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Pulse Transformers: Everything you need to know

Pulse transformers have been around for decades, and they’re still used in many applications. But what exactly are they?

Pulse transformers are widely used as part of power supplies and other electrical equipment. They are compact and rugged, but not all of them are easy to find.

In this article, we will talk about where to buy pulse transformers, it’s uses and how to use them properly with your project.

Pulse Transformers

A pulse transformer is a device used to amplify the AC voltage from a source, such as a battery or a generator, to high voltage levels. Pulse transformers are typically used in power transmission systems or power generation systems.

The primary coil of a pulse transformer is made up of a toroidal core with windings on one side, and a flat plate on the other side. The secondary coil is wound around the toroidal core on the same side as the primary coil. The magnetic field generated by the primary coil induces electrical currents in the secondary coil, which reduces its resistance and boosts its voltage.

The electrons in a pulse transformer are forced to move from their high-energy state to their low-energy state by the magnetic fields produced by the alternations of current in the primary winding. This movement of electrons through the inductance creates an electromagnetic field that produces an alternating voltage at its terminals. In this way, a pulse transformer can be used as an inverter or transformer, depending on how it is used.

Where it all began.

As a result of the increase in demand for electricity, the need to upgrade existing power plants has grown. One of the main reasons why this is so is because of the increase in demand for electricity. The world is facing a number of issues such as climate change and pollution, which have led to a rise in energy consumption. This is one of the reasons why there has been a rise in demand for electricity.

In order to meet this increased demand for electricity, many countries are installing new power plants. These new power plants will require more energy than the old ones did in order to run them at full capacity. This means that more energy will be required from suppliers in order to make up for this shortfall. As a result, some countries have started using pulse transformers instead of using traditional transformers which were used before them.

Where pulse transformers are used?

Pulse transformers are used in a variety of applications, such as powering a motor or controlling the speed of an electric motor. They are also used in many other industries, including power generation, industrial automation, and lighting control systems.

Pulse transformers are used in many applications. They are mainly used for the following:

  1. Electrical energy storage (batteries)
  2. Electricity distribution networks
  3. Generating stations and substations
  4. Industrial transformers

Different types of pulse transformers

Pulse transformers are typically used in power transmission systems or power generation systems.

Different types of pulse transformers include:

Rectifier-integrator (RI)

Rectifiers convert DC power into AC at high efficiency. Rectifiers are also known as half-wave rectifiers because they produce an alternating current with half-wave voltage and current. When a rectifier is connected with an inductor and capacitor, it becomes a full-wave rectifier or converter.

Full-wave rectifier (FWD)

Full-wave rectifiers can be used as converters because they produce an AC signal that has the same amplitude and frequency as the input signal. Full-wave rectifiers are commonly used in applications where more than one output signal is required.

Half-wave transformer (HWT)

Half-wave transformers are also called step-up transformers because they have two windings—one for the positive half of the input voltage range and one for the negative half of the input voltage range.

Where to buy pulse transformers?

If you are wondering where to buy pulse transformers, there are a few trusted places we recommend.

PICO Electronics:

PICO Electronics is a global manufacturer of high-quality, cost-effective energy storage products. If you are looking for a reliable supplier of power electronics components, look no further than PICO. We have been supplying industry-leading manufacturers with our products for over 20 years and have built a strong reputation for quality and value.

PICO’s product line includes pulse transformers, rectifiers, switches and filters, all of which are available in various configurations to suit your specific needs. Our powerful range of pulse transformers is compatible with virtually all standard voltage systems and can be used in applications ranging from sub-micro to power generation.


Amazon is great because you can get these transformers in different sizes and wattages. They have a wide range of prices, too. The best thing is they have a great return policy, so if you don’t like the product or it doesn’t work for you, return it and get your money back!


If you want to save some money, go to China and find one for yourself! There are tons of sellers on Alibaba and other Chinese sites where you can find them for about half as much as Amazon charges. You also don’t need to worry about returns or warranties because they offer them all!


This one is probably the most convenient option if you’re going through Amazon anyway. Just search for pulse transformers on Ebay and see what comes up! There are tons of sellers out there who will have everything you need at a good price.


In the end, Pulse Transformers is still a great option when you need to power a project. But their wide range of uses makes them useful not only in electronics but also in other hobbies and projects. Using them is a quick way to convert low-voltage DC pulses into AC, or vice versa. They’re great for interfacing with an audio player like the Arduino that produces 5V DC pulses, or a speaker system with an AC input. One nice thing about them is that you don’t have to deal with the complicated equations associated with capacitor-coupled circuits.