1. Multiplying a phasor current by an impedance produces a phasor voltage. 2. Multiplying a phasor current by an impedance produces a phasor voltage. 3. Applied Engineering's Phasor was compatible with the Mockingboard. 4. This resulting vector is the effective phasor representation of that particular phase. 5. Clifford phasor notation ) is a notation used in electronics. 6. The station switched signal patterns at night using a Gates antenna phasor . 7. These PDCs collect more than 4 GB of phasor data per day. 8. The quantity measured, such as voltage, is expressed as a sinusoidal phasor . 9. The only difference in their analytic representations is the complex amplitude ( phasor ). 10. This process, repeated, produces the phasor for each of the three phases.
