals, Data processing system

IoT5 Sensor signals, Types of signals

IoT5 Sensor signals, Types of signals

IoT4 Data processing continued, User Interface, Connectivity, Power constraints

IoT4 Data processing continued, User Interface, Connectivity, Power constraints

IOT3- Introduction to IOT components, sensors, data processing

IOT3- Introduction to IOT components, sensors, data processing

IoT2- Brief inroduction to IoT applications, benefits and Challenges

IoT2- Brief inroduction to IoT applications, benefits and Challenges

IoT1- Introduction to Internet of things and IoT Protocols

IoT1- Introduction to Internet of things and IoT Protocols

DE 64, Designing of Synchronous Up/Down Counter. 2 Design Examples

DE 64, Designing of Synchronous Up/Down Counter. 2 Design Examples

DE 63 Designing steps for any type of Synchronous Counter. One design example

DE 63 Designing steps for any type of Synchronous Counter. One design example

DE 62: Construction, working and waveforms of 3 Bit Synchronous Down Counter

DE 62: Construction, working and waveforms of 3 Bit Synchronous Down Counter

DE 61, Synchronous Counters- Standard 3 Bit Up Counter

DE 61, Synchronous Counters- Standard 3 Bit Up Counter

ENJOY ELECTRONICS WITH VIJAY P SINGH Live Stream

ENJOY ELECTRONICS WITH VIJAY P SINGH Live Stream

My talk on Innovation on All India Radio

My talk on Innovation on All India Radio

DE 60, Design of Asynchronous MOD 10 Down Counter or Decade Down Counter or BCD Down counter

DE 60, Design of Asynchronous MOD 10 Down Counter or Decade Down Counter or BCD Down counter

DE 59, Design of Asynchronous MOD 10 Up Counter or Decade Up Counter or BCD Up counter

DE 59, Design of Asynchronous MOD 10 Up Counter or Decade Up Counter or BCD Up counter

DE 58, Very important rules to design MOD type or Non Standard Asynchronous Counters

DE 58, Very important rules to design MOD type or Non Standard Asynchronous Counters

DE 57, Asynchronous Down Counter (-ve Edge Triggered), Asynchronous Up Counter (+ve Edge Triggered)

DE 57, Asynchronous Down Counter (-ve Edge Triggered), Asynchronous Up Counter (+ve Edge Triggered)

DE 56, Design and waveform of Asynchronous Up Counter (Negative Edge Triggered)

DE 56, Design and waveform of Asynchronous Up Counter (Negative Edge Triggered)

DE 55, Introduction to Digital counters, Difference between Synchronous and Asynchronous Counters

DE 55, Introduction to Digital counters, Difference between Synchronous and Asynchronous Counters

DE 52, Construction and working Bidirectional Shift Register

DE 52, Construction and working Bidirectional Shift Register

DE 54,Twisted ring counter or Johnson Counter or switch tail ring counter or walkng tail ring countr

DE 54,Twisted ring counter or Johnson Counter or switch tail ring counter or walkng tail ring countr

DE 53, Construction, working and waveform of ring counter or One-Hot Counter

DE 53, Construction, working and waveform of ring counter or One-Hot Counter

DE 51, Parallel In Parallel Out (PIPO) shift register (Asynchronous loading) with its waveform

DE 51, Parallel In Parallel Out (PIPO) shift register (Asynchronous loading) with its waveform

DE 50, Parallel In Serial Out (PISO) shift register (Asynchronous loading) with its waveform

DE 50, Parallel In Serial Out (PISO) shift register (Asynchronous loading) with its waveform

DE 49, Parallel In Serial Out (PISO) Shift Register (synchronous loading)

DE 49, Parallel In Serial Out (PISO) Shift Register (synchronous loading)

DE 48, Parallel In Parallel Out (PIPO) Shift Register (synchronous loading) with its waveform

DE 48, Parallel In Parallel Out (PIPO) Shift Register (synchronous loading) with its waveform

DE 47, Construction, working and waveform of Serial In Parallel Out (SIPO)Shift Register

