Assume my registration number is 2018387
Question. Design a Type-K Thermocouple based temperature measurement system for a steam turbine that is required to give an output of 3.00 V to 6.00 V for the temperatures between 300C to 600C (Voltage corresponding directly to Temperature). Reference compensation/correction will be done using a Thermistor having a resistance of 2.0 k 2 at 20C with a slope of -20 /C within +20C. The dissipation constant is 5 mW/C for the thermistor. Use a power supply of 10 V for all your components. Compensation temperature should not have an error greater than +0.5C. Write all equations, calculate values, and draw the final circuit diagram. Justify selection of your circuit design. Eliminate effect of loading as well. Comment on the linearity of the final output Voltage vs Temperature. Find the error in the temperature output reading for (400 + 2 x last 2 digits of your registration number C). Temp. ("C) 0 10 20 30 40 50 60 70 80 90 100 110 120 130 140 150 160 170 180 190 200 210 220 230 240 250 Type E 0.000 0.591 1.192 1.801 2.419 3.047 3.683 4.329 4.983 5.6416 6.317 6.996 7.683 8.377 9.078 9.787 10.501 11.222 11.949 12.681 13.419 14.161 14.909 15.661 16.417 17.178 Type) 0.000 0.507 1.019 1.536 2.058 2.585 3.115 3.649 4.186 4.725 5.268 5.812 6.359 6.907 7.457 8.008 8.560 9.113 9.667 10.222 10.777 11.332 11.887 12.442 12.998 13.553 Type K K 0.000 0.397 0.798 1.203 1.611 2.022 2.436 2.850 3.266 3.681 4.095 4.508 4.919 5.327 5.733 6.137 6.539 6.939 7.338 7.737 8.137 8.537 8.938 9.341 9.745 10.151 Page 2 260 270 280 290 300 310 320 330 340 350 360 370 380 390 400 410 20 30 10 50 460 470 17.942 18:10 19.481 20 256 21.033 21.814 22 59 23.383 24.171 24.96] 35.754 26.549 2734 28 143 28.943 29.744 30.546 31.350 32.155 32.960 33.767 34,574 14.108 14.663 15.217 15.771 16.325 16.879 17.432 17.984 18.537 19.089 19.640 20.192 20.743 21.295 21,846 22.397 22.949 23.50] 24.054 24.60 25.16] 25.716 10. 560 10969 11.38] 11793 12.207 12.623 13.039 13.456 13.874 1-4292 14.712 15.132 15.552 15.974 16.395 16.818 17241 1766 18.08 18.13 18.938 19.363 480 490 500 510 520 530 540 550 560 570 580 590 500 610 6620 630 640 550 660 670 680 690 700 710 20 730 35 382 36.190 36.999 37.80B 38.617 39.26 10.236 41.045 41.853 42.662 43.470 4.278 45.085 45.891 16.69 47.502 48.306 49.109 19911 50.713 51.513 52312 53.110 53.90 54.73 55.498 26.272 26.829 27388 27949 28.511 29.075 29.642 30.210 30.782 3136 31933 32.513 33.096 33.683 34273 34.867 35.464 36.066 36.67] 7.280 37.893 38.510 39.130 39.754 40 47.013 19.788 20.214 20.6-10 21.066 21.493 21919 22.346 22.772 23.198 23.52 24.056 24.476 24.902 25.327 25.75] 26.176 26.59 27.022 27.445 27.867 28 288 28.709 29.126 29.547 29.965 30 383 Question. Design a Type-K Thermocouple based temperature measurement system for a steam turbine that is required to give an output of 3.00 V to 6.00 V for the temperatures between 300C to 600C (Voltage corresponding directly to Temperature). Reference compensation/correction will be done using a Thermistor having a resistance of 2.0 k 2 at 20C with a slope of -20 /C within +20C. The dissipation constant is 5 mW/C for the thermistor. Use a power supply of 10 V for all your components. Compensation temperature should not have an error greater than +0.5C. Write all equations, calculate values, and draw the final circuit diagram. Justify selection of your circuit design. Eliminate effect of loading as well. Comment on the linearity of the final output Voltage vs Temperature. Find the error in the temperature output reading for (400 + 2 x last 2 digits of your registration number C). Temp. ("C) 0 10 20 30 40 50 60 70 80 90 100 110 120 130 140 150 160 170 180 190 200 210 220 230 240 250 Type E 0.000 0.591 1.192 1.801 2.419 3.047 3.683 4.329 4.983 5.6416 6.317 6.996 7.683 8.377 9.078 9.787 10.501 11.222 11.949 12.681 13.419 14.161 14.909 15.661 16.417 17.178 Type) 0.000 0.507 1.019 1.536 2.058 2.585 3.115 3.649 4.186 4.725 5.268 5.812 6.359 6.907 7.457 8.008 8.560 9.113 9.667 10.222 10.777 11.332 11.887 12.442 12.998 13.553 Type K K 0.000 0.397 0.798 1.203 1.611 2.022 2.436 2.850 3.266 3.681 4.095 4.508 4.919 5.327 5.733 6.137 6.539 6.939 7.338 7.737 8.137 8.537 8.938 9.341 9.745 10.151 Page 2 260 270 280 290 300 310 320 330 340 350 360 370 380 390 400 410 20 30 10 50 460 470 17.942 18:10 19.481 20 256 21.033 21.814 22 59 23.383 24.171 24.96] 35.754 26.549 2734 28 143 28.943 29.744 30.546 31.350 32.155 32.960 33.767 34,574 14.108 14.663 15.217 15.771 16.325 16.879 17.432 17.984 18.537 19.089 19.640 20.192 20.743 21.295 21,846 22.397 22.949 23.50] 24.054 24.60 25.16] 25.716 10. 560 10969 11.38] 11793 12.207 12.623 13.039 13.456 13.874 1-4292 14.712 15.132 15.552 15.974 16.395 16.818 17241 1766 18.08 18.13 18.938 19.363 480 490 500 510 520 530 540 550 560 570 580 590 500 610 6620 630 640 550 660 670 680 690 700 710 20 730 35 382 36.190 36.999 37.80B 38.617 39.26 10.236 41.045 41.853 42.662 43.470 4.278 45.085 45.891 16.69 47.502 48.306 49.109 19911 50.713 51.513 52312 53.110 53.90 54.73 55.498 26.272 26.829 27388 27949 28.511 29.075 29.642 30.210 30.782 3136 31933 32.513 33.096 33.683 34273 34.867 35.464 36.066 36.67] 7.280 37.893 38.510 39.130 39.754 40 47.013 19.788 20.214 20.6-10 21.066 21.493 21919 22.346 22.772 23.198 23.52 24.056 24.476 24.902 25.327 25.75] 26.176 26.59 27.022 27.445 27.867 28 288 28.709 29.126 29.547 29.965 30 383
