Bologna
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==Project== | ==Project== | ||
The Team's project consists of a Genetic [http://en.wikipedia.org/wiki/Schmitt_trigger Schmitt Trigger], a comparator circuit with an incorporated positive feedback. The main feature of this kind of circuit is the so called hysteresis, which is obtained through a dual threshold action: being T<sub>H</sub> and T<sub>L</sub> the two thresholds, if input is higher than T<sub>H</sub>, output is at an high level; in case of input being lower than T<sub>L</sub>, output results low. Instead, when input is between T<sub>H</sub> and T<sub>L</sub>, output retains its value. | The Team's project consists of a Genetic [http://en.wikipedia.org/wiki/Schmitt_trigger Schmitt Trigger], a comparator circuit with an incorporated positive feedback. The main feature of this kind of circuit is the so called hysteresis, which is obtained through a dual threshold action: being T<sub>H</sub> and T<sub>L</sub> the two thresholds, if input is higher than T<sub>H</sub>, output is at an high level; in case of input being lower than T<sub>L</sub>, output results low. Instead, when input is between T<sub>H</sub> and T<sub>L</sub>, output retains its value. | ||
| + | |||
| + | It is worth to remark that the invention of the Thermionic Trigger was a direct result of Otto Schmitt's study | ||
| + | of nerve propagation in squid nerves: it is the perfect example of inventing an artificial method to imitate | ||
| + | a natural process. | ||
Revision as of 14:08, 10 July 2007
Team UNIBO Cesena Campus IGEM2007
Hi everybody! We are the Bologna University Team; this is our first time in iGEM and we are very excited about it!
Team Roster
| Instructors | Student Members | Advisors |
|---|---|---|
| Silvio Cavalcanti | Francesco Pasqualini | Emanuele Giordano |
| Francesca Ceroni | Guido Costa | Marco Tartagni |
| Sara Montagna | Alice Pasini |
Project
The Team's project consists of a Genetic [http://en.wikipedia.org/wiki/Schmitt_trigger Schmitt Trigger], a comparator circuit with an incorporated positive feedback. The main feature of this kind of circuit is the so called hysteresis, which is obtained through a dual threshold action: being TH and TL the two thresholds, if input is higher than TH, output is at an high level; in case of input being lower than TL, output results low. Instead, when input is between TH and TL, output retains its value.
It is worth to remark that the invention of the Thermionic Trigger was a direct result of Otto Schmitt's study of nerve propagation in squid nerves: it is the perfect example of inventing an artificial method to imitate a natural process.
Page still under construction.....
