Abstract: A computer-implemented method, a system, and a non-transitory computer readable medium for determining diameter of an electrical transmission wire. The method includes receiving, on a processing server, data for one or more images, the one or more images including one or more electrical transmission wires captured by an optical instrument; receiving, by the processing server, a distance from the optical instrument to the one or more electrical transmission wires; receiving, by the processing server, a number of pixels across the one or more electrical transmission wires in the one or more images; and calculating, with the processing server, an estimated diameter of the one or more electrical transmission wires based on the distance from the optical instrument to the one or more electrical transmission wires and the number of pixels across the one or more electrical transmission wires in the one or more images.

Abstract: An apparatus has a Radio Frequency (RF) signal generator to produce RF signals phase shifted relative to one another in accordance with RF frequency waveform parameters. Amplifier chains process the RF signals to produce channels of amplified RF signals. Each amplifier chain has amplifiers and at least one amplifier has a tunable gate voltage synchronized with the RF signals.

Abstract: A computer-implemented method, a system, and a non-transitory computer readable medium for determining diameter of an electrical transmission wire. The method includes receiving, on a processing server, data for one or more images, the one or more images including one or more electrical transmission wires captured by an optical instrument; receiving, by the processing server, a distance from the optical instrument to the one or more electrical transmission wires; receiving, by the processing server, a number of pixels across the one or more electrical transmission wires in the one or more images; and calculating, with the processing server, an estimated diameter of the one or more electrical transmission wires based on the distance from the optical instrument to the one or more electrical transmission wires and the number of pixels across the one or more electrical transmission wires in the one or more images.

Abstract: An apparatus has a Radio Frequency (RF) signal generator to produce RF signals phase shifted relative to one another in accordance with RF frequency waveform parameters. Amplifier chains process the RF signals to produce channels of amplified RF signals. Each amplifier chain has amplifiers and at least one amplifier has a tunable gate voltage synchronized with the RF signals.

Abstract: An apparatus has a Radio Frequency (RF) signal generator to produce RF signals phase shifted relative to one another in accordance with RF frequency waveform parameters. Amplifier chains process the RF signals to produce channels of amplified RF signals. Each amplifier chain has amplifiers and at least one amplifier has a tunable gate voltage synchronized with the RF signals.

Abstract: An apparatus has a Radio Frequency (RF) signal generator to produce RF signals phase shifted relative to one another in accordance with RF frequency waveform parameters. Amplifier chains process the RF signals to produce channels of amplified RF signals. Each amplifier chain has amplifiers and at least one amplifier has a tunable gate voltage synchronized with the RF signals.

Abstract: A flooring assembly comprising at least one first lofted lapped or airlaid bulk absorber layer 14 for acoustic absorption and compression resistance; at least one impedance layer 16 for one or more of acoustic impedance, compression resistance, and stiffness; at least one second lofted lapped airlaid bulk absorber layer 18 for acoustic absorption and compression resistance; and one or more optional densified fibrous air-flow resistive layers 12, 20.

Abstract: A flooring assembly comprising at least one first lofted lapped or airlaid bulk absorber layer 14 for acoustic absorption and compression resistance; at least one impedance layer 16 for one or more of acoustic impedance, compression resistance, and stiffness; at least one second lofted lapped airlaid bulk absorber layer 18 for acoustic absorption and compression resistance; and one or more optional densified fibrous air-flow resistive layers 12, 20.