EveryCircuit
Contact
Reviews
Home
nrg_physics_rapper
modified 11 years ago

NPN TRANSISTOR AMPLIFIER pending

6
11
361
07:40:12
Pending
published 11 years ago
Jim
11 years ago
Place the 1 volt source in series with the 2khz generator. The bias is not exactly correct so you can recalculate the values as needed. The circuit will amplify the positive signals.
nrg_physics_rapper
11 years ago
Thanks jim. Now at least circuit is working but still it is not working as expected. Can anyone help?
lmccoig
11 years ago
I made many changes. 2 kHz amplitude to 250 mV. Remove both batteries. Remove 19 ohm resistor. Change 8 K ohm resistor to 8 ohm. Reconnect wires. Try adding components back one at a time to see results.
Sine_eyed
11 years ago
This is all wrong, sorry. Maybe in theory somehow but to run in simulation, or to build in real life it has to be set up completely different. This is from a textbook?!..
nrg_physics_rapper
11 years ago
@Sine_eyed Okay bro. Thanks :)
nrg_physics_rapper
11 years ago
@jose1979 thanks!!!!
faceblast
11 years ago
looks like an Indian electronic engineering degree
nrg_physics_rapper
11 years ago
@faceblast bro i am still in high school and trying to learn new things.
faceblast
11 years ago
read this site http://www.talkingelectronics.com/projects/TheTransistorAmplifier/TheTransistorAmplifier-P1.html
nrg_physics_rapper
11 years ago
Thanks :D
nrg_physics_rapper
11 years ago
Thanks jose1979 ill be working on it soon.

EveryCircuit is an easy to use, highly interactive circuit simulator and schematic capture tool. Real-time circuit simulation, interactivity, and dynamic visualization make it a must have application for professionals and academia. EveryCircuit user community has collaboratively created the largest searchable library of circuit designs. EveryCircuit app runs online in popular browsers and on mobile phones and tablets, enabling you to capture design ideas and learn electronics on the go.

Copyright © 2026 by MuseMaze, Inc.     Terms of use     Privacy policy