of 1

ECET 402 Week 1 iLab

Published on January 2018 | Categories: Genealogy | Downloads: 31 | Comments: 0
333 views

1.From Part A, step 1(b) of lab instructions, change the temperature from 0 to 30° C and record the corresponding RTD resistance in Table 1. 2.Graph the temperature-resistance characteristics of RTD below: 3.Is the graph obtained in step 2 above linear (a straight line)? 4.Use the graph obtained in step 2 above to determine the resistance of RTD at 75° F. 5.What is the value of resistor R1 found in Part A, step 3(f)? 6.Paste your Multisim circuit from Part A, step 4 below: 7.Briefly describe how the circuit above works: 8. From Part A, step 6 of lab instructions, how would you modify the circuit so that the LED indicating an air-conditioning system is turned ON for temperatures of 68° F or higher?

Comments

Content

1.From Part A, step 1(b) of lab instructions, change the temperature from 0 to 30° C and record the corresponding RTD resistance in Table 1. 2.Graph the temperature-resistance characteristics of RTD below: 3.Is the graph obtained in step 2 above linear (a straight line)? 4.Use the graph obtained in step 2 above to determine the resistance of RTD at 75° F. 5.What is the value of resistor R1 found in Part A, step 3(f)? 6.Paste your Multisim circuit from Part A, step 4 below: 7.Briefly describe how the circuit above works: 8. From Part A, step 6 of lab instructions, how would you modify the circuit so that the LED indicating an air-conditioning system is turned ON for temperatures of 68° F or higher?

Sponsor Documents

Or use your account on DocShare.tips

Hide

Forgot your password?

Or register your new account on DocShare.tips

Hide

Lost your password? Please enter your email address. You will receive a link to create a new password.

Back to log-in

Close