MLF1608DR33MTD25

Fixed inductors are widely used in electronic circuits for energy storage or signal filtering. The MLF1608DR33MTD25 is a multilayer chip ferrite bead inductor designed for use in today’s power delivery networks. It is ideal for applications requiring high inductance at low current levels.

Application Field of MLF1608DR33MTD25

The MLF1608DR33MTD25 is designed to provide high inductance at low current levels, making it suitable for a wide range of applications in both consumer and industrial electronics. It has a wide temperature range of -55℃ to 125℃, and is able to handle sustained power dissipation up to 0.25 watts. Typical applications for the MLF1608DR33MTD25 include signal filtering in high frequency circuits, radiofrequency interference (RFI) suppression, and cost effective high power applications.

Working Principle of MLF1608DR33MTD25

MLF1608DR33MTD25 consists of multiple inner ceramic layers with two outer metal terminations. It works by using the combination of mutual flux, self-resonance, and stray inductance to increase the inductance without increasing the size of the device. This allows the inductor to perform with high-varied frequency range, low DCR resistance, low ACR acoustics, and long life. As for noise reduction, MLF1608DR33MTD25 utilizes magnetic material to absorb the electromagnetic interference and releasing it as heat instead of radiating in the air.

Conclusion

The MLF1608DR33MTD25 is a high-performance, cost-effective fixed inductor designed for today’s power delivery networks. It provides high inductance with low current levels, along with a wide temperature range of -55℃ to 125℃ and its ability to handle sustained power dissipation up to 0.25 watts. Typical applications include high-frequency signal filtering, RFI suppression, and cost effective high power solutions. This product uses combination of mutual flux, self-resonance, and stray inductance to increase its inductance and magnetic material to reduce noise and interference.