Low-pass filters using these devices require fewer components than the corresponding high-pass filters because the impedance of these devices in an AC circuit is directly proportional to their frequency. Two or more of these devices are used to form a transformer. When this device is combined with a capacitor, it forms an electronic resonator in the form of an LC circuit. The voltage across one is given by its namesake property multiplied by the time derivative of curren
Low-pass filters using these devices require fewer components than the corresponding high-pass filters because the impedance of these devices in an AC circuit is directly proportional to their frequency. Two or more of these devices are used to form a transformer. When this device is combined with a capacitor, it forms an electronic resonator in the form of an LC circuit. The voltage across one is given by its namesake property multiplied by the time derivative of current. For 10 points, name this circuit element, whose namesake property is measured in Henries, and which stores energy in a magnetic field.
Low-pass filters using these devices require fewer components than the corresponding high-pass filters because the impedance of these devices in an AC circuit is directly proportional to their frequency.
inductors