What is a Precision Transformer Core

Precision transformer core is a type of current-sharing structure. It also offers an effective way to reduce eddy current loss and vibration noise caused by magnetostriction of silicon steel sheets.

In fact, the slitting process plays an important role in assuring low losses. This is because the accuracy of slitting significantly influences current measurement accuracy.

What Can a Precision Transformer Core Do?

The shape of the core can affect the inductance and capacitance of the transformer. This can be helpful for achieving a desired level of performance, depending on the application. It can also help minimize energy losses caused by eddy currents which occur due to magnetism flowing around a conductor.

Another important consideration is the material that the core is made of. Using high-quality materials can improve the magnetic properties of the core and reduce noise interference in sensitive applications. It can also increase the durability of the transformer.

The core must be able to withstand the voltage of the current that it is supplying to its surroundings. In addition, it should be able to handle the magnetic fields of other devices in the vicinity. This will require a high degree of precision. This is why it is important to choose a company with years of experience in manufacturing precision transformer cores. They can offer expert advice on the type of core that will work best for your application.

Common Application Places for Precision Transformer Cores

Precision transformer cores can be used in industrial equipment, such as automatic control systems and PLC systems, to provide accurate feedback. They can also be used in medical equipment, such as ECG monitors and ultrasound instruments, to improve the safety and accuracy of these devices.

They are also often found in electrical devices, such as generators, motor drives and power supplies, to help ensure proper operation. Additionally, they can be used to isolate circuits and resist electromagnetic interference.

One of the most common uses for precision transformer cores is in current transformers, which use them to convert high voltage to low voltage. They can also be used to transmit data between devices or networks. The toroidal magnetic cores that are most commonly used in current transformers can produce relatively low levels of noise, and they do not have air gaps, which can cause a phenomenon known as fringing. This makes them a great choice for applications that require consistent construction and minimal noise.

Customization

Easily fit into tight spaces with this high specification line of current transformers. They are non-invasive in design & have a wide current sensor range between 5A-50,000A with frequency response of 10Hz-20kHz for harmonics detection.