| Features | Descriptions |
| DIP Packaging | - Easy Installation: The Dual - In - line Package (DIP) design allows for
straightforward insertion into the pre - drilled holes on a printed
circuit board (PCB). This simplifies the assembly process, reducing
the need for complex soldering techniques compared to some surface
- mount components. |
| - Mechanical Stability: The two rows of pins provide a stable mechanical connection to
the PCB. This makes the inductor less likely to be dislodged due to
vibrations or mechanical stress, ensuring reliable operation in
various applications. |
| High Power Handling | - Large Current Capability: Designed to handle high currents, DIP power inductors can meet
the power demands of circuits such as power supplies for high -
performance processors, motor drivers, and LED lighting systems. |
| - Low DC Resistance: They typically have a relatively low DC resistance, which helps
to minimize power losses in the form of heat generation. This is
crucial for maintaining high - efficiency power conversion in power
- intensive applications. |
| Energy Storage and Conversion | - Effective Energy Storage: Capable of storing magnetic energy when current flows through it.
In switching power supplies, for example, it stores energy during
the "on" phase of the switch and releases it during the "off"
phase, ensuring a continuous and stable output current. |
| - Efficient Power Conversion: Facilitates efficient power conversion by enabling smooth
transitions between different voltage levels. This is essential for
maintaining stable voltage outputs in various electronic devices. |
| Magnetic Core Materials | - High Magnetic Permeability: Commonly use magnetic cores with high magnetic permeability, such
as ferrite cores. This property helps to concentrate the magnetic
field, increasing the inductance value and enhancing the inductor's
ability to store and transfer energy. |
| - Low Core Loss: The magnetic cores are designed to have low core losses, reducing
the energy dissipated as heat in the core. This contributes to
overall efficiency improvement, especially in high - frequency
applications. |
| Wide Operating Temperature Range | - Thermal Stability: Can operate over a wide range of temperatures, from relatively
low temperatures in cold environments to high temperatures in
applications with significant heat generation. This makes them
suitable for use in various industrial, automotive, and consumer
electronics applications. |
| - Reliable Performance: Maintains stable inductance and electrical characteristics across
the operating temperature range, ensuring consistent and reliable
performance of the circuit. |
| Compatibility and Versatility | - PCB Compatibility: Readily compatible with standard PCB designs that support DIP -
type components. This allows for easy integration into existing
circuit designs without the need for major modifications to the PCB
layout. |
| - Multiple Applications: Suitable for a wide variety of applications, including DC - DC
converters, power factor correction circuits, and voltage
regulators, due to its power - handling capabilities and electrical
characteristics. |
