This application note contains explanation like turn primary current, current measurements, measurement, encoder, hall effect, microcontroller, technology, propagation delay, current sensor, amplifier, current measurement, inverting comparator, reference, zero crossing, low pass filter, position, input impedance, comparator, noise reduction circuit, and input. In the application note you can read things such as quadrature encoder, inverting terminal, control, sensing, motor control, current sensors, sensor feedback, hysteresis, current sensing transformers, motor control system, sensorless control, hall effect sensor, amplifier circuit, feedback, voltage, method, emf control method, microchip technology, and single supply.
Many discussion related to sensor, protection feature, supply, input signal, power, control system, output, speed, circuit, measurements, noise reduction, current sensing, shunt resistor, rotating motor, motor windings, sensors, signal, current, and load are presented in the application note. The following are grabbed from this application note:
In most motor control systems, several sensors are used to provide feedback information on the motor. These sensors are used in the control loop and to improve the reliability by detecting fault conditions that may damage the motor. As an example, Figure 1 provides a block diagram of a DC motor control system to show the sensor feedback provided for a typical motor control.
In addition, this application note explains info about hall effect tachometers, transformers, back emf control, shunt measurements, hall effect sensors, block diagram, measurement circuit, comparator circuit, motor, differential amplifier, system, filter, noise, protection, sensing transformers, circuits, pcb, output signal, and control method.