MAking logic gates with 3-pin trasnistors

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SUMMARY

Logic gates can be constructed using 3-pin MOSFET transistors, which are commonly used in digital circuits. The key to utilizing these transistors effectively lies in the proper connection of the substrate (body) lead, which should typically be connected to the source terminal to ensure optimal performance. The discussion confirms that 3-pin MOSFETs can function as switches in logic gate configurations, enabling the design of basic logic functions such as AND, OR, and NOT gates.

PREREQUISITES
  • Understanding of MOSFET transistor operation
  • Basic knowledge of digital logic design
  • Familiarity with circuit design tools
  • Experience with breadboarding and prototyping
NEXT STEPS
  • Research MOSFET transistor configurations for logic gates
  • Learn about the role of the substrate in MOSFET circuits
  • Explore circuit simulation software for testing logic gate designs
  • Study the differences between 3-pin and 4-pin MOSFETs
USEFUL FOR

Electronics students, hobbyists designing digital circuits, and engineers interested in semiconductor applications will benefit from this discussion.

Ratpigeon
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I'm trying to make logic gates using MOSFET transistors, for a lab. for the prep, my lab group designed logic gates based on 4-pin transistors, but the MOSFETs we were provided with only have 3 pins. Is it possible to make logic gates using 3-pin trasnistors, and if so how?
 
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Where do you usually connect the substrate (body) lead?
 

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