SANYO Model No. MCD-Z88L CD PORTABLE RADIO CASSETTE RECORDER POWER SOURCE AC 230V DC 12V 8"HP2"SIZE BATTERIES WARNING: DIŞCONNECT THE MAINS PLUG FROM THE SUPPLY SOCKET WHEN NOT IN USE. DO NOT REMOVE THE BACK COVER WITH MAINS CONNECTED. CEO 50HZ 14W SANYO Electric Co.,Ltd. Made in CHINA UK Determine the current needed to operate the CD portable radio cassette recorder assuming the it is powered by the rated voltage. O a. 61 mA O b. 16.4 A О с. 3,220 A O d. 700 A

SANYO Model No. MCD-Z88L CD PORTABLE RADIO CASSETTE RECORDER POWER SOURCE AC 230V DC 12V 8"HP2"SIZE BATTERIES WARNING: DIŞCONNECT THE MAINS PLUG FROM THE SUPPLY SOCKET WHEN NOT IN USE. DO NOT REMOVE THE BACK COVER WITH MAINS CONNECTED. CEO 50HZ 14W SANYO Electric Co.,Ltd. Made in CHINA UK Determine the current needed to operate the CD portable radio cassette recorder assuming the it is powered by the rated voltage. O a. 61 mA O b. 16.4 A О с. 3,220 A O d. 700 A

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

TRUE OR FALSE Increasing R2 increases the single-ended and double-ended differential mode gains of the differentialamplifier. Increasing R2 decreases the transistor DC currents and decreases the DC output voltages.
Suppose you are an electronic circuit designer. How you can use the center-taped step down transformer in bridge rectifier circuit?
The figures represent respectively: choose 1 alternative A)The output voltage waveform of a “full wave bridged” type rectifier and the output voltage waveform of a “full wave with center tap transformer” type rectifier only. B)The output voltage waveform of a “full wave bridged” rectifier and the output voltage waveform of a “half wave” type rectifier only. C)The waveform of the output voltage of a “half wave” rectifier and the waveform of the output voltage of a rectifier which can be either the “full wave bridged” or “full wave” type (with center tap). D)None of the above answers are correct.
Calculate the minimum value of VN for the BJT switch shown below to achieve a saturation mode. Assume VCEisnt = 0V and other parameters listed below. Vcc - 15 V Ra- 47,402 0 Rc=347 0 Poc =135 Wiite the answer n MJD with 2lecimal plakes
c) When considering thyristor switching why is In-line fuse protection needed ? d) Why is it common practice to place a capacitor across the output terminals of the rectifier and in parallel with the load ?
Given a full wave bridge rectifier with input voltage at primary of 220 volts rms. Turns ratio of the transformer is 22:1. RL is 10 K ohm. What is the peak voltage at the secondary? (Assume voltage drops at diodes are negligible): 10 volts 14.14 volts 15.72 volts 29.288 volts
1. The following questions refer to the circuit shown below. a) What do the areas of the circuit labeled "., ", and" do? b) Explain the operation of the circuit, beginning on the left (please be specific, do not include the motor or the AC source) c) How would you wire this circuit to a load and a 120VRMS source (note: "N" is Neutral or GND) To Load IL "A" 56R 240R 33RI V1 5v 立三立 120Vrms 160HZ 0° 33nFi ON
Answer the following. Use a detailed explanation. 1. In reverse bias condition, what happens to the current if the temperature increases 10 degrees Celsius. 2. What semiconductor is frequently used for its high reliability at high speed? 3. What type of rectifier circuit has the highest dc output?
Compute the dc load voltage of a SCR full-wave control circuit if the firing angle is 36 degree. Assume resistive load RL=10 ohms with supply of 220V, 60Hz. A. 63.3V B. 89.6V C. 126.7V D. 179.2V (c)
Compare the advantages and disadvantages of switching mode power supply unit with linear power supply unit.
3. Calculations and Discussion 1. Calculate the theoretical output DC voltage of the half-wave rectifier circuit and compare it with measured value. For the capacitive filter, obtain the theoretical values of the DC output voltage and the ripple voltage and compare these values with the measured quantities. Determine also the practical and theoretical values of the ripple factor. 2. Calculate the theoretical output DC voltage of the center-tapped full-wave rectifier circuit and compare it with measured value. For the capacitive filter, obtain the theoretical values of the DC output voltage and the ripple voltage and compare these values with the measured quantities. Determine also the practical and theoretical values of the ripple factor. 3. Repeat the calculations for the full-wave bridge rectifier and filter circuit. 4. Determine the peak inverse voltage (PIV) on each diode in the three rectifier circuits. Experiment 2 - 15- Rectifier Circuits 5. If diode D4 in the bridge rectifier…