CPS-Lab
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p442-lab02
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Dependencies: mbed
report.txt@1:9fe22ab77011, 2018-03-03 (annotated)
- Committer:
- kmhatre
- Date:
- Sat Mar 03 01:07:04 2018 +0000
- Revision:
- 1:9fe22ab77011
Resistor Networks/Multimeter
Who changed what in which revision?
| User | Revision | Line number | New contents of line |
|---|---|---|---|
| kmhatre | 1:9fe22ab77011 | 1 | |
| kmhatre | 1:9fe22ab77011 | 2 | Circuit 1 ideal analysis: |
| kmhatre | 1:9fe22ab77011 | 3 | V1 = 2.5V |
| kmhatre | 1:9fe22ab77011 | 4 | V2 = 1.719V |
| kmhatre | 1:9fe22ab77011 | 5 | R1 = 1k ohm |
| kmhatre | 1:9fe22ab77011 | 6 | R2 = 2.2k ohm |
| kmhatre | 1:9fe22ab77011 | 7 | RT = 3.2k ohm |
| kmhatre | 1:9fe22ab77011 | 8 | I = 781.25 uA |
| kmhatre | 1:9fe22ab77011 | 9 | |
| kmhatre | 1:9fe22ab77011 | 10 | |
| kmhatre | 1:9fe22ab77011 | 11 | |
| kmhatre | 1:9fe22ab77011 | 12 | Circuit 1 Measurement: |
| kmhatre | 1:9fe22ab77011 | 13 | V1 = 2.501V |
| kmhatre | 1:9fe22ab77011 | 14 | V2 = 1.717V |
| kmhatre | 1:9fe22ab77011 | 15 | |
| kmhatre | 1:9fe22ab77011 | 16 | |
| kmhatre | 1:9fe22ab77011 | 17 | |
| kmhatre | 1:9fe22ab77011 | 18 | Circuit 2 ideal analysis: |
| kmhatre | 1:9fe22ab77011 | 19 | V1 = 2.1V |
| kmhatre | 1:9fe22ab77011 | 20 | R1 = 1k ohm |
| kmhatre | 1:9fe22ab77011 | 21 | |
| kmhatre | 1:9fe22ab77011 | 22 | R2 = 2.2k ohm |
| kmhatre | 1:9fe22ab77011 | 23 | V2 = 1.354V |
| kmhatre | 1:9fe22ab77011 | 24 | |
| kmhatre | 1:9fe22ab77011 | 25 | R3 = 10k ohm |
| kmhatre | 1:9fe22ab77011 | 26 | R4 = 470 ohm |
| kmhatre | 1:9fe22ab77011 | 27 | R5 = 1.5k ohm |
| kmhatre | 1:9fe22ab77011 | 28 | |
| kmhatre | 1:9fe22ab77011 | 29 | Circuit 2 Measurement: |
| kmhatre | 1:9fe22ab77011 | 30 | V1 = 2.1V |
| kmhatre | 1:9fe22ab77011 | 31 | V2 = 1.352V |
| kmhatre | 1:9fe22ab77011 | 32 | V3 = 0.047V |
| kmhatre | 1:9fe22ab77011 | 33 | |
| kmhatre | 1:9fe22ab77011 | 34 | |
| kmhatre | 1:9fe22ab77011 | 35 | The major difficulty in this assignment was to figure out the adjusting the multiplying number to get the right output. |
| kmhatre | 1:9fe22ab77011 | 36 | I tried different methods but finally played around with the range given to us 0x7FFF. |
| kmhatre | 1:9fe22ab77011 | 37 | I divided this into two and added one tenth of it by trial and error in the lab. |
| kmhatre | 1:9fe22ab77011 | 38 | So the final adjustment is multiplying 60% of 0x7FFF to the given voltage. |