Канал: Few Minutes Learning

Comparing two strings @Few Minutes Learning

Comparing two strings @Few Minutes Learning

concatenating two strings@Few Minutes Learning

concatenating two strings@Few Minutes Learning

Length of the string@Few Minutes Learning

Length of the string@Few Minutes Learning

Strings Introduction @Few Minutes Learning

Strings Introduction @Few Minutes Learning

Program to balance chemical equation @Few Minutes Learning

Program to balance chemical equation @Few Minutes Learning

Structure declaration in C@Few Minutes Learning

Structure declaration in C@Few Minutes Learning

pointers program @Few Minutes Learning

pointers program @Few Minutes Learning

String operations@Few Minutes Learning

String operations@Few Minutes Learning

Structure program in C @Few Minutes Learning

Structure program in C @Few Minutes Learning

Matrix multiplication@Few Minutes Learning

Matrix multiplication@Few Minutes Learning

Transpose of a matrix @Few Minutes Learning

Transpose of a matrix @Few Minutes Learning

2D Array -Part 1@Few Minutes Learning

2D Array -Part 1@Few Minutes Learning

Linear Search

Linear Search

Deleting an element from an array

Deleting an element from an array

Inserting an element in an array

Inserting an element in an array

Operations on array

Operations on array

Length of an array in C

Length of an array in C

Address of array

Address of array

Introduction to arrays

Introduction to arrays

Sorting N numbers using Bubble sort

Sorting N numbers using Bubble sort

Break and Continue statements in C

Break and Continue statements in C

Factorial of a number using for loop

Factorial of a number using for loop

program to print pattern-nested for loop

program to print pattern-nested for loop

sum of first 10 numbers using while loop

sum of first 10 numbers using while loop

Itterative sentences in C

Itterative sentences in C

nyquist rate and nyquist interval

nyquist rate and nyquist interval

The average noise power per unit bandwidth measured at front end of receiver is....

The average noise power per unit bandwidth measured at front end of receiver is....

