total real power of 400 kW at a power factor of 0.8 lagging. One of the loads draws 120 kW at a power factor of 0.96 leading. Find the complex power of the other load. 4. The load shown in figure 1 consists of resistance R in parallel with a capacitor of reactance X. The load is fed from a single-phase supply through a line of impedance 8.4 + j11.2 . The rms voltage at the load terminal is 12000o Vrms‚ and the load is taking 30 kVA at 0.8 power factor leading. a. Find the values of R and
Premium Root mean square Capacitor Electrical impedance
INTRODUCTION 6 DESCRIPTION 8 WORKING OF MOBILE BUG 9 COMPONENTS FOR THE CONSTRUCTION OF CIRCUIT: 12 PIN CONFIGURATION OF IC 13 (1) ICCA 3130 13 (2) IC NE 555 TIMER 15 BRIEF DESCRIPTION OF OTHER COMPONENTS 17 1. RESISTOR 17 2. CAPACITOR 18 3.Transistor 19 4. Light-emitting diode 20 5. PIEZO BUZZER 21 APPLICATION 22 LIMITATION 22 FUTURE WORK 22 CONCLUSION 22 USE OF MULTI SIM IN THE PROJECT 23 REFERENCES 23 FINAL RESULT AND CIRCUIT 24 DECLARATION
Premium Mobile phone Capacitor
1. Rationale of the study Our new technology the energy transfer wherein energy can be transferred from a source to a load via coupled magnetic resonance in the non radiative near field that can be used in some equipment that used in some electric energy as a source like the electric vehicles (EVs). We can use this energy transfer as a charger to EVs by microwave beams and laser beams to realize the remote energy supply using directional antenna. However when there is a obstruction in the path
Premium Inductor Magnetic field Capacitor
hidden series RLC circuit and to measure the values of the various components in that circuit. Theory: To see how an RLC circuit works‚ consider the circuit in Figure 1 with the capacitor initially charged. Fig. 1 RLC Circuit Since there is a conducting wire connecting the negative side of the capacitor to the positive‚ a current will begin to flow in the counterclockwise direction. As it does‚ several things happen. The first is that the resistor will begin to strip energy from the
Premium Inductor Capacitor Electric current
Electronic WorkBench tutorial Introduction Electronic WorkBench (EWB) is a simulation package for electronic circuits. It allows you to design and analyze circuits without using breadboards‚ real components or actual instruments. EWB’s click-anddrag operations make editing a circuit fast and easy. You can change parameters and circuit components on the fly‚ which make "what-if" analysis straight foreward. This tutorial is intended as a quick introduction to EWB’s basic features. It first
Premium Voltage Resistor Alternating current
features of galvanic isolation‚ high-voltage gain‚ zero voltage switching operation‚ low input current ripple and high-power density. The converter is implemented by a three-phase coupled inductor bridge to remove the bulky input electrolytic capacitors. The introduced active clamp circuit recycles the energy stored in the leakage inductance and absorbs the voltage spikes on the main switch voltage. The series configuration with a voltage doubler at the second side contributes to a high-voltage
Premium Transformer Capacitor
or op-amps. Capacitors (C)‚ Inductor (L) and resistors (R) makes the resonator and the frequency of the oscillator is determined by the resonator. An oscillator can be designed in many ways and the main types of the oscillators are: RC Oscillator‚ LC Oscillator‚ Colpitts‚ Hartley‚ Clapp‚ and Pierce. The main difference of the Voltage controlled oscillator (VCO) from the other oscillator types is the oscillation frequency can be determined by the Vcont voltage. The variable capacitor (varactor) plays
Premium Capacitor Noise Transmission line
Conversion Time . . . . . . . . . . . . . . . . . . . . . . . . . . 1kΩ). If input bypass capacitors are necessary for noise filtering and high source resistance is desirable to minimize capacitor size‚ the effects of the voltage drop across this input resistance‚ due to the average value of the input current‚ can be compensated by a full scale adjustment while the given source resistor and input bypass capacitor are both in place. This is possible because the average value of the input current
Premium Output Capacitor Digital
the problem is on a laptop‚ then you may need to get a professional to fix it as some of the internal wires may be worn. 4. Monitor- due to prolonged use of monitor’s‚ its capacitor bulges or breaks. By opening it‚ you can tell where the broken capacitors are by just looking. Use a soldering iron to remove the old capacitor and replace it with the same voltage. 5. Dropped Internet Connections Dropped Internet connections can be very frustrating. Often the problem is simple and may be caused by
Premium Hard disk drive Capacitor
of vision) of the propeller display. Chapter 3 In this chapter we discussed about the components and their details which are used in this project like microcontroller and its pin description‚ crystal oscillator‚ Regulator IC and its uses‚ Ceramic capacitor‚ LED and PCB‚ Resistors‚ Single phase induction motor etc. we also described thes component in briefly. Chapter 4 In this chapter we discussed about the making of the project (propeller display) and the mechanical assembly and the set-up of the project
Premium Capacitor Crystal Circuit diagram