Designing Power Isolation Filters with Ferrite Beads for Altera FPGAs
... bead’s impedance starts to decrease, countering its inductance. In this case, the falling slope of the impedance-versus-frequency plot is determined mainly by the parasitic capacitance Cpar of the bead. Rpar helps to dampen the Q-factor of the bead. However, too large of Rpar and Cpar values increas ...
... bead’s impedance starts to decrease, countering its inductance. In this case, the falling slope of the impedance-versus-frequency plot is determined mainly by the parasitic capacitance Cpar of the bead. Rpar helps to dampen the Q-factor of the bead. However, too large of Rpar and Cpar values increas ...
Modeling and Simulation of Transient Fault Response at
... Lillgrund wind farm (Lillgrund) has been in operation for about a year. During this period of time it has been subjected to two commonly occurring faults in the 130 kV grid, owned by E.ON. One of these faults was a two phase short circuit fault, caused by colliding overhead lines and the other fault ...
... Lillgrund wind farm (Lillgrund) has been in operation for about a year. During this period of time it has been subjected to two commonly occurring faults in the 130 kV grid, owned by E.ON. One of these faults was a two phase short circuit fault, caused by colliding overhead lines and the other fault ...
Interconnection Requirements for Transmission Facilities 138 kV
... 5. PSE&G Planning, Reliability and Engineering / Design criteria require that all interconnected facilities served by two or more transmission lines be built as either a ring bus or as breaker and a half configuration. Except for single ended radial interconnections, the utilization of “Straight Bus ...
... 5. PSE&G Planning, Reliability and Engineering / Design criteria require that all interconnected facilities served by two or more transmission lines be built as either a ring bus or as breaker and a half configuration. Except for single ended radial interconnections, the utilization of “Straight Bus ...
2.5 Electrical Power 2.5.1 Class 1E Emergency Power Supply System
... are essential to reactor shutdown, containment isolation and heat removal, reactor core cooling, and preventing a significant release of radioactive material to the environment. The EPSS distributes power to safety-related and non-safety-related plant loads during normal and abnormal operations. EPS ...
... are essential to reactor shutdown, containment isolation and heat removal, reactor core cooling, and preventing a significant release of radioactive material to the environment. The EPSS distributes power to safety-related and non-safety-related plant loads during normal and abnormal operations. EPS ...
Attachment
... Manufacturer shall provide terminals in the control cabinet for customer connection of 120/240V, single-phase, three-wire source and 125VDC ungrounded two-wire source. EWEB will provide 120/240V single-phase, three-wire, 60 Hz source for operation of all transformer auxiliaries, including the coolin ...
... Manufacturer shall provide terminals in the control cabinet for customer connection of 120/240V, single-phase, three-wire source and 125VDC ungrounded two-wire source. EWEB will provide 120/240V single-phase, three-wire, 60 Hz source for operation of all transformer auxiliaries, including the coolin ...
Tests to determine short characteristics of GlueX Solenoid coils one
... sub coil in coil 1 that is shorted, the short location at 29 turns in from the negative lead is exactly the midpoint of the first double pancake .Similarly in coil 3 the short is ~ 12 turns in from the negative lead , exactly half way into the first double pancake. This location is common to both co ...
... sub coil in coil 1 that is shorted, the short location at 29 turns in from the negative lead is exactly the midpoint of the first double pancake .Similarly in coil 3 the short is ~ 12 turns in from the negative lead , exactly half way into the first double pancake. This location is common to both co ...
Voltage Regulator TAPCON® 250
... Setting of configuration ........................................................................... 80 ...
... Setting of configuration ........................................................................... 80 ...
Model 600U Manual
... or not the flame relay is on and the relative signal strength, i.e., the DC current flow through the flame. The Model 600 is also capable of driving either (a) an ignition coil or (b) an ignition transformer. (a) The ignition coil would be part on an ignitor assembly; when using the ignition coil, t ...
... or not the flame relay is on and the relative signal strength, i.e., the DC current flow through the flame. The Model 600 is also capable of driving either (a) an ignition coil or (b) an ignition transformer. (a) The ignition coil would be part on an ignitor assembly; when using the ignition coil, t ...
Stakeholder Comparison Comment Rationale Matrix 2011-09-28 AESO AUTHORITATIVE DOCUMENT PROCESS
... owner of a generating unit and legal owner of an aggregated generating facility must use one of the criteria set out in requirements R1.1 through R1.13, inclusive, for each specific circuit terminal to prevent its phase protective relay settings from limiting transmission system loadability while ma ...
... owner of a generating unit and legal owner of an aggregated generating facility must use one of the criteria set out in requirements R1.1 through R1.13, inclusive, for each specific circuit terminal to prevent its phase protective relay settings from limiting transmission system loadability while ma ...
Transformer types
A variety of types of electrical transformer are made for different purposes. Despite their design differences, the various types employ the same basic principle as discovered in 1831 by Michael Faraday, and share several key functional parts.