Products/Services for Rudolf Current Transformers
-
Current Transformers - (399 companies)Current transformers measure power flow and provide electrical inputs to power transformers and instruments. Current transformers produce either an alternating current or alternating voltage that is proportional to the measured current. ...Type / Applications -
Current Sense Transformers - (123 companies)Current sense transformers are used to detect and measure current. There are two basic types of products: switch-mode transformers for power conversion applications, and precision-measurement transformers for instrumentation applications. Current... -
Transformers - (2112 companies)...applications for signal isolation and impedance matching. Current sense transformers detect and measure current. Some of these products are designed to precisely measure current in instrumentation applications, while others are used in switch-mode...
-
Power Transformers - (1025 companies)...to potentially remote locations, they generate high voltages to transmit the current to these areas. Multiple power transformers must be incorporated into to the system in order to gradually step down the voltage for safe residential use. Transformers may... -
Instrument Transformers - (372 companies)Instrument transformers are used to step-down current or voltage to measurable values. They provide standardized, useable levels of current or voltage in a variety of power monitoring and measurement applications. There are two basic types... -
RF Transformers - (127 companies)DC current. DCR. operating temperature. The operating frequency is the frequency range for which the transformer will meet all guaranteed specifications. Three dB bandwidth is the frequency range for over which the insertion loss is less than 3 dB...
-
Signal Transformers - (433 companies)...step-down, isolating, or impedance matching component in electronic devices. Power transformers, which carry current, are generally not suited for use as signal transformers and vice versa. Signal transformers are used in typical electronics applications...
-
Electronic Transformers - (35 companies)...of the load to the PFN, they maximize power-transfer efficiency. Rectifier transformers produce a DC voltage or current and are used to drive a diode or thyristor. RF transformers are used for impedance matching over the RF spectrum. Switch mode...
-
Distribution Transformers - (88 companies)Distribution transformers are pole-type transformers that supply relatively small amounts of power to residences. They are used at the end of an electrical utility 's delivery system. Distribution transformers are pole-type transformers that supply...
-
Transformer Winding Services - (151 companies)...buck boost transformers, control transformers, current transformers, distribution transformers, ferroresonant transformers, filament transformers, flyback transformers, high frequency transformers, isolation transformers, laminated transformers...
Product News
-
Triad Magnetics
Current Transformers Triad Magnetics' pioneering design process promotes innovation. There are thousands of Triad Magnetics designs providing application solutions throughout the world, from data processing to telecommunications to power conversion. Our engineers are experienced in all styles, Thru-hole, SMD, Leaded, Planar, Toroidal, Potted, Flat Wire, Litz Wire, Bobbin Wound, Edge Wound, Section Wound, Low Frequency, High Frequency, Low Voltage and High Voltage. If you need it, we can design and manufacture it. (read more) -
Majestic Transformer Co.
What is the transformer inrush current Transformer inrush current is the temporary surge of current that occurs when a transformer is first switched on. It can be several times higher than the normal operating current, even when the transformer is working correctly. (read more)Browse Three Phase Transformers Datasheets for Majestic Transformer Co. -
Triad Magnetics
Looking for Current Sense Transformers Current sense transformers "transform " AC electrical currents from larger-current values into smaller currents that are better suited for instruments, protective relays, and control circuits. This is achieved by developing a current in the secondary winding that is proportional to that of the primary. The isolation aspect of the transformer keeps the high voltage of the primary system separate from the instrument, safety circuit, or control circuit on the other side, thereby protecting them... (read more)Browse Current Sense Transformers Datasheets for Triad Magnetics -
Triad Magnetics
Custom Current Sense Transformers Triad Magnetics' pioneering design process promotes innovation. There are thousands of Triad Magnetics designs providing application solutions throughout the world, from data processing to telecommunications to power conversion. Our engineers are experienced in all styles, Thru-hole, SMD, Leaded, Planar, Toroidal, Potted, Flat Wire, Litz Wire, Bobbin Wound, Edge Wound, Section Wound, Low Frequency, High Frequency, Low Voltage and High Voltage. If you need it, we can design and manufacture it. (read more)Browse Current Sense Transformers Datasheets for Triad Magnetics -
Coilcraft, Inc.
Current Sense Transformers Sensed current up to 40 Amps. For use between 400 Hz to 1 MHz. Very low primary resistance. AEC-Q200 Grade 1 ( -40°C to +125°C). Meets Reinforced Insulation per UL 60950-1. 4000 Vrms, one minute isolation (hipot) winding to winding. RoHS-compliant. 260°C compatible. Tin-silver-copper over tin over copper over steel (pins 1 - 3); Tin-silver-copper over tin over nickel over copper (pins 4 - 5) terminations (read more) -
Triad Magnetics
Designing Effective Current Sense Transformers Design Considerations for Current Sense Transformers. Current sense transformers are instrument transformers designed to detect (i.e., sense) electrical current and convert (i.e., transform) it into a more usable and safe form for the connected device(s). They perform this function by measuring the current flow in the primary winding and producing a proportional current in the secondary winding, enabling the reduction of high-voltage current in the primary winding to a lower value... (read more)Browse Current Sense Transformers Datasheets for Triad Magnetics -
Triad Magnetics
Current Sense Transformers from Triad Magnetics Current Sense Transformers. As their name implies, current sense transformers "sense, " or detect, an electrical current (typically AC), accurately measure it based on Ohm 's Law, and/or "transform " it into more usable voltages for various instruments and devices. When only current sensing is needed, the primary winding is a conductor integral to the application that passes directly through the resistor. If the electrical current needs to be transformed, the current sense transformer may have... (read more)Browse Current Sense Transformers Datasheets for Triad Magnetics -
WAGO
Split-Core Current Transfers WAGO's compact split-core current transformers are ideal for retrofitting existing systems. They are perfect for applications in which the current path must not be disrupted. The transformer's accuracy permits extremely precise current measurements. The split-core current transformers are capable of supplying the specified rated power at the end of the secondary cable. All transformers are supplied with color-coded cables. Two UV-resistant cable ties are also included for secure and easy (read more)Browse Signal Conditioners Datasheets for WAGO -
Majestic Transformer Co.
