5410 ohmcopacitya capacitarconnec tedandwithinresistorof120MFareseriesanyoltcircuit.a) CalculatethetimeConstant.6) Calculateof the maxthe capacitor.when g0, percentthevalue ofcurrentthe amount of cnde in

Circuit for the above problem is T=RC=5×106×120×10-6=600 sec

5410 ohm Jith series acapacitor Connec ted sesistor and a copacity of 120F yolt to an 300-v0lt Circult. 2) Calculate the time Constant. -) Calculake e the maX he capacitor. when 90 value of the amount of chorge in the Current percent

5410 ohm Jith series acapacitor Connec ted sesistor and a copacity of 120F yolt to an 300-v0lt Circult. 2) Calculate the time Constant. -) Calculake e the maX he capacitor. when 90 value of the amount of chorge in the Current percent

Introductory Circuit Analysis (13th Edition)

13th Edition

ISBN:9780133923605

Author:Robert L. Boylestad

Publisher:Robert L. Boylestad

Chapter1: Introduction

Section: Chapter Questions

Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...

See similar textbooks

Similar questions

Q1 Explain the following terms: (a) Sensor (1.5 marks) (b) Transducer (1.5 marks) (c) Instrument Q2 Q3 (2 marks) Based on Figure Q2, if the RTD sensor measurement is 57°C answer the following. (a) Calculate the output current from RTD sensor if the output range is 4 20mA. (2 marks) (b) Calculate the output voltage from the temperature controller if the output range is 0-10VDC. (2 marks) (c) Propose a type of sensor if the process temperature is increased to 1000°C. (1 marks) A capacitive displacement transducer is designed to determine the rotary position. from 0° 180° as shown in Figure Q3. The moving plate whose radius is 40mm is sandwiched between two fixed plates, spacing at Imm. The dielectric constant of air is k 1.The capacitive transducer is formulated as: where; (a) kA€。 farads k = dielectric constant A the area of the plate, in square meters €₁ = 8.854 × 10-12 in farads per meter d = the plate spacing in meters Construct an equation of the change of the capacitance (F) when…
A 100 µF capacitor is connected across a 240 V, 60 Hz source. Determine: the capacitive reactance, in ohms. the current, in amperes
The average capacitor discharge current in Figure 252 is a constant Assume a different film capacitor Ex. 252. 9.42 pA for a 0.507 uF film capacitor. C=0.3580 uF results in a different discharge current given by y=-0.08840x + 5.0. Calculate the discharge current (amps) for this different capacitor. If the Arduino was like a 10M Ohm voltmeter, the cap would discharge very quickly. Calculate the time (seconds) to discharge 98.2%, which is four time constants. tau=R*C. ans:2
do fast... explanation needed with correct ans.
Q5: Two capacitors (2#F, 8 #F) are connected in series across 100 volt. Then these capacitors are connected in parallel. How much the charge for two cases. 06: Capacitor 20 HF is connecting with 55 volt, 50 Hz. Calculate the current for the capacitor. When this capacitor is connecting with 10 volt, 50 Hz. How much is the current.
What is the maximum recommended limit of RMS voltage (in percent) for continuous operation of shunt capacitors under contingency condition? 110 120 O 130 135 0000
3. A resistor and a capacitor are connected in parallel across a 120 V DC source. Determine the voltages across the resistor and the capacitor.
06: Capacitor 20 #F is connecting with 55 volt, 50 Hz. Calculate the current for the capacitor. When this capacitor is connecting with 10 volt, 50 Hz. How much is the current.
A 470- uF capacitor is connected in series with a 120-k2 resistor. How long will it take the capacitor to charge completely?
60. Design a circuit to limit a 20 V rms sinusoidal voltage to a maximum positive amplitude of 10 V and a maximum negative amplitude of -5 V using a single 14 V de voltage source.