Help simulating my circuit with Electronics simulator

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SUMMARY

The discussion centers on simulating a BJT amplifier circuit using the Partsim electronics simulator. The user is experiencing difficulties with input and output configurations, specifically regarding the collector and emitter legs of the transistor. Key issues include the absence of the desired transistor model in Partsim and ensuring proper grounding and probe attachment for voltage measurement. The conversation emphasizes the importance of correctly setting up the circuit and verifying connections for accurate simulation results.

PREREQUISITES
  • Understanding of BJT amplifier configurations
  • Familiarity with Partsim electronics simulation software
  • Knowledge of circuit grounding techniques
  • Experience with voltage measurement using probes
NEXT STEPS
  • Research how to configure outputs in Partsim for BJT amplifiers
  • Explore alternative electronics simulators that include a wider range of transistor models
  • Learn about proper grounding practices in circuit design
  • Study voltage measurement techniques using probes in simulation environments
USEFUL FOR

Electronics students, hobbyists designing circuits, and anyone looking to simulate BJT amplifiers effectively using Partsim or similar tools.

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I designed a circuit for my take-home Electronics final (for which we can use Google etc.) but I can't figure out how to test it in an electronics simulator. I'm trying to use Partsim and don't know what to do about outputs/inputs. It's a BJT amplifier. The output is supposed to be on the collector leg (Vcc -> resistor -> output -> collector leg) and the input is on the emitter leg (input -> cap -> voltage divider -> emitter leg). But the program is being weird and I don't know how to pick an output... I set up the rest of the circuit fine (except that the transistor I want to use isn't one of the options).
 
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Could you post a pic of your circuit?

Also check you have the GND connected properly and that you've attached a probe to the point where you want to measure the voltage.
 

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