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For the circuit of Fig 1a:
(i) Using Ohm's Law, determine the equivalent resistance across the battery
(ii) determine the current through each resistor
(iii) the arrangement of resistors in Fig 1a can be considered as two 1Ω~2Ω sections, terminated by a 1Ω~1Ω section. Deduce a formula for the current through the final 1Ω~1Ω section for the general case of 'N' 1Ω~2Ω sections, as shown in Fig 1
Design a suitable double –layer lap winding for a 6-pole dc armature with 18 slots and two coil sides per slot. Give values of front-pitch, brack–pitch and commutator pitch. Draw t
A 0.1µF capacitor is charged to 200 V before being connected across a 4 kΩ resistor. Determine: (a) The initial discharge current (b) The time constant of the circuit
Explain Nodal analysis (supernode)
Q. Explain Time-invariant versus time-varying systems? When the parameters of a control systemare stationary with respect to time during the operation of the system, the system
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Explain the principle of a thermocouple. Give two examples of some common thermocouples. Thermocouples : They are used for the measurement of temperature. While two wires of v
Register to Register This instruction is used to copy data from the source register to the destitution register. The previous contents on the destination register wil
NOP No Operation Instruction No operation is performed when this instruction is executed. The instruction format is NOP All registers and flags re
(a) How transistor will be used as an amplifier? (b) Give relation between α and β? (c) Show the biasing arrangement for the PNP transistor in common base configuration, so t
simulate a uniform quantizer that takes as an input a vector of numbers and returns as an output the quantized vector. 1-Generate a random input vector of 10000 samples randomly in
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