24 VDC-GND1M 10.010.1 10.2 10.3 10.4 10.5 | 10.6 10.7CPU 2241L Q0.0Q0.1 Q0.2Main Line10.110.1MO.010.0A Q0.01B Q0.010.0MO.0C Q0.0D Q0.01E Q0.0M0.0T40F Q0.0T37IN0369(sečonds)TON120100Yukarıdaki LAD diyagram biçiminde verilen PLC kodu ve PLC I/O kablolama şemasına göre Lütfenhangi Q0.0'ın DOĞRU olduğunu belirleyiniz:T37T38TONNot: T37, T38, T39 ve T40'ın 100ms çözünürlüğe sahiptir.60PL100T38T39Please determine which Q0.0 is TRUE according to PLC 1/O wiring scheme and PLC code withutilization of LAD diagram above:TON90100mT39Note that T37, T38, T39, and T40 have resolution of 100ms.T40TONO C60 e100mO EMO.0T38Q0.0OFO AT3800.1O BO D:0:01Motor1Motor2

Question B is the correct option

24 VDC- GND 1M 10.0 10.1 10.2 10.3 10.4 10.5 10.6 10.7 CPU 224 1L Q0.0 Q0.1 Q0.2 R N ain Line 10.1 N 10.1 MO.0 10.0 (s) A Q0.0 1 B Q0.0 10.0 MO.0 C Q0.0 D Q0.0 E Q0.0 MO.0 T40 F Q0.0 T37 TON 0369 (sečonds) 120 100 Yukarıdaki LAD diyagram biçiminde verilen PLC kodu ve PLCI/O kablolama şemasına göre Lütfen hangi Q0.0'ın DOĞRU olduğunu belirleyiniz: T37 T38 IN TON Not: T37, T38, T39 ve T40'ın 100ms çözünürlüğe sahiptir. 60 PT 100m T38 T39 Piease determine which Q0.0 is TRUE according to PLC 1/O wiring scheme and PLC code with utilization of LAD diagram above: TON 90 PT T39 Note that T37, T38, T39, and T40 have resolution of 100ms. T40 IN TON 60 e 100ml O E MO.0 T38 Q0.0 O F O A T38 Q0.1 O B O D Motor1 start Motor2

24 VDC- GND 1M 10.0 10.1 10.2 10.3 10.4 10.5 10.6 10.7 CPU 224 1L Q0.0 Q0.1 Q0.2 R N ain Line 10.1 N 10.1 MO.0 10.0 (s) A Q0.0 1 B Q0.0 10.0 MO.0 C Q0.0 D Q0.0 E Q0.0 MO.0 T40 F Q0.0 T37 TON 0369 (sečonds) 120 100 Yukarıdaki LAD diyagram biçiminde verilen PLC kodu ve PLCI/O kablolama şemasına göre Lütfen hangi Q0.0'ın DOĞRU olduğunu belirleyiniz: T37 T38 IN TON Not: T37, T38, T39 ve T40'ın 100ms çözünürlüğe sahiptir. 60 PT 100m T38 T39 Piease determine which Q0.0 is TRUE according to PLC 1/O wiring scheme and PLC code with utilization of LAD diagram above: TON 90 PT T39 Note that T37, T38, T39, and T40 have resolution of 100ms. T40 IN TON 60 e 100ml O E MO.0 T38 Q0.0 O F O A T38 Q0.1 O B O D Motor1 start Motor2

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

Des:gn the neturk to maintain at 12V. for load variation IL from ComA to zoumA). Determine Rs and Va IL RL
Calculate the power at the maximum power point of each cell and their cell efficiency.
Calculate the Resistance , if the RTD temperature is 1069.6 °C and Sensitivity is 1.5 °C/ohm O a. 9.10 O b. 1604.40 O c. 1071.10
Instruction: Show complete solution. Use at least two decimal places. Express your answer in engineering notation. Determine the voltage and current operating values for the following BJT bias circuits and draw the DC load line. 3. Determine the following parameters below and draw the DC load line. a. Ic +20 V b. IE C. VCE d. VCE(cutoff) 2 ΚΩ e. Ic(sat) 430 ΚΩ Vi 10 μF 카 www 10 µF HH B = 50 HH '1kΩ = 40 με Vo
Q.1: A- For circuit of Figure below, determine ICQ and VCEQ. B- Sketch the dc load line. 18V 36K P-100 SuF SuF - Vout 18K 2K
Sketch an n-stage PUF. Explain how a biased arbiter impact the performance of a Strong PUF.
A. Given Vcc= 10V, VEE=-10V, IEE = 1 mA, Rc = 10 kW, VBEon = 0.7V. Determine IC1, VCE1 and VCE2 for the following common mode inputs: 1. Vcm = 0V 2. Vcm = 5V 3. Vcm = -5V B. Analyze what is happening to the VCE for the different common mode voltages. You may relate it to the supplies.
For a switching regulator with a square wave output, the DC levels is given by the formula . Where Vdc is the output, Vmax is 12V, Vdrop is the saturation drop (on) of our switching device which is 0.7V, T is the period and Ton is the time Vmax is on for a period. Find the duty cycle in % needed for Vdc 10V and 5V. Find the efficiency for 10V and 5V output operation using Powerout/(powerout+powerloss)
Q3 Determine operation point of the BJT in figure shown below. Assume B = 200. RC 330 N RB Vcc 20 V 47 kN VBB 10 V The
H.w Q1) Five measurements of the voltage of resistor gave: 50.2V, 50.1V, 50V, 50.2V and 50V. assume that only random errors are present. Calculate: a) The standard deviation of the reading. b) Probable error of the reading. c) Variance of the reading.
Increasing the proportional gain Kp wll ...the system tendency also ... .. toward instability decrease fixed increase None
% 07 Electronics Pr.. Electronics-Problems Second Sem. 2017-2018 Problem-1 Determine IB, Ic, Ie, VBE, VCE, and VCB in the circuit of Figure below. The transistor has a Bpc = 150. Rc100n Rg Vcc 10 V 10 kn VBB 5 V