MGA05022R2M-10

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, specifically, MGA05022R2M-10, enable efficient transfer of electrical current in a wide range of applications. This category of component is typically non-electronic, making it a great choice for applications that don’t involve additional electronic components. Here, we’ll explore the typical application field and working principle of the MGA05022R2M- 10.

Application Field of MGA05022R2M-10

The MGA05022R2M-10 is ideal for use in various power applications, such as power supply systems, analog signals, capacitive loads, and MEMS sensing. The MGA05022R2M-10 offers high inductance for filtering noise in power supplies and displays, as well as EMI suppression in automotive systems. Additionally, as a fixed inductor, it is capable of providing superior noise immunity, low power consumption, and high filtering performance that is suitable for consumer and industrial appliance circuits.

The MGA05022R2M-10 is also well-suited for use in high power circuits. It’s wide inductance range and low DC resistance allow it to be used in high power applications, such as motor drive circuits, power supplies, and as a power inductor for power circuits. In high-frequency communications circuits, it can be used to reduce signal interference or to provide impedance matching.

For applications that require a small footprint, the MGA05022R2M-10 offers an especially advantageous choice. It is available in a small package size that can fit into very cramped spaces and still not sacrifice the level of its performance. Furthermore, the component is RoHS-compliant and features excellent temperature stability.

Working Principle of MGA05022R2M-10

The working principle of the MGA05022R2M-10 is based on the law of Faraday and Lenz. The Faraday-Lenz law states that if an induced current causes a magnetic field, the current will then react against the field it creates, creating a self-electromotive force in the loop. This activity creates a magnetic field in opposing directions and is called inductance.

The MGA05022R2M-10 inductor works on this principle to inductively store and transfer electric current. It is composed of a coil of insulated copper wire that is placed around a core material. When current passes through the coil, a magnetic field is created around it. This creates a temporary store of energy, providing a voltage drop that helps to reduce noise and EMI. The inductor also significantly reduces ripple current and offers good noise-reduction capabilities.

The inductor also features a wide range of inductance, from 0.10 μH to 5.00 μH, and supports high power handling, up to 10W. In addition, it is highly temperature stable and features a wide temperature range, from -40°C to +110°C. These features make the MGA05022R2M-10 a great choice for a variety of applications, from power supply systems to analog signals and MEMS sensing.

Conclusion

The MGA05022R2M-10 is a versatile fixed inductor that is well-suited for a variety of power applications. Its non-electronic design, high inductance, and low power consumption make it an efficient choice for applications such as motor drives, power supplies, and signal conditioning. This fixed inductor is designed to offer excellent temperature stability, low DC resistance, and high power handling capabilities, making it an ideal component for use in a wide range of high power circuits.

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