Power Management Solutions for Infiniband SM I/O Modules
... A slow-start control circuit, the RC network associated with the FET implementation, is shown in this topology. This circuitry limits the current ramp-up rate of the auxiliary-power group to below 0.1 A/ms (or 100 A/s) if the appropriate capacitance and resistance is selected. Figure 4 shows a simpl ...
... A slow-start control circuit, the RC network associated with the FET implementation, is shown in this topology. This circuitry limits the current ramp-up rate of the auxiliary-power group to below 0.1 A/ms (or 100 A/s) if the appropriate capacitance and resistance is selected. Figure 4 shows a simpl ...
X-band Overview and Applications
... Chose X-Band technology as an evolutionary next step for the Next Linear Collider (NLC) from the SLAC Linac S-Band (2.86 GHz) technology. In general want higher rf frequency because: - Less rf energy per pulse is required, so fewer/smaller rf components. - Higher gradients achievable, so shorter lin ...
... Chose X-Band technology as an evolutionary next step for the Next Linear Collider (NLC) from the SLAC Linac S-Band (2.86 GHz) technology. In general want higher rf frequency because: - Less rf energy per pulse is required, so fewer/smaller rf components. - Higher gradients achievable, so shorter lin ...
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... surface discharges in the slot. Note that the coat‐ ing cannot be highly conductive, since this will short out the stator core laminations, leading to vibration sparking. Semiconductive coatings on coils in the slot are not normally needed for stators rated 6 kV or less. Clearly this is because ...
... surface discharges in the slot. Note that the coat‐ ing cannot be highly conductive, since this will short out the stator core laminations, leading to vibration sparking. Semiconductive coatings on coils in the slot are not normally needed for stators rated 6 kV or less. Clearly this is because ...
IOSR Journal of Electrical and Electronics Engineering (IOSR-JEEE) e-ISSN: 2278-1676,p-ISSN: 2320-3331,
... high step-up static gain, high efficiency and reduced weight, volume and cost. We can improve the voltage gain by increasing the turns ratio of the transformer in isolated converters. But, too large turns ratio will lead to a large leakage inductance. Hence voltage stress of the switch will be incre ...
... high step-up static gain, high efficiency and reduced weight, volume and cost. We can improve the voltage gain by increasing the turns ratio of the transformer in isolated converters. But, too large turns ratio will lead to a large leakage inductance. Hence voltage stress of the switch will be incre ...
multimess D9-PQ - KBR Kompensationsanlagenbau
... Reactive power compensation and improvement of the network quality are essential aspects of KBR Power Quality. KBR develops and produces the components for the compensation systems in its own production facilities. Our Power Quality team offers network analyses, on-site troubleshooting and passive a ...
... Reactive power compensation and improvement of the network quality are essential aspects of KBR Power Quality. KBR develops and produces the components for the compensation systems in its own production facilities. Our Power Quality team offers network analyses, on-site troubleshooting and passive a ...
Asic-Design-Of-Reversible-Multiplier--Using-Adiabatic
... several analog circuits such as image sensors (CMOS sensor), data converters, and highly integrated transreceivers for many types of communication. But some applications such as computer and communication systems require better speed performance than that obtained by CMOS technology so bipolar LSI’s ...
... several analog circuits such as image sensors (CMOS sensor), data converters, and highly integrated transreceivers for many types of communication. But some applications such as computer and communication systems require better speed performance than that obtained by CMOS technology so bipolar LSI’s ...
electric motor - Science by Design
... Because the ‘motor’ is made out of insulated cooper wire it does not receive the electric current all the time. The end where the insulation is sanded of only partially makes the current stop whenever the insulation touches the armature. Then the loop does not act like a magnet anymore. But because ...
... Because the ‘motor’ is made out of insulated cooper wire it does not receive the electric current all the time. The end where the insulation is sanded of only partially makes the current stop whenever the insulation touches the armature. Then the loop does not act like a magnet anymore. But because ...
Closed Form Computation of Electromagnetic Fields in Induction
... programs since it is computationally intensive and setting up is time consuming. A small design modification may require setting up an entirely new case. This paper presents a two-dimensional closed-form solution of the EMF problem in a three-phase induction motor. From the obtained expressions it is ...
... programs since it is computationally intensive and setting up is time consuming. A small design modification may require setting up an entirely new case. This paper presents a two-dimensional closed-form solution of the EMF problem in a three-phase induction motor. From the obtained expressions it is ...
Current can produce magnetism.
... can move objects in any direction. For example, electric motors move power windows in a car up and down. Motors can be very large, such as the motors that power an object as large as a subway train. They draw electric current from a third rail on the track or wires overhead that carry electric curre ...
... can move objects in any direction. For example, electric motors move power windows in a car up and down. Motors can be very large, such as the motors that power an object as large as a subway train. They draw electric current from a third rail on the track or wires overhead that carry electric curre ...
IOSR Journal of Electrical and Electronics Engineering(IOSR-JEEE) e-ISSN: 2278-1676, p-ISSN: 2320-3331
... show that the projected controllers respond to commencing of autonomous mode and affords, following a short transient, the voltage and frequency meets a value of 0.9 p.u and 1 p.u. Total Harmonic Distortion Analysis In general harmonic distortion is occurred due to the use of non-linear load devices ...
... show that the projected controllers respond to commencing of autonomous mode and affords, following a short transient, the voltage and frequency meets a value of 0.9 p.u and 1 p.u. Total Harmonic Distortion Analysis In general harmonic distortion is occurred due to the use of non-linear load devices ...
FMCA Article: “Keep your Motorhome`s Electrical System Safe...”
... The Hughes Autoformer was introduced in 1995 as the first RV power booster, and the company still holds the patent on RV power boosters. The original voltage booster has been replaced by a pair of offerings. The RV220-50 is a 12,000-watt, 50-amp unit, while the RV2130 is a 3,600-watt, 30-amp unit. E ...
... The Hughes Autoformer was introduced in 1995 as the first RV power booster, and the company still holds the patent on RV power boosters. The original voltage booster has been replaced by a pair of offerings. The RV220-50 is a 12,000-watt, 50-amp unit, while the RV2130 is a 3,600-watt, 30-amp unit. E ...