DR10X16 I-shaped High Current DIP Plug-in Power Inductor Customized Inductance

1.Product Description

The DIP Plug-in Power Inductor is a vital and widely - used electronic component in power management and signal processing circuits. Its DIP (Dual In - line Package) design features two rows of pins, which allows for easy insertion into printed circuit boards (PCBs), enabling simple and reliable installation. This type of power inductor is designed to store energy in its magnetic field when an electric current passes through it.

In power management applications, such as in switching power supplies and DC - DC converters, the DIP Plug - in Power Inductor plays a crucial role. In a switching power supply, it helps to smooth out the current and voltage waveforms, reducing the amount of ripple present in the output. This results in a more stable power supply for the connected electronic devices. It stores energy during the "on" phase of the switch and releases it during the "off" phase, contributing to efficient power transfer.

In signal processing, it can be used for filtering purposes. By blocking certain frequencies and allowing others to pass through, it can remove unwanted noise or interference from signals, ensuring the integrity of the desired signals. With its ability to handle relatively high currents and power levels, it is suitable for applications in various electronic systems, including automotive electronics, industrial control equipment, and consumer electronics. Its robust construction and reliable performance make it a preferred choice for engineers when designing circuits that require stable power and clean signal processing.

Overall, the DIP Plug - in Power Inductor is an essential component that combines ease of installation with effective energy storage and electrical signal manipulation capabilities, serving as a key building block in modern electronic design.

2.Performance Characteristics

1. High current carrying capacity: This is its most significant feature. Specially designed to handle high currents, capable of stable operation at high current levels, meeting the needs of high current applications such as high-power switching power supplies and motor drives, ensuring smooth transmission of current in the circuit without damage or performance degradation of inductors due to overcurrent.

2. Low DC resistance (DCR): In order to reduce power loss and heat generation during high current flow, it has a low DC resistance. Low DCR reduces the heat generated when current passes through, improves the efficiency of the inductor, and also helps to extend its service life and reduce the energy consumption of the entire system.

3. High saturation current: It has a high saturation current value, which means that the magnetic core will only enter a saturation state when the current reaches a certain level. This allows the inductor to maintain a relatively stable inductance value during high current operation, maintaining normal performance and avoiding a sharp decrease in inductance due to magnetic saturation, which can affect the normal operation of the circuit.