DE 47, Construction, working and waveform of Serial In Parallel Out (SIPO)Shift Register

DE 46, Construction, working and waveform for Serial In Serial Out (SISO) shift register

DE 46, Construction, working and waveform for Serial In Serial Out (SISO) shift register

Smart Bus Transport System, IoT Based project covered by News Nation,the national level news channel

Smart Bus Transport System, IoT Based project covered by News Nation,the national level news channel

DE 45, Introduction to shift registers, Calculation of clocks required for data IN/OUT for registers

DE 45, Introduction to shift registers, Calculation of clocks required for data IN/OUT for registers

Tips to attempt in Exams to pass with good marks and hence not losing the chance to sit in placement

Tips to attempt in Exams to pass with good marks and hence not losing the chance to sit in placement

DE 43, Need,Construction and working of Master slave J K Flip Flop, D and T type flip flops

DE 43, Need,Construction and working of Master slave J K Flip Flop, D and T type flip flops

DE 44,Excitation tables of all flip flops,Method of flip flop conversion with two sample conversions

DE 44,Excitation tables of all flip flops,Method of flip flop conversion with two sample conversions

DE 39, Priority Encoder with example of its industrial application

DE 39, Priority Encoder with example of its industrial application

DE 42, Construction and working of J K Flip Flop,Race round condition,Reason of race round condition

DE 42, Construction and working of J K Flip Flop,Race round condition,Reason of race round condition

DE 40, BCD to Seven Segment Converter or Decoder (Gate level Designing)

DE 40, BCD to Seven Segment Converter or Decoder (Gate level Designing)

DE 41, Introduction to Sequential Circuits, Flip Flops and Latch, Explanation of SR Flip Flop

DE 41, Introduction to Sequential Circuits, Flip Flops and Latch, Explanation of SR Flip Flop

DE 37, Decoder, Realization of Full Adder using decoder, Cascading of decoders

DE 37, Decoder, Realization of Full Adder using decoder, Cascading of decoders

DE 38, Encoder, Octal to binary encoder design.

DE 38, Encoder, Octal to binary encoder design.

DE 36, Demultiplexer, Full Addder using demultiplexer, Cascading of demultiplexer

DE 36, Demultiplexer, Full Addder using demultiplexer, Cascading of demultiplexer

DE 35, Some advance topics of multiplexer designing

DE 35, Some advance topics of multiplexer designing

DE 34, Design of 16:1 multiplexer using 8:1 multiplexers

DE 34, Design of 16:1 multiplexer using 8:1 multiplexers

DE 33, Realization of full adder using multiplexer,Cascading of small Multiplexers to give large mux

DE 33, Realization of full adder using multiplexer,Cascading of small Multiplexers to give large mux

DE 32, Multiplexer (Block diagram and gate level diagram)

DE 32, Multiplexer (Block diagram and gate level diagram)

DE 30, Quine McCluskey Method for minimization (With Don't Care condition)

DE 30, Quine McCluskey Method for minimization (With Don't Care condition)

DE 27, 4 Bit Adder/ Subtractor Circuit (Addition and subtraction by using same circuit)

DE 27, 4 Bit Adder/ Subtractor Circuit (Addition and subtraction by using same circuit)

DE 28, BCD Adder Circuit, BCD Subtractor Circuit, 4 Bit Binary Subtractor Circuit

DE 28, BCD Adder Circuit, BCD Subtractor Circuit, 4 Bit Binary Subtractor Circuit

DE 29, Quine McCluskey method of minimization

DE 29, Quine McCluskey method of minimization

DE 25, Binary Arithmetic Continued, 1's and 2's Complement subtraction, Multiplication, Division

DE 25, Binary Arithmetic Continued, 1's and 2's Complement subtraction, Multiplication, Division

DE 26, 4 Bit Adder (Gate level diagram),1 Bit Binary adder/Subtactor (Both in same circuit)

DE 26, 4 Bit Adder (Gate level diagram),1 Bit Binary adder/Subtactor (Both in same circuit)

