The ETD34 Electronic Power Flyback Transformer is a crucial component in modern power electronics systems. It features an ETD34 - shaped core, typically made of high - quality magnetic materials like ferrite, which endows it with excellent magnetic properties. This core design enables efficient energy storage and transfer during the flyback operation. In terms of performance, it is specifically engineered for high - power applications, capable of handling substantial electrical currents and voltages. It plays a vital role in power supplies, especially in switch - mode power supplies. For instance, in laptop chargers, the ETD34 Flyback Transformer steps down the high - voltage AC input from the mains to a suitable DC voltage for the laptop. It does this by storing energy in the magnetic field during the on - time of the switching transistor and releasing it to the load during the off - time. This process allows for efficient power conversion with relatively high power density. Additionally, its design takes into account factors such as low - loss operation, minimizing power dissipation and heat generation, which is essential for the long - term reliability and stability of the power supply system. Its compact ETD34 size also makes it suitable for applications where space is at a premium, such as in small - form - factor electronic devices. Overall, the ETD34 Electronic Power Flyback Transformer combines high - performance magnetic characteristics, efficient power - handling capabilities, and compact design, making it an essential choice for a wide range of power - related applications.
Performance Aspect | Feature |
Core Material and Design | Utilizes an ETD34 - shaped core made of high - quality magnetic materials, usually ferrite. This material offers excellent magnetic properties, facilitating efficient energy storage and transfer during the flyback operation. The unique ETD34 shape contributes to enhanced magnetic coupling and optimized performance in power - conversion processes. |
Power - Handling Capacity | Engineered specifically for high - power applications. It can handle substantial electrical currents and voltages, making it suitable for use in power - hungry devices and systems. In industrial power supplies or high - performance computing equipment, it can meet the demanding power requirements with reliability. |
Power - Conversion Efficiency | During operation in switch - mode power supplies, such as in laptop chargers, it stores energy in the magnetic field when the switching transistor is on and releases it to the load when off. This process enables efficient power conversion with a relatively high power density. It maximizes the amount of useful power output while minimizing energy losses, resulting in a more efficient overall power - supply system. |
Low - Loss Operation | Designed to minimize power dissipation and heat generation. Low - loss operation is crucial for the long - term reliability and stability of the power - supply system. By reducing unnecessary energy waste, it helps to extend the lifespan of the transformer and associated components, and also improves the overall energy efficiency of the device it powers. |
Compact Size | The compact ETD34 size makes it an ideal choice for applications where space is limited. In small - form - factor electronic devices like smartphones, tablets, and compact power adapters, its space - saving design allows for easy integration without sacrificing performance. It can be incorporated into tight - fitting circuit boards or enclosures, enabling the development of more compact and portable electronic products. |
Product Name | TYPE | Detailed Type |
High frequency transformers | EE | EE8.3, EE10, EE13, EE16, EE19, EE20, EE25, EE28, EE30, EE33, EE40, EE42, EE49, EE50, EE55, EE60, EE65, EE70, EE75, EE80, EE85 |
EC/ER | ER/EC20, ER/EC25, ER/EC28, ER/EC28, ER/EC29, ER/EC35, ER/EC40, ER/EC42, ER/EC49 | |
ETD | ETD29, ETD35, ETD40, ETD49 | |
EF | EF16, EF20, EF25 | |
EFD | EFD15, EFD20/21, EFD25/26, EFD30 | |
EDR | EDR2009, EDR2037, EDR2809, EDR2828, EDR3012, EDR3909, EDR4008 | |
EP | EP7, EP10, EP13 | |
EPC | EPC11.5, EPC13, EPC19, EPC25 | |
EQ | EQ2512, EQ2610, EQ3209, EQ4013, | |
POT | POT3016, POT3930 | |
PQ | PQ2016, PQ2020, PQ2625, PQ2620, PQ3225, PQ3520, PQ3525, PQ3535, PQ4040, PQ49 | |
RM | RM6, RM8, RM10, RM12, RM14 |