Frequency modulation :time-domain representation@fewminuteslearning9815

Frequency modulation :time-domain representation@fewminuteslearning9815

Modulation and types of modulation @fewminuteslearning9815

Modulation and types of modulation @fewminuteslearning9815

Few Minutes Learning

Few Minutes Learning

Costas Receiver @Few Minutes Learning

Costas Receiver @Few Minutes Learning

Encoder@fewminuteslearning9815

Encoder@fewminuteslearning9815

Decoder@Few Minutes Learning

Decoder@Few Minutes Learning

Demultiplexer @fewminuteslearning9815

Demultiplexer @fewminuteslearning9815

Ideal characteristics of opamp@ Few Minutes Learning

Ideal characteristics of opamp@ Few Minutes Learning

op amp inverting summing amplifier @fewminuteslearning9815

op amp inverting summing amplifier @fewminuteslearning9815

opamp integrator@fewminuteslearning9815

opamp integrator@fewminuteslearning9815

CMOS NAND gate@Few Minutes Learning

CMOS NAND gate@Few Minutes Learning

diode numerical @fewminuteslearning9815

diode numerical @fewminuteslearning9815

CMOS Inverter @Few Minutes Learning

CMOS Inverter @Few Minutes Learning

Bistable multivibrator using 555timer

Bistable multivibrator using 555timer

Feedback Amplifiers,types

Feedback Amplifiers,types

voltage divider biasing@Few Minutes Learning

voltage divider biasing@Few Minutes Learning

CE,CB and CC configuration @Few Minutes Learning

CE,CB and CC configuration @Few Minutes Learning

BJT and FET classification @fewminuteslearning9815

BJT and FET classification @fewminuteslearning9815

Transconductance of MOSFET@Few Minutes Learning

Transconductance of MOSFET@Few Minutes Learning

small Signal equivalent circuit model, MOSFET @Few Minutes Learning

small Signal equivalent circuit model, MOSFET @Few Minutes Learning

ARM core data flow model@fewminuteslearning9815

ARM core data flow model@fewminuteslearning9815

ARM based embedded device,a microcontroller@Few Minutes Learning

ARM based embedded device,a microcontroller@Few Minutes Learning

Periodic and Non-periodic ,even and odd signals @fewminuteslearning9815

Periodic and Non-periodic ,even and odd signals @fewminuteslearning9815

Difference between RISC and CISC@fewminuteslearning9815

Difference between RISC and CISC@fewminuteslearning9815

Small Signal operation and model: MOSFET@Few Minutes Learning

Small Signal operation and model: MOSFET@Few Minutes Learning

MOSFET biasing@fewminuteslearning9815

MOSFET biasing@fewminuteslearning9815

MOSFET biasing problem@Few Minutes Learning

MOSFET biasing problem@Few Minutes Learning

Hybrid pi model@Few Minutes Learning

Hybrid pi model@Few Minutes Learning

bjt biasing problem@fewminuteslearning9815

bjt biasing problem@fewminuteslearning9815

Small Signal operation and model:BJT@fewminuteslearning9815

Small Signal operation and model:BJT@fewminuteslearning9815

Probability of error of BFSK@fewminuteslearning9815

Probability of error of BFSK@fewminuteslearning9815

BFSK signal space diagram, transmitter and receiver@fewminuteslearning9815

BFSK signal space diagram, transmitter and receiver@fewminuteslearning9815

Probability of error of QPSK@fewminuteslearning9815

Probability of error of QPSK@fewminuteslearning9815

QPSK,signal space , transmitter and receiver@fewminuteslearning9815

QPSK,signal space , transmitter and receiver@fewminuteslearning9815

Probability of error of BPSK@fewminuteslearning9815

Probability of error of BPSK@fewminuteslearning9815

BPSK transmitter,receiver,signal space diagram@fewminuteslearning9815

BPSK transmitter,receiver,signal space diagram@fewminuteslearning9815

Matched filter@fewminuteslearning9815

Matched filter@fewminuteslearning9815

Correlation receiver@fewminuteslearning9815

Correlation receiver@fewminuteslearning9815

Maximum Likelihood decision rule@fewminuteslearning9815

Maximum Likelihood decision rule@fewminuteslearning9815

Gram Schmidt Orthogonalisation problem@fewminuteslearning9815

Gram Schmidt Orthogonalisation problem@fewminuteslearning9815

Gram Schmidt Orthogonalisation problem@fewminuteslearning9815

Gram Schmidt Orthogonalisation problem@fewminuteslearning9815

Gram Schmidt Orthogonalisation problem@fewminuteslearning9815

Gram Schmidt Orthogonalisation problem@fewminuteslearning9815

Gram Schmidt Orthogonalisation procedure@fewminuteslearning9815

Gram Schmidt Orthogonalisation procedure@fewminuteslearning9815

Geometric representation of signals@fewminuteslearning9815

Geometric representation of signals@fewminuteslearning9815

Pre envelope and complex envelope problem@fewminuteslearning9815

Pre envelope and complex envelope problem@fewminuteslearning9815

Line coding problem@fewminuteslearning9815

Line coding problem@fewminuteslearning9815

HDB3, B3ZS problem @fewminuteslearning9815

HDB3, B3ZS problem @fewminuteslearning9815

Hilbert Transform problem:Q1

Hilbert Transform problem:Q1

unipolar,bipolar,polar code problem:Q2

unipolar,bipolar,polar code problem:Q2

Overview of HDB3,B3ZS,B6ZS:L12

Overview of HDB3,B3ZS,B6ZS:L12

PSD of split Manchester:L11

PSD of split Manchester:L11

PSD of unipolar NRZ:L8

PSD of unipolar NRZ:L8

PSD of bipolar NRZ:L10

PSD of bipolar NRZ:L10

PSD of polar NRZ form:L9

PSD of polar NRZ form:L9

Line Codes:18EC61:L7

Line Codes:18EC61:L7

Complex representation of bandpass signals and systems:L6

Complex representation of bandpass signals and systems:L6

Complex low pass representation of band pass system:L5

Complex low pass representation of band pass system:L5

Design 7segment decoder and realize it using PLA

Design 7segment decoder and realize it using PLA

Realize the following using PLA

Realize the following using PLA

Canonical representation of bandpass signal:18EC61:L4

Canonical representation of bandpass signal:18EC61:L4

Pre envelope:18EC61:L3

Pre envelope:18EC61:L3

3bit counter with counting sequence 0,4,7,6,5

3bit counter with counting sequence 0,4,7,6,5

Schmitt trigger circuit

Schmitt trigger circuit

Zener voltage regulator

Zener voltage regulator

astable oscillator

astable oscillator

types of amplifiers

types of amplifiers

voltage doubler and tripler

voltage doubler and tripler

Full adder using basic gates

Full adder using basic gates

Minimize the following function for POS

Minimize the following function for POS

Minimize the following function for SOP

Minimize the following function for SOP

3bit asynchronous counter

3bit asynchronous counter

3 to 8 decoder

3 to 8 decoder

input and output blocks connected to microcontroller unit

input and output blocks connected to microcontroller unit

Bi-phase full wave rectifier

Bi-phase full wave rectifier

A switching circuit has two control input...

