The switch mode transformers designed and developed by the experienced personnel of Custom Coils are high in performance value and quality. They can be effortlessly integrated with simple as well as intricate electronic systems that are commonly used in aerospace applications.
Learn MoreThe ingeniously designed power transformers at Custom Coils are capable of efficiently curbing excessive loss of energy. They also help in maintaining the voltage along with facilitating AC to DC power supply. Their high performance capacity makes them ideal for various demanding biomedical applications.
Learn MoreThe ingeniously designed power transformers at Custom Coils are capable of efficiently curbing excessive loss of energy. They also help in maintaining the voltage along with facilitating AC to DC power supply. Their high performance capacity makes them ideal for various demanding biomedical applications
Learn MorePower transformers are an integral part of several electrical applications. They facilitate power transfer between two parts of an electrical circuit and create isolation while varying voltage and current. Power transformers are available in different designs and toroidal power transformers are one of them. These transformers get their name from a toroidal core that has…
A flyback transformer is a type of transformer used to convert electrical energy from one circuit to another. When an AC voltage is applied to the primary coil, it produces a magnetic field, which induces an electric current in the secondary coil. Flyback transformers are extensively used in high-speed switching devices, monitors, computer power supplies,…
A transformer is a passive device used in energy distribution and transmission, wherein the energy flows from one circuit to the other one or multiple circuits. A transformer, as initially discovered by Michael Faraday a couple of centuries ago, works on the principle of electromagnetic induction. There are various types of transformers such as step-up,…
Many power-intensive applications use powerful and fast electrical pulses in their load circuits. These pulse requirements cannot be fulfilled by regular step up and step down transformers, and this is where pulse transformers can make a difference. This is one of the most widely used transformer variants across industries. These transformers possess a compact structure,…
Step down voltage transformers are devices that help reduce the voltage of an alternating current. They are widely used for adjusting AC voltage from an outlet to a more convenient level for the proper functioning of home appliances like washing machines/refrigerators, and other commercial/industrial equipment and systems. These transformers are electrically connected coils, or windings…
Several commercial applications and electrical and electronic devices such as TVs, audio systems, and computers, comprise of transformers with various shaped cores. However, these cores present issues, like electromagnetic interference (EMI), flux leakage, and sometimes much more. Toroidal transformers were introduced to overcome these issues. Since their inception, toroidal transformers have gained immense popularity due…
An electromagnetic coil is offered in various shapes and sizes where the conductor wire can be coiled, helical, spiral, and so on. In many electrical devices such as transformers, generators, electric motors, the conductor serves as a medium or an interface through which electric current passes, which produces an electromagnetic field. Internally, it produces voltage…
A transformer is a passive device used to transfer power from one circuit to another and to step up or step down the voltage as required. It can also be used to transfer power to multiple circuits. Transformers are of various types and can be distinguished based on the winding pattern, voltage range, and core…
Transformers play an important role in the power distribution systems as they assure efficient and reliable implementation of electrical power distribution by converting Alternating Current (AC) to Direct Current (DC). Transformers are used at different levels within the system to supply the required voltage levels and currents needed by the end-user. There are different types…
Transformers are an integral component of various electrical circuits today. They transfer electrical energy from one circuit to another. During the transfer, the frequency remains constant, while the voltage level typically varies. Transformers are fairly simple and basic devices but can be designed with varied specifications. Depending on the requirements of the application, there are…
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