TinkerCAD
Please solve this problem
in TINKERCAD on a breadboard
You are a recently recruited design engineer for BestBeer, a
beer brewing firm. Following a wave of difficulties linked with
inadequate beer quality due to faulty equipment, the corporation
has asked you to construct multiple temperature monitoring circuits
for its brewing operation.
PROBLEM 1
Tinkercad Please Solve This Problem In Tinkercad On A Breadboard You Are A Recently Recruited Design Engineer For Bestbe 1 (111.91 KiB) Viewed 128 times
A BestBeer brewing plant must maintain the temperature of the mash tun between 45°C to 78°C. Problems have risen because the newly acquired control system to maintain the temperature between this range is calibrated to work with Fahrenheit (1mV/°F) whereas the sensor connected to the mash tun itself outputs temperature in Celsius(10mV/°C). For the mean time, you have been asked to connect a few components to the output of the TMP36, the temperature sensor installed, so that the output directly reads to Fahrenheit temperatures. You should be able to recreate Vo = 18mV @ -40°F and Vo = 315mV @ 257°F. You are limited to use the following components and instruments for final prototype in Tinkercad: Component Qty Reference Remarks TMP36 1 datasheet E12 Series Resistors Inf image No potentiometers. 741 Op Amp 1 datasheet Tinkercad OpAmp. Operate with single supply 5.5V Power Supply 1 Tinkercad Power Supply set to 5.5V Multimeter 2 Tinkercad multimeter After developing the prototype, you are asked to produce the output voltage vs temperature (in Fahrenheit) graph of the system using Tinkercad by sweeping temperatures. In the same graph, highlight the region under the curve wherein the temperature must be maintained between for the mash tun. Aside from the graph show that you have achieved the 1mV/°F calibration by computing the slope of the curve.
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