The optoisolatorcouple a signal from its outputcouple a signal from its inputcouple a signal from its input to itsoutputFor the circuit shown, Vc voltge is *G₁₂is using light to10 µFRe 100 kg1.2kQC₂H610 µF3:45V=9V-4.48V O-3.48V-5.48V*-2.48V!

For the above given circuit diagram we need to calculate the value of collector voltage.

The optoisolator couple a signal from its output couple a signal from its input couple a signal from its input to its output is using light to For the circuit shown, Vc voltge is * 10 μF R100 kg Re21.2kQ C₂ 10 µF 8V₁-9V -4.48V O -3.48V O -5.48V O -2.48V

The optoisolator couple a signal from its output couple a signal from its input couple a signal from its input to its output is using light to For the circuit shown, Vc voltge is * 10 μF R100 kg Re21.2kQ C₂ 10 µF 8V₁-9V -4.48V O -3.48V O -5.48V O -2.48V

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

MCQ
R₁ 1k0 R₂ 3.3kO 7 6 O a. Series regulator O b. Switching regulator O c. Shunt regulator Od. IC regulator 2 5 Figure 4 Vcc 5.5V RST DIS THR TRI Cext C1 0.047µF =0.01 μF CON VCC GND 1 U2 OUT3 LM555CM
WHAT IS Xc?( NEED ONLY HANDWRITTEN SOLUTION PLEASE OTHERWISE DOWNVOTE)
What is the output waveform of the circuit? 5 V PT1 PT2 12V + 220 V/60 Hz/0 Deg 1k Ohm Select one: a. 7V 7V b. 5V d. -5V -12V e. None of the choices
9. Compute the bias point of the circuit depicted in Figure Vcc=2.5 V 100 ΚΩ Σ1 ΚΩ KQ₁ + 0.5 V- OVCE=738V and IC=1262A OVCE=0.738V and IC=0.001262A OVCE=0.0738V and IC=0.1262A None of the mentioned. OVCE=0.738mV and IC=1262mA
For the following circuit choose the correct output if the diodes are ideal 1.0k +10V 5V 5 V -10 V +8.95 V 0. +5 V- at V 0 5 V -18 V Vout output +5.7 V-- -5.7 V-- Output O
The value of po in a silicon semiconductor at T = 300K is 6.0 X 1015 cm-³. Determine EF - Ev EF-Ev= 0.183 eV EF - Ev = 0.179 eV EF - Ev = 0.071 eV EF - Ev = 0.193 eV
Light-emitting diodes (LEDs) are diodes made with III-V compound semiconductor materials such as aluminum gallium arsenide (AlGaAs), aluminum indium gallium phosphide (AllnGaP) or indium gallium nitride (InGaN), instead of silicon. The LEDs emit light when the device is operated under forward bias. LEDs of different colors have different turn-on voltages VD(on). For example: Color VD(on) Red ~ 1.6 V Yellow ~ 1.7 V (a) Model these five LEDs with a simplified piecewise linear model. (b) A rule of thumb is that it takes about 1 mA of current to "light" an LED while~ 10 mA is needed for it to appear bright. Use the piecewise linear model for the LEDs, for the over-voltage indicator circuit to the right, find the values of Vin which will cause D₁ or D₂ to light (i.e. when ID1 or ID2 exceeds 1 mA). Green ~ 1.8 V Blue ~ 2.8 V loks o mu Vin Red LED Red LED White ~ 3.8 V + lov 21 D₁ D2 -10V o t Vout 오
2 Use the figure to solve the following questions (a) Vout(pk)(b) Vdc(c) IL(d) Idiode(e) PIV for any diode(f) fout
Please solve this question early
A 100 kV, 50 Hz supply is fed to a rectifier ammeter (using a bridge rectifier) through a capacitor. The PMMC ammeter of the rectifier instruments reads 45 x 10-3 amp. What is the value of the capacitor? (a) 15.90 x 10-10 F (b) 15.90 x 10-12 F (c) 17.66 x 10-9 F (d) 17.66 x 10-11 F