ASPI-0602S-3R3M-T

Fixed inductors are essential components in a wide range of electrical and electronic products. In order to meet the design requirements of various electronic products, fixed inductors are divided into various types, among which is the ASPI-0602S-3R3M-T inductor.

The ASPI-0602S-3R3M-T is a surface mount inductor that features a 0.6μH inductance value. It is an ideal device for current-sensitive, voltage-sensitive and noise-sensitive circuits when a reliable, low-resistance inductor is needed. This model contains an inductance tolerance of ±0.2μH and is rated for a maximum DC current rating of 1.2A.

In terms of its application field, the ASPI-0602S-3R3M-T can especially be used for DC-DC converters and output filters in portable electronic devices such as mobile phones, consumer electronic products and laptops. This model is often applied in current-sensitive, voltage-sensitive and noise-sensitive circuits, where a reliable, low-resistance inductor is needed. It also works great as a common-mode filter for power lines in data communication. Additionally, it can be used for RF circuits, which require tiny inductance but high Q (Quality Factor).

In terms of its working principle, fixed inductors operate through the interaction of electric and magnetic fields that is produced when current passes through the coil. When a current passes through the coil, a magnetic field is formed around it. This magnetic field interacts with the electric field from the alternating electric current. The magnetic field then produces a back force against the current, resulting in a voltage drop in the inductor.

As for the ASPI-0602S-3R3M-T inductor, it has a 0.6μH inductance value and is rated for a maximum DC current rating of 1.2A. This fixed inductor works best in current-sensitive, voltage-sensitive and noise-sensitive circuits, where a reliable, low-resistance inductor is needed. It also serves as a great common-mode filter for power lines in data communications applications as well as for RF circuits, which require tiny inductance but high Q-value.