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Brand Name: | ZXY |
Model Number: | EI48 |
MOQ: | Negotiable |
Price: | Negotiable |
Packaging Details: | 100pieces / Carton |
Payment Terms: | T/T,Paypal |
1.Voltage Transformation
The EI48 Power Transformer is primarily designed to transform voltage levels. By adjusting the ratio of the number of turns in the primary and secondary windings, it can step - up or step - down the input alternating current (AC) voltage. For instance, in power distribution systems, it may step down high - voltage electricity from the grid (e.g., several kilovolts) to a more manageable and safe voltage for household or industrial use, typically around 110V - 480V. In some electronic devices like audio amplifiers, it might step up a low - voltage supply to a higher voltage required for the amplifier's operation. This voltage transformation function ensures that electrical devices receive the appropriate voltage to operate efficiently and safely.
2.Electrical Isolation
Another crucial function of the EI48 Power Transformer is electrical isolation. The primary and secondary windings are not electrically connected; instead, energy is transferred between them through magnetic coupling. This isolation provides several benefits. It protects the connected devices from electrical surges and ground - loop currents. In industrial settings, where there may be a risk of electrical interference and voltage spikes, the isolation offered by the EI48 transformer safeguards sensitive equipment. In medical devices, electrical isolation is essential to prevent the risk of electric shock to patients. By separating the input and output circuits, the EI48 transformer helps maintain a safe electrical environment.
3.Power Transmission
EI48 Power Transformer plays a significant role in power transmission. It efficiently transfers electrical power from the source (connected to the primary winding) to the load (connected to the secondary winding). The transformer is designed to handle a specific power rating, and within this rating, it can ensure a stable power supply. For example, in a manufacturing plant, the EI48 transformer can deliver the required power to run various machinery, ensuring continuous and smooth operation. Its ability to transfer power with minimal losses, due to the use of high - quality core materials like silicon steel and well - designed windings, makes it an essential component in power - intensive applications.
Application Area | Input | Working Process | Output |
Power Distribution | High - voltage electricity (several kilovolts) from the grid is connected to the primary winding of the EI48 transformer. | The time - varying current in the primary winding generates a magnetic field in the high - permeability silicon - steel core. This magnetic field induces an electromotive force (EMF) in the secondary winding. As the number of turns in the primary winding is much larger than that in the secondary winding.the voltage is stepped down. | A more manageable and safe voltage for household or industrial use, typically in the range of 110V - 480V, is output from the secondary winding and distributed to end - users. |
Electronic Devices (e.g., Audio Amplifiers) | A low - voltage AC (converted from a low - voltage DC power supply through an inverter circuit) is applied to the primary winding with a small number of turns. | The magnetic field generated by the current in the primary winding passes through the core and induces an EMF in the secondary winding, which has a larger number of turns. Due to the turns ratio, the voltage is stepped up. | A higher voltage required for the operation of the audio amplifier, such as to power the amplifier's output stage for driving speakers, is provided by the secondary winding. |
Industrial Manufacturing | Medium - voltage power (usually within a certain range suitable for industrial equipment) is input to the primary winding of the EI48 transformer. | Similar to other applications, the magnetic coupling between the primary and secondary windings occurs. The design of the EI48 transformer's core and windings is optimized to handle the power requirements of industrial machinery. The high - quality core materials and well - designed windings minimize power losses during the transfer process. | A stable and appropriate voltage and current are output from the secondary winding to power various industrial machinery, ensuring continuous and smooth operation of manufacturing processes. |
![]() |
Brand Name: | ZXY |
Model Number: | EI48 |
MOQ: | Negotiable |
Price: | Negotiable |
Packaging Details: | 100pieces / Carton |
Payment Terms: | T/T,Paypal |
1.Voltage Transformation
The EI48 Power Transformer is primarily designed to transform voltage levels. By adjusting the ratio of the number of turns in the primary and secondary windings, it can step - up or step - down the input alternating current (AC) voltage. For instance, in power distribution systems, it may step down high - voltage electricity from the grid (e.g., several kilovolts) to a more manageable and safe voltage for household or industrial use, typically around 110V - 480V. In some electronic devices like audio amplifiers, it might step up a low - voltage supply to a higher voltage required for the amplifier's operation. This voltage transformation function ensures that electrical devices receive the appropriate voltage to operate efficiently and safely.
2.Electrical Isolation
Another crucial function of the EI48 Power Transformer is electrical isolation. The primary and secondary windings are not electrically connected; instead, energy is transferred between them through magnetic coupling. This isolation provides several benefits. It protects the connected devices from electrical surges and ground - loop currents. In industrial settings, where there may be a risk of electrical interference and voltage spikes, the isolation offered by the EI48 transformer safeguards sensitive equipment. In medical devices, electrical isolation is essential to prevent the risk of electric shock to patients. By separating the input and output circuits, the EI48 transformer helps maintain a safe electrical environment.
3.Power Transmission
EI48 Power Transformer plays a significant role in power transmission. It efficiently transfers electrical power from the source (connected to the primary winding) to the load (connected to the secondary winding). The transformer is designed to handle a specific power rating, and within this rating, it can ensure a stable power supply. For example, in a manufacturing plant, the EI48 transformer can deliver the required power to run various machinery, ensuring continuous and smooth operation. Its ability to transfer power with minimal losses, due to the use of high - quality core materials like silicon steel and well - designed windings, makes it an essential component in power - intensive applications.
Application Area | Input | Working Process | Output |
Power Distribution | High - voltage electricity (several kilovolts) from the grid is connected to the primary winding of the EI48 transformer. | The time - varying current in the primary winding generates a magnetic field in the high - permeability silicon - steel core. This magnetic field induces an electromotive force (EMF) in the secondary winding. As the number of turns in the primary winding is much larger than that in the secondary winding.the voltage is stepped down. | A more manageable and safe voltage for household or industrial use, typically in the range of 110V - 480V, is output from the secondary winding and distributed to end - users. |
Electronic Devices (e.g., Audio Amplifiers) | A low - voltage AC (converted from a low - voltage DC power supply through an inverter circuit) is applied to the primary winding with a small number of turns. | The magnetic field generated by the current in the primary winding passes through the core and induces an EMF in the secondary winding, which has a larger number of turns. Due to the turns ratio, the voltage is stepped up. | A higher voltage required for the operation of the audio amplifier, such as to power the amplifier's output stage for driving speakers, is provided by the secondary winding. |
Industrial Manufacturing | Medium - voltage power (usually within a certain range suitable for industrial equipment) is input to the primary winding of the EI48 transformer. | Similar to other applications, the magnetic coupling between the primary and secondary windings occurs. The design of the EI48 transformer's core and windings is optimized to handle the power requirements of industrial machinery. The high - quality core materials and well - designed windings minimize power losses during the transfer process. | A stable and appropriate voltage and current are output from the secondary winding to power various industrial machinery, ensuring continuous and smooth operation of manufacturing processes. |