This is a very useful project for securing the premises of a sensitive area. It is Arduino Security System cum Door Bell using Piezo Sensor. The list of components is given below. First make all the components available with you and then start working on the project.
Read MoreAdvanced Arduino Robotics Project #3, Arduino Security System cum Door Bell using Piezo SensorThis the supplement on 12th Electronics Supplement on Multiplexer & Demultiplexer Problems for HSC Board Exam. These type of problems are frequently asked in HSC board exam in Paper-2 i.e. Digital Electronics.
Read MoreSupplement on 12th Electronics Multiplexer & Demultiplexer Problems for HSC Board Exam
The 12th Electronics Previous Years HSC Board Question Papers PDF Copies is significant collection of scanned copies of previous years' HSC Board question papers available for free download. These question papers are direct scans from the original documents, ensuring that students receive accurate and authentic exam papers to practice with.
Read More12th Electronics Previous Years HSC Board Question Papers PDF CopiesThe 12th standard electronics chapter-wise revised marking scheme is given below. It is fully revised and will be applicable to all future HSC board examinations from March 2022 onwards.
Read More12th Electronics Chapter-wise Revised Marking Scheme for HSC Board ExaminationsTo work on this project, just connect Arduino UNO with data cable to your PC or laptop. Then upload the given program in it. Press Ctrl-Shift-M to open Serial Monitor window. Enter two numbers with required mathematical operator, and press Enter.
Read MoreAdvanced Arduino Robotics Project #2, Arduino Advanced CalculatorBlood typing is a method to tell what type of blood you have. Sanguinoscope helps you find the combination of blood groups. Blood typing is done so you can safely donate your blood or receive a blood transfusion.
Read MoreAdvanced Arduino Robotics Project #1, The project of Sanguinoscope Blood Group Typing ProjectThe linear applications of Opamp are discussed in this topic with neat circuit diagrams and mathematical derivations. These applications are: inverting amplifier, non-inverting amplifier, adder, subtractor, buffer, integrator and differentiator.
Read MoreWhat are the Linear Applications of Opamp? Explain with Diagrams & Derivations
An opamp is defined as the high gain direct coupled amplifier, which consists of one or more differential amplifiers with other supporting circuits. The operational amplifier can perform mathematical operations like addition, subtraction, integration, differentiation and comparison.
Read MoreWhat is Operational Amplifier? Explain its Characteristics & ParametersThe differential amplifier works good, on dual power supply only. However, if it is connected with single power supply, then it’s working becomes unstable. So its comparative points of its working for dual and single power supply are given below.
Read MoreWhat is the need for Dual Power Supply in Differential Amplifier? Compare working with Single & Dual Power Supply
The Differential Amplifier is the super quality amplifier used in operational amplifiers. As its name implies, it amplifies the difference of two input signals i.e. V1 and V2 and gives the output. Hence it is called as differential amplifier.
Read MoreWhat is Differential Amplifier? Explain in detailsAn operational amplifier (Opamp) is a versatile device which can be used to amplify AC as well as DC signals. It is manufactured in the form of integrated circuit package. It can perform different mathematical operations like addition, subtraction, integration, taking the derivative, comparison, etc. Hence it is known as operational amplifier.
Read MoreFundamentals of Operational AmplifierThe Piezo Electric Crystal is used to measure pressure. Piezo is an Italian word meaning pressure. It is very accurate in measurement. A piezo crystal is a transducer which can convert pressure into electrical signal. It is an active transducer. It is found that Rochelle salt and Tourmaline substances.
Read MoreHow Piezo Electric Crystal works? What are the different axes of crystal?The Linear Variable Differential Transformer is a passive transducer. It measures force in terms of displacement of ferromagnetic core of a transformer. It is based on the principle of magnetic induction.
Read MoreHow Linear Variable Differential Transformer works? Explain its three casesCapacitive transducer is also known as pressure transducer. It is a passive transducer. It is used to measure external pressure and displacement also. It works on the principle of parallel plate capacitor.
Read MoreHow capacitive transducer works? Explain with diagramThe Light Dependent Resistor means an LDR. It is a passive transducer. It is also known as photoconductive cell because its conductivity changes due to change in light intensity.
Read MoreWhat is Light Dependent Resistor (LDR)? Explain with diagram
What is thermistor: It is a passive temperature transducer so battery must be used in its circuit. Thus a thermistor is a transducer which changes its resistance due to change in temperature.
Read MoreWhat is thermistor? How it is used in Wheatstone Bridge?
Before discussing about what is transducer, first we shall see basic difference between sensor and a transducer. They both are used to sense a change within the environment they are surrounded by or an object they are attached to. However, a sensor will give an output in the same format and a transducer will convert the measurement into an electrical signal.
Read MoreWhat is transducer? What are the selection criteria of transducer?
To understand how digital multimeter works, let us see the block diagram of DMM is given below. The working of each block to measure different types of electrical quantities is explained.
Read MoreHow digital multimeter works? Explain with diagram
To measure the phase different between two waveforms, their frequencies must be same. Connect the two waveforms randomly at x-input and y-input of CRO. Keep time/div knob in x-y mode. Now a Lissajou’s pattern of an ellipse is obtained.
Read MoreHow to measure frequency & phase using Lissajou’s patterns on CRO? Explain with diagrams
The CRO is a versatile laboratory instrument. It is used for all types of measurements like AC/DC voltage, AC/DC current, frequency and phase measurements. These methods are explained in details with practice exercise.
Read MoreHow to measure AC/DC voltage & current using CRO? Explain with diagrams