DE 31, Short cut easiest method for Binary- Decimal conversion

DE 31, Short cut easiest method for Binary- Decimal conversion

DE 24, Binary Arithmetic, Shortcut for decimal/binary conversion,1's Complement subtraction

DE 24, Binary Arithmetic, Shortcut for decimal/binary conversion,1's Complement subtraction

DE 23, Number system (Binary, Decimal, Octal, Hexadecimal- All possible conversions) continued

DE 23, Number system (Binary, Decimal, Octal, Hexadecimal- All possible conversions) continued

DE 22, Number system (Binary, Decimal, Octal, Hexadecimal- All possible conversions)

DE 22, Number system (Binary, Decimal, Octal, Hexadecimal- All possible conversions)

DE 21, Hamming Codes (Error detection and correction codes)

DE 21, Hamming Codes (Error detection and correction codes)

DE 20, Parity Generator Circuit and Parity Checker Circuit

DE 20, Parity Generator Circuit and Parity Checker Circuit

DE 19, Digital comparator circuits

DE 19, Digital comparator circuits

DE 18, Gray to Binary Code Converter, Excess-3 to Binary Code Converter

DE 18, Gray to Binary Code Converter, Excess-3 to Binary Code Converter

DE 14, Designing of Half adder, Half Subtracter, Full Adder circuits

DE 14, Designing of Half adder, Half Subtracter, Full Adder circuits

DE 16, Introduction to Binary, BCD, Excess-3, Gray Codes

DE 16, Introduction to Binary, BCD, Excess-3, Gray Codes

DE 15, Full Subtracter, Full adder using 2 Half adders, Full subtracter using 2 half subtracters

DE 15, Full Subtracter, Full adder using 2 Half adders, Full subtracter using 2 half subtracters

DE 13, How to write solution of K-Map continued,Minimization of Non standard equation using K-Map

DE 13, How to write solution of K-Map continued,Minimization of Non standard equation using K-Map

DE 12, How to make grouping in K-Map and how to write solution of K-Map

DE 12, How to make grouping in K-Map and how to write solution of K-Map

DE 11, Introduction to K-Map continued

DE 11, Introduction to K-Map continued

DE 17, Designing of Binary to Gray Code converter

DE 17, Designing of Binary to Gray Code converter

DE 10, Proof of Boolean Theorems using truth table, Introduction to K- Map or Karnaugh Map

DE 10, Proof of Boolean Theorems using truth table, Introduction to K- Map or Karnaugh Map

DE 8, Conversion of non standard equation in standard form, realization of SOP and POS equations

DE 8, Conversion of non standard equation in standard form, realization of SOP and POS equations

DE 7, SOP&POS equations,Designing steps for digital circuits,standard,nonstandard &minimised equat

DE 7, SOP&POS equations,Designing steps for digital circuits,standard,nonstandard &minimised equat

DE 9, Realization of SOP and POS equations using universal gates

DE 9, Realization of SOP and POS equations using universal gates

DE 5, special cases of gates continued, realization of basic and exclusive gates using NAND gate

DE 5, special cases of gates continued, realization of basic and exclusive gates using NAND gate

DE 6, realization of EXOR gate using NAND gate continued, realization of EXOR gate using NOR gate

DE 6, realization of EXOR gate using NAND gate continued, realization of EXOR gate using NOR gate

DE 4, Logical gates, Important boolean theorems, special cases of gates

DE 4, Logical gates, Important boolean theorems, special cases of gates

DE 2, types of signals continued, digital signals, levels of digital signals

DE 2, types of signals continued, digital signals, levels of digital signals

DE 1, Introduction to electronics engineering, types of signals- analog and discrete signals

DE 1, Introduction to electronics engineering, types of signals- analog and discrete signals

DE 3, Introduction to digital logic gates

DE 3, Introduction to digital logic gates

Welcome to the channel . This channel is related to basically analog & digital electronics lectures

Welcome to the channel . This channel is related to basically analog & digital electronics lectures