Busbars and distribution
... Protection and control of operating circuits are the basic functions of a distribution panel. But upstream there is another function, possibly more discreet, but just as essential: distribution. Even more than for the protection and control functions, the selection and setup of distribution equipmen ...
... Protection and control of operating circuits are the basic functions of a distribution panel. But upstream there is another function, possibly more discreet, but just as essential: distribution. Even more than for the protection and control functions, the selection and setup of distribution equipmen ...
Measuring Parasitic Capacitance and Inductance Using TDR
... opposite directions. The unique property of coax is that the self-inductance of the outer conductor is exactly equal to the mutual inductance between the center and the outer conductors. Hence the two components that contribute to the voltage generated across the inductance of the outer conductor ex ...
... opposite directions. The unique property of coax is that the self-inductance of the outer conductor is exactly equal to the mutual inductance between the center and the outer conductors. Hence the two components that contribute to the voltage generated across the inductance of the outer conductor ex ...
MIG welding of aluminium materials made easy
... of the workpiece to give the arc space, with the exception of the first few steps in MIG welding. Also this is not normally required because the arc burns freely at the ignition point due to the high current density at the ignition point itself. With aluminium it’s rather a different story. Due to t ...
... of the workpiece to give the arc space, with the exception of the first few steps in MIG welding. Also this is not normally required because the arc burns freely at the ignition point due to the high current density at the ignition point itself. With aluminium it’s rather a different story. Due to t ...
5 Measuring Resistance
... Unlike a benchtop multimeter which measures resistance across a single set of probes, CableEye measures the resistance between every possible combination of at least 128 different test points, and must do so very quickly (in less than a second). Consequently, CableEye’s measurement characteristics a ...
... Unlike a benchtop multimeter which measures resistance across a single set of probes, CableEye measures the resistance between every possible combination of at least 128 different test points, and must do so very quickly (in less than a second). Consequently, CableEye’s measurement characteristics a ...
tempo 7b training manual
... began designing, developing, manufacturing, and marketing copper cable fault locators for the telecommunications industry. As time progressed, it became evident that fiber optics would replace copper wire. Despite the growing talk about fiber optics, Tempo believed that copper was not going to go aw ...
... began designing, developing, manufacturing, and marketing copper cable fault locators for the telecommunications industry. As time progressed, it became evident that fiber optics would replace copper wire. Despite the growing talk about fiber optics, Tempo believed that copper was not going to go aw ...
7 Hints for Precise Current Measurements with the CX3300 Series
... Current sensor (CX1101A, CX1102A, CX1103A) overview As shown at Figure 1, The CX3300 is configured with a dedicated mainframe and three sensors, CX1101A,CX1102A and CX1103A. These sensors are differentiated by bandwidth, current coverage and sensitivity, to satisfy various measurement needs. CX1101A ...
... Current sensor (CX1101A, CX1102A, CX1103A) overview As shown at Figure 1, The CX3300 is configured with a dedicated mainframe and three sensors, CX1101A,CX1102A and CX1103A. These sensors are differentiated by bandwidth, current coverage and sensitivity, to satisfy various measurement needs. CX1101A ...
AP Revision Guide Ch 15
... electric motors: where motion is produced when a force acts on a current-carrying conductor placed in a magnetic field, including the induction motor in which the current is induced in the conductor Revision Notes: electric motor Summary Diagrams: Motors and generators, Alternating fields can make r ...
... electric motors: where motion is produced when a force acts on a current-carrying conductor placed in a magnetic field, including the induction motor in which the current is induced in the conductor Revision Notes: electric motor Summary Diagrams: Motors and generators, Alternating fields can make r ...
Downsized High-Heat-Dissipation Choke Coil Designed
... of turns. On the other hand, for the 3 kW charge application, because of the relatively low current range of 10 to 20 A in choke coils, wires with a diameter of below 2.0 mm can be used, so that increasing the number of turns does not lead to a great increase in the size of choke coils. For the indu ...
... of turns. On the other hand, for the 3 kW charge application, because of the relatively low current range of 10 to 20 A in choke coils, wires with a diameter of below 2.0 mm can be used, so that increasing the number of turns does not lead to a great increase in the size of choke coils. For the indu ...
surge suppression brochure
... Maximizing plant productivity by protecting critical power feeds. In today’s complex process environment, a properly designed surge protection plan is a key step in improving plant reliability, reducing downtime, and protecting your facility. Surge overvoltages are short duration, high magnitude imp ...
... Maximizing plant productivity by protecting critical power feeds. In today’s complex process environment, a properly designed surge protection plan is a key step in improving plant reliability, reducing downtime, and protecting your facility. Surge overvoltages are short duration, high magnitude imp ...
Cálculo de Puesta a Tierra
... return paths other than remote earth (e.g. overhead earth return cables, buried pipes and cables, etc). Therefore a current division factor must be applied to account for the proportion of the fault current flowing back through remote earth. Computing the current division factor is a task that is sp ...
... return paths other than remote earth (e.g. overhead earth return cables, buried pipes and cables, etc). Therefore a current division factor must be applied to account for the proportion of the fault current flowing back through remote earth. Computing the current division factor is a task that is sp ...
Skin effect
Skin effect is the tendency of an alternating electric current (AC) to become distributed within a conductor such that the current density is largest near the surface of the conductor, and decreases with greater depths in the conductor. The electric current flows mainly at the ""skin"" of the conductor, between the outer surface and a level called the skin depth. The skin effect causes the effective resistance of the conductor to increase at higher frequencies where the skin depth is smaller, thus reducing the effective cross-section of the conductor. The skin effect is due to opposing eddy currents induced by the changing magnetic field resulting from the alternating current. At 60 Hz in copper, the skin depth is about 8.5 mm. At high frequencies the skin depth becomes much smaller. Increased AC resistance due to the skin effect can be mitigated by using specially woven litz wire. Because the interior of a large conductor carries so little of the current, tubular conductors such as pipe can be used to save weight and cost.