|
Hello All, I am trying to develop a circuit where the output of a linear Hall Effect sensor drives a non inverting op-amp whose output in turn drives a 2N3903 transistor to control the current in a voice coil. The output of the Hall Effect sensor has a quiescent voltage of 2.64 V, which goes to .11V when the magnet is applied. In response, the op-amp output goes from 3.8V to .33V. Is there a way to get closer to 5V and 0V? I have designed the transistor stage, but need help with that too. When the op-amp is working, I'll post that too. Sincerely, Ralf |
February 08, 2017 |
Please sign in or create an account to comment.
CircuitLab is an in-browser schematic capture and circuit simulation software tool to help you rapidly design and analyze analog and digital electronics systems.