An electrical circuit consists of a huge number of components. However, a transformer is one of the most important components in an electrical circuit. It is responsible for transforming electrical energy between two circuits. To do this, a transformer makes use of two windings that are mutually inductive. Based on the circuit and application requirement,…
Various commercial electrical devices and applications like computers, televisions, and audio systems utilize small transformers of varying core shapes. Often the cores used in transformer presents several issues such as core loss, flux leakage, and high Electromagnetic Interference (EMI). To overcome such challenges toroidal transformers are used. These transformers have gained popularity due to their…
Pulse transformers are specially designed for high load applications, and are widely used across various industries for power distribution. They help in minimizing voltage drop, rise time, and pulse distortion. The pulse transformers can operate at high frequencies, and can transfer more power as compared to a normal transformer of the same size. Pulse transformers…
Inverters are electrical devices that are used to convert direct current (DC) to an alternating current (AC).In the previous post we discussed the designing of an inverter circuit. In this post, we will focus on the working principle of an inverter. How Does an Inverter Work? We will divide this answer in parts for a better…
Transformers are one of the widely used electrical devices around the world. These devices convert higher voltages into lower, thereby making them ideal for household uses. Transformers transfer electrical energy between circuits without altering their frequency. Various types of transformers are used for electrical projects. Although these devices differ in terms of their designs, they…
An inverter is used to convert direct current (DC) to alternating current (AC). By using different transformers, or switching circuits, you can get the desired value of voltage and frequency. This post will explain the designing of an inverter. DESIGNING OF AN INVERTER To understand the designing process of an inverter, we will go step…
An electric power transformer features primary, secondary, and sometimes tertiary windings. The flux linkage between these windings drives the transformer. For effective flux linkage, one low reluctance magnetic path is provided in the transformer. This path is known it typically in the core. Generally, the core is made from different materials like silicone steel, ferrites,…
The electrical power transformer features primary, secondary, and tertiary windings. The transformer is driven by the flux between the windings. Magnetic cores are used in transformers, which serve as the pathway of the flux. The core can be made from various materials, this post discusses some of them. Materials Used for Building Magnetic Cores in…
Power inductors are important electronic components used in different electrical applications. They are designed to store energy and ensure low core losses which allows for efficient power conversion. However, designing an inductor is not an easy task. There are a variety of factors to consider in the design process. In this post, we provide five…
The agriculture industry is no longer a “low-tech” sector. Today, there is a variety of magnetics being used for farming, tilling, and harvesting. These include inductors, transformers, and antenna coils. One of the most important electric equipment used is the transformer. The transformers is designed to provide sufficient power to support various agricultural applications. Types…
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