A switching circuit has two control input...

A digital system is to be designed in which the month of the year is given as input

A digital system is to be designed in which the month of the year is given as input

D flip flop bistable

D flip flop bistable

Full adder using two half adder and or gate

Full adder using two half adder and or gate

data types with bit size and range

data types with bit size and range

21ELN24: opamp comparator

21ELN24: opamp comparator

21eln24: condition for sustained oscillation

21eln24: condition for sustained oscillation

21eln24:Bridge rectifier

21eln24:Bridge rectifier

21eln24: Frequency response of amplifiers

21eln24: Frequency response of amplifiers

21eln24:Negative feedback:advantages and working

21eln24:Negative feedback:advantages and working

DC power supply working-model question

DC power supply working-model question

18EE34: voltage, current, transconductance and transresistance amplifiers

18EE34: voltage, current, transconductance and transresistance amplifiers

h-parameter model,CE,CC,CB

h-parameter model,CE,CC,CB

JFET, D-MOSFET and E-MOSFET (n channel)

JFET, D-MOSFET and E-MOSFET (n channel)

2 bit magnitude comparator

2 bit magnitude comparator

n-channel Depletion MOSFET

n-channel Depletion MOSFET

18EE34: JFET voltage divider biasing

18EE34: JFET voltage divider biasing

n-channel JFET

n-channel JFET

Binary parallel multiplier

Binary parallel multiplier

18EE34: JFET fixed bias mode problem

18EE34: JFET fixed bias mode problem

quadratic equation mode and normal mode of calculator

quadratic equation mode and normal mode of calculator

18ee34:voltage divider bias circuit of JFET.problem

18ee34:voltage divider bias circuit of JFET.problem

Define transconductance gm of FET

Define transconductance gm of FET

Compare D-MOSFET and E-MOSFET

Compare D-MOSFET and E-MOSFET

construction,operation and characteristics of enhancement MOSFET

construction,operation and characteristics of enhancement MOSFET

Full subtractor using 74138 decoder

Full subtractor using 74138 decoder

18ec34:universal shift register

18ec34:universal shift register

state graph: A sequential circuit has one input x and one output z

state graph: A sequential circuit has one input x and one output z

Write a note on Johnson tail counter

Write a note on Johnson tail counter

EX-OR using NAND and NOR gates

EX-OR using NAND and NOR gates

18cs33: R-2R DAC

18cs33: R-2R DAC

18EC34:: Serial adder with accumulator

18EC34:: Serial adder with accumulator

Sequential circuit to convert BCD to Excess 3 code

Sequential circuit to convert BCD to Excess 3 code

18EC61 :L2:properties of Hilbert Transform

18EC61 :L2:properties of Hilbert Transform

18EC42:L1:BJT biasing

18EC42:L1:BJT biasing

18EC61 : L1 : Hilbert Transform

18EC61 : L1 : Hilbert Transform

Construct 32:1mux using 8:1 Mux and 2:4 decoder

Construct 32:1mux using 8:1 Mux and 2:4 decoder

21eln24 Actuators module3

21eln24 Actuators module3

3to 8 line decoder

3to 8 line decoder

21eln24 sensor and interfacing vtu

21eln24 sensor and interfacing vtu

21eln24 Antenna Module 4 vtu

21eln24 Antenna Module 4 vtu

What is a Multiplexer.Implement the following function using 8:1 Mux

What is a Multiplexer.Implement the following function using 8:1 Mux

Implement full subtractor using 3 to 8 decoder and NAND gates

Implement full subtractor using 3 to 8 decoder and NAND gates

Give the implementation of T flip flop from D flipflop

Give the implementation of T flip flop from D flipflop

Construct SR gate latch using nand gate and derive the characteristic equation of the same

Construct SR gate latch using nand gate and derive the characteristic equation of the same

Explain master slave J K flip flop (Jan-Feb 2021)

Explain master slave J K flip flop (Jan-Feb 2021)

Explain D flipflop with the help of timing diagram

Explain D flipflop with the help of timing diagram

Derive the characteristic equation for the following flipflops SR,D,T,JK

Derive the characteristic equation for the following flipflops SR,D,T,JK

Explain T flip flop with characteristic equation(aug-sep2020)

Explain T flip flop with characteristic equation(aug-sep2020)

Explain with neat diagram , working of J K flip flop and derive it's characteristic equation

Explain with neat diagram , working of J K flip flop and derive it's characteristic equation

