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Explain control of a single lamp from four places. Draw the relevant circuit diagram.
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Describe the control of a single lamp from three places. Draw the relevant circuit diagram.
Answer : To control a single lamp from three different places, we can use a **three-way switch** system. In this setup, we use three switches to control the lamp, which is typically used in large rooms or ... of **two-way switches** and **three-way switches**, with the proper connection of traveler wires....

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Draw wiring diagram for connection of one lamp controlled from two places. State the application of this connection.

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A three-phase transformer having a line voltage ratio of 0.4 kV/11kV is connected Star/Delta and protective transformers on the 0.4 kV side have a current ratio of 500/5. Calculate the ratio of ... on the 11 kV side. Draw a neat circuit diagram and indicate the given values at appropriate places.

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Illustrate with neat wiring diagram a single lamp control by two-point method.

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Illustrate with neat wiring diagram a single lamp control by two point method.
Answer : The **Two-Point Control Method** is commonly used for controlling a single lamp from two different locations, often seen in stairways or hallways. In this method, two switches (called **Two-Way ... a basic circuit where you can use two-way switches to control a lamp from two different locations....

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Explain a Single Phase Circuit with relevant diagrams.

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Draw circuit diagram for one lamp controlled with one switch.

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Draw a circuit diagram for polarity test on a single-phase transformer.

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Explain the working principle of various types of single-phase induction motors with a neat circuit diagram.

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Explain the tests on a single-phase transformer and develop an equivalent circuit from the above tests.

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Draw the circuit diagram of battery charger using SCR and explain its working.
Answer : ### Battery Charger Circuit Using SCR Here's a basic explanation of how a battery charger circuit works using an SCR (Silicon-Controlled Rectifier): #### **Circuit Diagram:** The circuit ... -DC conversion and regulate the charging process, providing a safe and reliable way to charge batteries....

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Draw the single line diagram (layout) of 33/11 kV substation.

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Draw the single line diagram of AC electric transmission and distribution system.

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State any four salient features of a microprocessor-based protection relay. Draw a block diagram of a microprocessor-based overcurrent relay.
Answer : ### Four Salient Features of a Microprocessor-Based Protection Relay: 1. **High Accuracy and Reliability**: Microprocessor-based relays are designed to offer high precision in detecting faults. Their algorithms can process data more ... -----------------+ | Signal Conditioning| ...

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Explain the working of HPMV Lamp with neat diagram.

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Explain the working of a single phasing preventer with a neat diagram.

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List four relevant instruments to carry out energy audit in electrical laboratory.

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Justify ‘NOR gate is called a universal gate’. Sketch a relevant diagram.

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Draw the constructional diagram of LVDT. State its working principle. What is residual voltage? Explain with a neat diagram.

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Draw a neat labeled diagram of a neon sign tube and explain its working.

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Explain Squirrel Cage Induction Generator (SCIG) and also draw a diagram.
Answer : ### Squirrel Cage Induction Generator (SCIG) A **Squirrel Cage Induction Generator (SCIG)** is a type of **asynchronous machine** that operates as a generator instead of a motor. It is a ... and simplicity. The absence of brushes or slip rings makes it a low-maintenance and cost-effective option....

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Explain working of resistance split phase single phase induction motor with vector diagram.

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Explain MCB and ELCB with connection diagram supplying single phase load.

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Explain block diagram of Electric drives
Answer : ### Block Diagram of Electric Drive An electric drive system is a mechanism used to control the motion of electrical machines, such as motors, and is responsible for controlling the speed, ... drive system works and how each component interacts to provide accurate control over motor-driven systems....

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Draw and explain the block diagram of an instrumentation system.

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Derive the torque equation of 3 φ I.M. under running condition.k) Explain production of R.M.F. in 3-phase I.M. when 3 φ supply is fed to it. Draw its phasor diagram.

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Draw the circuit diagram of a short shunt and long shunt type of composite self excited DC generator.

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Draw circuit diagram of symmetrical configuration of bridge converter.

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Draw the circuit diagram of DC static circuit breaker and give its operation.

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Draw the circuit diagram and phasor diagram of nominal T method of medium transmission line.
Answer : ### Nominal T Method of Medium Transmission Line In the **Nominal T method** of representing a medium transmission line, the series impedance (Z) is represented in the form of a "T", where the series impedance is placed in the middle of the ... | / | Is ----|...

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Draw neat circuit diagram of (i) Feeder reactor and (ii) Generator reactor

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Explain with the help of a neat diagram the following methods of speed control for a DC series motor: (i) Field diverter method. (ii) Tapped field method.
Answer : ### Speed Control of DC Series Motor DC series motors are commonly used in applications where the motor needs to run at varying speeds, such as in cranes, electric trains, and ... given armature current, but they come with different complexities and impacts on the overall motor performance....

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What are the four types of circuit diagram?
Answer : The four main types of circuit diagrams are: 1. **Schematic Diagram**: - This is the most common type of diagram used in electronics. It represents the electrical components and connections ... different purpose depending on the level of detail required and the type of project you're working on!...

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Write any four safety measures and precautions to be followed for a special purpose lamp.

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Draw a neat experimental setup to conduct OC test on a single-phase transformer.

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Explain with a circuit diagram the use of a potential transformer to measure 33kV.

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Explain with a neat circuit diagram only the Scott connection scheme for the conversion of three-phase supply to two-phase supply. Name one application of the same.

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Draw single phase full wave mid-point converter for inductive load. Draw input and output waveforms for it.

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Describe the following energy conservation techniques in lighting system: i) replacing lamp source ii) using light control gear.
Answer : Here's a simple breakdown of the two energy conservation techniques in a lighting system: ### 1. **Replacing Lamp Source** Replacing the lamp source refers to swapping out older, ... can be significantly reduced. This helps in cutting down electricity costs and promoting sustainable energy use....

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List different types of faults occured on a power system. Draw necessary sketches (any four)

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Sketch a diagram showing interfacing of a single 7-segment common anode display to 8051. Develop ALP to display the number ‘7’ on it.

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Explain the operation of opto coupler based triggering circuit with diagram.
Answer : An optocoupler (also known as an optoisolator) is a component used to isolate different sections of a circuit, particularly for triggering purposes. It uses light to transfer signals between ... -voltage signals, such as in industrial control systems, power electronics, and automotive applications....

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Explain the operation of snubber protection circuit with diagram.

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Explain the operation of RC triggering circuit with neat diagram.
Answer : An **RC triggering circuit** is commonly used in electronic circuits like oscillators, timers, and waveform generators. It uses a resistor (R) and capacitor (C) in combination to create ... the resistor and capacitor can be adjusted to fine-tune the timing characteristics for specific applications....

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With neat diagram explain synchronized UJT triggering circuit.

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Draw a diagram of the power tower of a concentrated solar power plant.

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Draw a block diagram of a thermal power plant.
Answer : Here's a simple block diagram of a thermal power plant: 1. **Boiler**: This is where water is heated by burning fuel (like coal, oil, or gas) to produce steam. 2. **Turbine**: ... parts are the boiler, turbine, generator, and condenser, with the cooling tower and pump completing the water cycle....

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Draw a block diagram of CRO and state the function of each block.

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