The coil is suspended by a phosphor-bronze strip that acts as a spring. When the coil twists, the strip produces a restoring torque proportional to the angle of deflection (( \theta )): [ \tau_r = k \cdot \theta ] Where ( k ) is the torsional constant.
To simulate "dead-beat" galvanometers versus those that oscillate before settling. moving coil galvanometer simulation
Provides a counter-torque that balances the magnetic torque and returns the pointer to zero when the current stops. The coil is suspended by a phosphor-bronze strip
). Users can toggle resistance values and immediately see how the instrument’s responsiveness changes without the risk of burning out a real, expensive coil. Key Features to Look For in an MCG Simulator moving coil galvanometer simulation