Question: You've been requested to connect a few components to the TMP36's output, which has a temperature sensor fitted so that the output immediately reads in
Vo = 18mV @ -40F and Vo = 315mV @ 257F should be possible to simulate.
| You are limited to use the following components and instruments for final prototype in Tinkercad: | |||
| Comoonent | Qty | Reference | Remarks |
| TMP36 | 1 | datasheet | |
| E12 Series Resistors | Inf | imaqe | No potentiometers. |
| 741 OpAmo | 1 | datasheet | Tinkercad OpAmp. Operate with sinale supply |
| 5.5V Power Supply | 1 | Tinkercad Power Supply set to 5.5V | |
| Multimeter | 2 | Tinkercad multimeter |
After creating the prototype, you are expected to use Tinkercad to create a graph of the system's output voltage versus temperature (in Fahrenheit) by sweeping temperatures. Highlight the region under the curve in the same graph where the temperature for the mash tun must be kept between. Aside from the graph, compute the slope of the curve to indicate that you have accomplished the 1mV/F calibration.
Notes for this problem:
Assume no RFI Effects.
HINT: use a voltage follower after the TMP36 output.
It is possible to operate the 741 OpAmp with a single supply.
The graph being asked can be similar to this:
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