Flat Wire Inductors with High Current have a remarkably low DC resistance for improved effectiveness. These inductors with magnetic shielding attain many of our greatest current ratings.
Inductors have served as energy storage components in circuits for DC-DC conversion. One inductor is needed for each of the buck, boost, and buck-boost converter types, while SEPIC converters need two inductors.
Depending on where the switch is located in the DC-DC conversion circuit, an inductor can operate in one of two ways. The inductor charges as current is converted into magnetic flux and stored there when the switch is turned on.
The magnetic flux collapses and turns back into electrical current to power the load when the switch is turned off. As a result, the inductor’s wire conductor is constantly in use. This means that in high power and high frequency designs, having an efficient wire is crucial.
The Global High current flat wire inductor market accounted for $XX Billion in 2021 and is anticipated to reach $XX Billion by 2030, registering a CAGR of XX% from 2022 to 2030.
Mega power, high current flat wire inductors have been made available by ITG Electronics for use in automotive, industrial, and tough environments.
The next-generation box-shaped item has denser magnetic materials that enable custom-level power in a standardized product and offers a substantially improved power rating – higher inductance and current – than traditional flat wire inductors. As a result, there are space and weight savings, among other advantages.
For instance, the ITG L201316Q, one of the series’ inductors, has high-power capacities of 11.6uH 75 Amp / 105uH 25 Amp and an inductance range of 1.00H to 105uH. This is 2-4 times more powerful than what the top competitors are able to provide. The L201316Q is a DIP inductor made of alloy powder that has a decreased core loss and no thermal aging issues.
The ITG L201316Q, which consists of AEC-Q200 compliant components for automotive applications, uses unusually high-power density magnetics materials to produce the most potent density inductor currently on the market as a standard product.
Additionally, custom designs are offered. The series has an operating temperature range of -55°C to 150°C and is also RoHs & HF compatible.
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