Guide to Transformer kVA Ratings Guide to Transformer kVA Ratings: Choose the Right One for Your Needs. Understanding the rating of a transformer is essential when choosing a device that handles both voltage and current effectively. Whether you 're working with a high insulation class-rated transformer for a critical industrial application or simply need a reliable unit for your home, knowing how transformers are rated is the first step in ensuring your equipment can handle the required power capacity. Keep Reading (read more)Browse Transformers Datasheets for Majestic Transformer Co. -
Majestic Transformer Co.
Low Inrush Transformers We were approached by a client who was experiencing problems with inrush start up currents on conventional transformers. On long cable runs these high inrush currents (typically 10 - 15 times the full load current of the transformer can be experienced) were causing excessive cable voltage drops and causing other equipment on the supply to drop out. After some discussion with the client, it was decided that the options of offering some form of inrush suppression were not suitable... (read more)Browse Transformers Datasheets for Majestic Transformer Co.
More Information
Indicates content that may require registration and/or purchase.
-
Hidden Champions in CEE and Turkey
Furthermore, the country is known for its innovations and innovators, such as Rudolf Steiner who invented organic farming and the Waldorf schools; Slavoljub Penkala, who invented the mechanical pen; Nikola Tesla, inventor of the alternating current generator, transformer and magnetic field; Faust …
-
1979-1980 Conference Index
… Newell Power Electronics Award to Shasi B. Dewan; PESC 79 synchronized/limit-cycle conductance controller; O'Sullivan, D.; PESC 80 397401 Power conversion current -fed converters using new topology; Severns, Rudolf P.; PESC 79 277 … … solid-state step up/down transformer with ac output voltage …
-
Demonstrative physics
… field, maxwell equation, 178 elementary charges 181, 149 energy transport, in biology, 178 coil, 173 current in solutions and melts, 158 current in metals, 156 current generator, 176 transformer , 174 resistance, 161 electron … … relation, 227 Hertzes, Heinrich Rudolf Fred, 194 Hoyle, 284 …
-
Understanding Physics
… and, 158–159 frequency, 157 period, 156–157 speed and, 157–158 velocity and, 157–158 Clausius, Rudolf , 281, 293, 303 … induction coil and electromagnetic waves, 561–563 transformer and, 526 Cold War, 802–804 Collisions artificial transmutation of elements and, 766–767 discovery of neutron … … band theory of metals, 702–705 classical free-electron model, 700–701 conducting electrons, 699–701 convention for current direction, 486 defined/described, 479 …
-
An improved design of an inductive fault current limiter based on a superconducting
cylinder
9 4666 [15] Bock J, Elschner S, Herrmann P and Rudolf B 1995 Centrifugal casting of BSCCO 2212 form parts and their first applications … … Bock J and Gauss S 1995 Development of HTSC-rings for inductive fault current limiters Advances in Superconductivity … … p 1211 [17] Meerovich V and Sokolovsky V 2005 Experimental study of a transformer with superconducting elements …
-
1974 Index IEEE Transactions on Power Apparatus and Systems Vol. PAS-93
Lukac, Rudolf G., see Marti'n, Malcolm A., Jr.; T-PAS 74 Mar/Apr 601-613 Kusters, Norbert L., and William J. M. Moore; A phantom burden for current 2D307). Disc. by L. D. Cronin, C. C. Landinger, and H. Halperin transformer calibration (173 343-1 …
-
Current challenges and issues of designing HVDC converter transformers
Current Challenges and Issues of Designing HVDC Converter Transformers Jürgen Fabian, Bernhard Jocham, Bernhard Nader, Rudolf Woschitz, Michael Muhr .
-
Electromagnetic Field Theories for Engineering
The German physicist Heinrich Rudolf Hertz (1857–1894) first in- troduced the existence of electromagnetic waves, radiation of … In this chapter, principles of antennas, potential functions for antennas, Hertzian dipole, Faraday’s law, conduction current , displacement current, motional voltage, Maxwell’s equation, transformers , time-varying potentials, fields of a series circuit, and time-harmonic fields will be discussed.
-
A second method to measure the conductivity in the interior of cells
This supply happened tiber a transformer (primar 120 volts, 17 amperes, sekundar 30000 volts, yon Siemens and Halske), its Sekundarspule fahrte the hocbgespannten current to the spark gap of Primi ~ rkreises. Rudolf H6ber: .
-
2011 Annual Report Conference on Electrical Insulation and Dielectric Phenomena - Volume 1 [Front matter]
Current Challenges and Issues of Designing HVDC Converter Transformers Juergen Fabian, Bernhard Jocham, Bernhard Nader, Rudolf Woschitz, Michael Muhr Graz University of Technology, Institute of High …