Mod-5 counter using JK flop

Mod-5 counter using JK flop

Ring counter

Ring counter

4-bit SISO register

4-bit SISO register

Parity checker

Parity checker

Design a random counter using T flipflop for transition 0 4 7 2 3 0

Design a random counter using T flipflop for transition 0 4 7 2 3 0

Parallel adder with accumulator

Parallel adder with accumulator

what is a register?Explain 4 bit register with data,load,clear and clock input using D flipflop

what is a register?Explain 4 bit register with data,load,clear and clock input using D flipflop

The population of a city decreased from 25000 to 24500.find the percentage decrease

The population of a city decreased from 25000 to 24500.find the percentage decrease

8bit SISO shift register using SR flipflop

8bit SISO shift register using SR flipflop

Embedded system: Applications,Elements of embedded system,RISC/CISC, Microprocessor/microcontroller

Embedded system: Applications,Elements of embedded system,RISC/CISC, Microprocessor/microcontroller

3 bit binary ripple counter

3 bit binary ripple counter

embedded system vtu basic electronics with Few Minutes Learning

embedded system vtu basic electronics with Few Minutes Learning

Tell what is the profit or loss in the following transactions.class7 chpater8

Tell what is the profit or loss in the following transactions.class7 chpater8

FM microwave communication system with Few Minutes Learning basic electronics vtu 21 eln24 module5

FM microwave communication system with Few Minutes Learning basic electronics vtu 21 eln24 module5

Fiber Optic communication system with Few Minutes Learning 21eln24 vtu

Fiber Optic communication system with Few Minutes Learning 21eln24 vtu

21eln24 basic electronics vtu module 5 satellite communications with Few Minutes Learning

21eln24 basic electronics vtu module 5 satellite communications with Few Minutes Learning

Few Minutes Learning WLAN, Bluetooth vtu 21 eln24 module5

Few Minutes Learning WLAN, Bluetooth vtu 21 eln24 module5

Few Minutes Learning AMPS,GSM,LTE system 21eln24 vtu

Few Minutes Learning AMPS,GSM,LTE system 21eln24 vtu

Wireless network topology ,1g,2g,3g,4g with Few Minutes Learning 21eln24 vtu

Wireless network topology ,1g,2g,3g,4g with Few Minutes Learning 21eln24 vtu

Cellular wireless network 21eln24 module5 vtu with Few Minutes Learning

Cellular wireless network 21eln24 module5 vtu with Few Minutes Learning

monostable Multivibrator 555 timer :vtu 18CS33

monostable Multivibrator 555 timer :vtu 18CS33

Astable Multivibrator 555 timer

Astable Multivibrator 555 timer

555 multivibrator functional block diagram

555 multivibrator functional block diagram

Multivibrator 555 introduction

Multivibrator 555 introduction

18CS33 : transistor biasing dc analysis

18CS33 : transistor biasing dc analysis

Rubiks cube solving for beginners

Rubiks cube solving for beginners

18CS33 Analog and digital Electronics module1 transistor biasing

18CS33 Analog and digital Electronics module1 transistor biasing

vtu 21 eln24 module4 : RF propagation ASK FSK PSK

vtu 21 eln24 module4 : RF propagation ASK FSK PSK

21 eln24 :module4 :Modulation analog and pulse modulation

21 eln24 :module4 :Modulation analog and pulse modulation

21eln24 :module4: Analog and digital communication

21eln24 :module4: Analog and digital communication

Few Minutes Learning class7 chapter8 comparing quantities exercise 8.1 8.2

Few Minutes Learning class7 chapter8 comparing quantities exercise 8.1 8.2

module2 :summary

module2 :summary

21eln24 module2 shift register counter

21eln24 module2 shift register counter

21eln24: module2: multiplexer,decoder

21eln24: module2: multiplexer,decoder

half adder ,full adder

half adder ,full adder

21eln24: module2

21eln24: module2

vtu module1 : summary

vtu module1 : summary

module1 oscillators

module1 oscillators

oscillators:

oscillators:

Operational amplifier: vtu module1 :

Operational amplifier: vtu module1 :

Few Minutes Learning basic electronics module1

Few Minutes Learning basic electronics module1

basic electronics vtu module1

basic electronics vtu module1

Few Minutes Learning module1 basic electronics vtu

Few Minutes Learning module1 basic electronics vtu

basic electronics module1 vtu 21 eln24

basic electronics module1 vtu 21 eln24

Operational Amplifier: module 1

Operational Amplifier: module 1

multistage amplifier

multistage amplifier

amplifiers

amplifiers

Few Minutes Learning basic electronics vtu module1

Few Minutes Learning basic electronics vtu module1

An amplifier produces an output voltage of basic electronics vtu

An amplifier produces an output voltage of basic electronics vtu