ECS-MPIL0630-100MC

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Fixed Inductors: ECS-MPIL0630-100MC application field and working principle

Fixed inductors are widely used for various applications in DC and AC circuits. The ECS-MPIL0630-100MC is a surface mount ceramic based power inductor, ideal for power management, DC/DC converters, filtering, noise suppression or other power applications. This highly efficient, effective, and versatile inductor can be utilized in numerous power related applications.

The ECS-MPIL0630-100MC is a high power inductor, designed for power management applications that require high current or high power handling capability and can handle 0.1A/1A (max) currents or 100mA/3A (max) currents with a high effective resistance of 6.30Ω (max) at 25°C. Due to the very low power losses and high inductance, this product is suitable for all kinds of AC and DC circuits and is perfect for generally all applications where a space saving surface mount inductor is required. Power peak switching times can reach up to 20MHz, creating a highly reliable and well-performing inductor.

The ECS-MPIL0630-100MC possesses a self resonating frequency of up to 3.6Ghz, allowing for a notable level of versatility. This superior, high-end product is capable of withstanding over-voltage up to 4.5V, allowing it to be used in a number of high power applications where contemporary low power inductors may fail. Its wide range of current ratings and overall reliable construction mean it can be used in a long-term manner with zero risk of it failing.

In terms of performance, the ECS-MPIL0630-100MC excels in terms of consistency and stability, along with its highly effective current resistors providing effective current handling even in the most intense of environments. The inductor also boasts an impressive temperature coefficient of just 0.00021τ/°C, providing for excellent reliability in temperature fluctuations. Due to its high power handling capabilities and increased current capabilities, it is able to generate high levels of power output and still maintain reliable performance.

The working principles of fixed inductors, of which ECS-MPIL0630-100MC is one, revolves around the quantum physical principles that govern the interactions between a wire and a magnetic field in the presence of an electric current. The flow of electric current through a single wire generates a magnetic field and can undergo an inductance or energy storing effect. When this magnetic filed interacts with the electric field within the wire, the inductor form the basis of Faraday’s law and generates a back EMF, which acts against the applied DC voltage.

Due to the inversely proportional relation between the induced voltage and the rate of change of the current being delivered, the inductance of a fixed inductor can be calculated by the formula.

L = V/DI
Where L is the inductance, V is the voltage, D is the rate of change of the current (derivative).

In conclusion, the ECS-MPIL0630-100MC is a highly efficient and effective surface mount power inductor that is capable of handling high current and power outputs as required by today\'s power related applications and markets. The inductor follows the principles of magnetic flux and Faraday\'s law to provide the back emf and generate highly reliable performance that can be trusted to integrate in applications requiring supremely efficient power handling.

The specific data is subject to PDF, and the above content is for reference