answer this question,please * ?Which is correct regarding the shown diagram (13)InputInputInputPowersupplyProcessorAnalogAnalogAnalogIN O OIN O OIN O+IN O-ANL COM OIN 1. eIN 1- OANL COMOIIN 2+ OIIN 2- OIANL COMOIIN 3. 0IN 3-IN O+ OIN O OANI COMOIN 1 0IN 1- 0ANL COMIN 2. eIN 2- OANI COM OIN 1 0IN 1- OANL COMOIN 2IN 2- eL1ANL COMOIN 3. OIN 3- eANL COMANI COMOIN 3. 0IN 3- eANL COM OOL2/NANL COMOGndFlowmeter(0 to 700 GPM range)4-20 mAThe flow meter is connected to the PLC using digital input portsThe signal which is sent by the flow meter varies with time according to the measuredflowThe digital output port that connects the flow meter to the PLC is of the (sinking) type OThe flow meter can be classified as an analog actuatorNone of the answers is correct

The flowmeter is converting the flowrate to 4-20 mA signal, and the measured flowrate varies with…

نقطة واحده ?Which is correct regarding the shown diagram (13) Processor Input Input Input Power supply Analog Analog Analog IN O O IN O O AN COMO IN 1. 0 IN 1-0 ANL COMO IN 2. e IN 2- O ANL COMO IN 3. O IN 3- O ANL COM IN O IN O+ IN O M AN COM! IN O e ANL COMO IN 1 0 IN 1- 0 ANL COM IN 2 e IN 2 ANL COM IN 3 IN 1 IN 1-0 ANL COMI IN 2 eI IN 2- eI ANE COM I IN 3. e! IN 3- e ANL COM ØL1 L2/N ANL COM Gnd Flowmeter (0 to 700 GPM range) 4-20 mA The flow meter is connected to the PLC using digital input ports The signal which is sent by the flow meter varies with time according to the measured flow The digital output port that connects the flow meter to the PLC is of the (sinking) type The flow meter can be classified as an analog actuator O None of the answers is correct

نقطة واحده ?Which is correct regarding the shown diagram (13) Processor Input Input Input Power supply Analog Analog Analog IN O O IN O O AN COMO IN 1. 0 IN 1-0 ANL COMO IN 2. e IN 2- O ANL COMO IN 3. O IN 3- O ANL COM IN O IN O+ IN O M AN COM! IN O e ANL COMO IN 1 0 IN 1- 0 ANL COM IN 2 e IN 2 ANL COM IN 3 IN 1 IN 1-0 ANL COMI IN 2 eI IN 2- eI ANE COM I IN 3. e! IN 3- e ANL COM ØL1 L2/N ANL COM Gnd Flowmeter (0 to 700 GPM range) 4-20 mA The flow meter is connected to the PLC using digital input ports The signal which is sent by the flow meter varies with time according to the measured flow The digital output port that connects the flow meter to the PLC is of the (sinking) type The flow meter can be classified as an analog actuator O None of the answers is correct

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

Q44) In the STM diagram fragment below, we see five transitions marked with italic letters. Which option cannot have a guard condition added? dev2/x=x+1 A. a B. b C. c D. d E. e b a/beh Ev1/beh с e
I need the answer as soon as possible
a) Find the list of mini terms f(W,X,Y,Z)b) Write the minimum function in maxi terms f(W,X,Y,Z)
3) For the circuit shown in the following figure, Io - I3 are inputs to the 4:1 multiplexer. R (MSB) and S are control bits. The output Y can be represented by Answer: P 13 1₂ 4:1 MUX B Io S1 So RS Y O PQ+PR+ P Q S OPQ+ PS + QRS O PQ R+PQR+ Q R S + PQRS OPQR+ PQRS + Q R S+PQ RS
Transfer Instructions H.W2 Write the necessary instruction to change or swap 3 byte stored at DS:0A60 with DS:0A80 Solution:
Q. A straight binary sequence is applied to a 4-bit DAC, and the output in figure below is observed. What is the problem? Output 15 14 13 12 11 10 9 8 7 6 5 4 3 2 1 0000 1000 0010 0011 0010 -1010 0110 1110 0001 1001- -otor 1011 H0011 1101- 0111 1111 Binary input Electrical Engineering Department/ University of Baura
How do I get the eight BIT Adder Subtracter Module (the square one) on Quartus 2?
Q. A straight binary sequence is applied to a 4-bit DAC, and the output in figure below is observed. What is the problem? Output 15 14 13 12 11 10 9 8 7 6 5 4 3 2 1 0000 1000 0010 0011- 0100 0101- 0110 0111- 0001 1001- 0101 1011 0011 1101- 0111 1111 Binary input Electrical Engineering Department/ University of Basrah
with explanation steps, please
Q15. For the 4-bit comparator in Figure 02, plot each output waveform for the inputs shown. The outputs are active-HIGH.
7. For the state diagram shown, derive the state/output table. B Z1 22 - 11 Z1 2 = 10 X -Y 21 22 = 01 Z1 2 = 00 G H 21 22 = 10 Z1 22 = 11 X.Y Z1 22 = 00 Z1 22 = 01 D.
A three bit LFSR is shown in figure below. Initially, the value of output Y = Y2Y1Y0 is set to 110. The value of output Y after three clock cycles is 16 Y, D2 Do CLK Oa. Y2Y1YO = 100 O b. Y2Y1YO = 001 Ο c. Υ2Y 1Y0-110 O d. Y2Y1YO = 101