Pulse Transformers Manufacturers and Suppliers

IQS Directory provides a detailed list of pulse transformer manufacturers and suppliers. Find pulse transformer companies that can design, engineer, and manufacture pulse transformers to your specifications. Peruse our website to review and discover top pulse transformer manufacturers with roll over ads and complete product descriptions. Connect with the pulse transformer companies through our hassle-free and efficient request for quote form. You are provided company profiles, website links, locations, phone numbers, product videos, and product information. Read reviews and stay informed with product new articles. Whether you are looking for manufacturers of pulse transformer supplies, pulse transformer phase, and current pulse transformers of every type, IQS is the premier source for you.

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  • Inventions of Necessity

    In the realm of electric transformers, there are several types that provide specific forms of power conversion for specific applications and purposes. There are high voltage transformers and low voltage transformers. There are also auto, isolation, zig zag, pulse and toroidal transformers, to name a few. The names of these types often imply the functionality and/or intended application of each transformer. Today, I'd like to focus on pulse transformers and some applications for which they are recommended. Pulse transformers interface a pulse forming network and a load, and they operate...

  • Step Up or Step Down? Step Up Transformers

    Everything today seems to need different amounts of energy to be powered. Electric razors use very low amounts, while many factories require incredibly large amounts of power. These constant fluctuations can have dangerous effects. If the power isn't high enough, the product simply won't work. However, if the level is too high short-circuiting could occur, equipment or fuses could be blown and fires could even result. Transformers are designed to change the voltage levels of electric currents. They are able to either increase or decrease them, based on the need...

  • Can't You Feel the Heartbeat? Pulse Transformers.

    Discovering a pulse to most is finding heartbeat of a person by using your fingertips. The pulse is actually the arterial palpation that can be felt when it is pressed against a bone. Easy places to locate a person's pulse are the neck, wrist, inside of the elbow, back of the knee, or near the ankle. A human pulse created by the heart is definitely the most well known type of pulse. However, in the world of transformers, pulses can be created and beneficial as well. Pulse transformers are unlike...

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Pulse Transformers

Find pulse transformers manufacturers and pulse transformers suppliers from IQS Directory. Refine your search below by location, company type and certification to find pulse transformers manufacturers and suppliers. Use the time-saving Reque st for Quote tool to submit your inquiry to all the pulse transformers companies you select.

Pulse transformers operate in a direct current (DC) mode, meaning that the flux density may meet but does not cross zero. A common application for pulse transformers is the coupling of a load resistance to a source of pulsed power. An example of this application would be radar transmitters, which typically employ an output power tube like a magnetron that requires high voltages and high impedance, or electric resistance, levels. Small versions of pulse transformers create the electrical surges that are often used in telecommunication and detail logic applications such as camera flashes, radar equipment and particle acceleration. Medium-sized versions of pulse transformers are used in electronic circuit applications. Pulse transformers are used for the digitization of computers, measuring devices and pulse communication. Large versions of pulse transformers are used in the electrical power distribution industry in order to create a common boundary between low-voltage control circuitry and high-voltage gates of power semiconductors.

Pulse transformers are used to interface a pulse forming network (PFN) and a load. They ensure that the electrical resistance of the load is matched to the PFN in order to maximize power-transfer efficiency. Pulse forming networks (PFNs) work by collecting electrical energy over a rather long period of time and then discharge this stored energy rapidly as a short-duration, relatively-square pulse. Typically consisting of an input winding, an output winding and a core structure made from ferromagnetic materials, pulse transformers transfer electrical energy in the form of pulses from the PFN through the input winding to the output winding and into the load. Power transformers generally operate at high frequencies that require low loss cores made from ferromagnetic material. There are two main types of pulse transformers: power and signal. Power pulse transformers are turned on and off using a switching device at an operational frequency and pulse duration that ensures the pulse transformer receives the required amount of power. As a result of controlling the power, the temperature of the pulse transformer is also controlled. Additionally, the pulse transformer provides electrical insulation between the input winding and the output winding. Signal pulse transformers handle relatively low amounts of power and deliver a series of pulses, or signals. This type of pulse transformer mainly concentrates on the delivery of a signal at the output winding. Also, a signal pulse transformer can use its turns ratio to adjust signal amplitude and provide electrical resistance between the source and the load.

Pulse Transformers
Pulse Transformers
Pulse Transformers - Lenco Electronics, Inc.
Pulse Transformers - Lenco Electronics, Inc.

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