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High-frequency Current Transformer

High-frequency Current Transformer

A high-frequency current transformer is a device used to transmit and convert high-frequency electrical energy. It mainly consists of two or more coils, and its working principle is based on electromagnetic induction.

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Product Introduction
Introduction

 

A high-frequency current transformer is a device used to transmit and convert high-frequency electrical energy. It mainly consists of two or more coils, and its working principle is based on electromagnetic induction. One coil in the transformer is called the main coil, and the other coil or coils are called the secondary coils. When a high-frequency current is introduced into the main coil, the generated magnetic field passes through the secondary coil and induces additional electromotive force, enabling the transfer and conversion of electrical energy.

 

Product details

 

Product Name: high-frequency current transformer

Original: Wuxi, Jiangsu, China

Certification unit: ISO9001, CE, ISO14001, OHSAS18001, etc.

Price: Negotiable

Payment terms: TT, LC

Delivery date: negotiable

Packaging: Export standard

Markets: Middle East/Africa, Asia, South America, Europe/North America

Warranty: 1 year

Minimum order quantity: 1 set

product-850-1009

 

Scope of application

 

High-frequency transformer is a device used to transmit and convert high-frequency electrical energy. It mainly consists of two or more coils, and its working principle is based on electromagnetic induction. One coil in the transformer is called the main coil, and the other coil or coils are called the secondary coils. When a high-frequency current is introduced into the main coil, the generated magnetic field passes through the secondary coil and induces additional electromotive force, enabling the transfer and conversion of electrical energy.

product-850-1061

 

Product features

 

The role of instrument transformers mainly has the following aspects:

1. Power transmission: High-frequency transformers play a role in transmitting electric energy in the power system. It transmits electrical energy into the secondary coil through a magnetic field generated by high-frequency currents in the main coil. This transmission method can realize the transmission of electrical energy without contact, so it plays an important role in high-voltage power systems.

2. Impedance matching: High-frequency transformers can achieve impedance matching by changing the number of turns of the secondary coil. When the number of turns of the main coil and the secondary coil are inconsistent, the electrical energy transmitted through the transformer will be transformed by voltage transformation and current conversion, so as to achieve impedance matching of input and output. This impedance matching can improve the efficiency of power transfer, making the use of energy more cost-effective.

3. Signal transmission: high-frequency current transformer can also be used as signal transmission and conversion. When the main coil enters a high-frequency signal, the corresponding signal will be induced in the secondary coil. This way of signal transmission is widely used in wireless communication systems, radio and television transmission and other fields. The transformer can realize the transformation and amplification of the signal by adjusting the coupling coefficient between the main and auxiliary coils, so as to realize the transmission and diffusion of the signal.

4. Current detection: High-frequency current transformer can also be used as current detection and measurement. When a high-frequency current is introduced into the main coil, the voltage induced in the secondary coil is proportional to the current in the main coil. By measuring the voltage signal in the secondary coil, the magnitude of the current in the main coil can be accurately determined. This current sensing method is widely used in current transformers in power systems to monitor and protect power equipment in real time.

5.Voltage conversion: High-frequency current transformers can also be used as voltage conversion and regulation. When the main coil is input to a high-frequency voltage, the corresponding voltage of the transformer ratio will be induced in the secondary coil. By adjusting the turns ratio between the main and secondary coils, the input and output voltages can be converted. This voltage conversion method is widely used in high-frequency electrical equipment such as transformers and power supplies.

product-850-1033

 

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