SPD127R-153M

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Fixed Inductors are just what their name suggests - inductors that are fixed in their design, making them ideal for applications where variable inductors are not an option.

The SPD127R-153M fixed inductor is a part of the SPD series manufactured by the Holtex Corporation. Its particular characteristics mean that it is suitable for a variety of applications. What makes the SPD127R-153M stand out from the rest of the series is its size. This inductor is smaller in size than the other models, which makes it perfect for tight spaces. It also has a better operating temperature range and peak current rating than its predecessors.

In terms of its application field, the SPD127R-153M is usually used in power supplies, high-current DC/DC converters and switching regulators. Furthermore, this inductor is suitable for controlled current circuits, allowing for the construction of power filters and other circuits that need to limit the current flowing through them.

The SPD127R-153M\'s working principle is the same as how other inductors work - it stores energy in a magnetic field when an alternating current (AC) flows through it. The frequency and voltage of the current determines the amount of inductance (measured in henries) and this inductance rate determines the amount of energy being stored.

The SPD127R-153M inductor is rated at 1000 mH, meaning that it can store 1mH of energy per turn of the current. This inductor also has a higher saturation current, which indicates its maximum continuous current. It also has a larger core than many other fixed inductors, resulting in a higher total current allowance and lower phase shift.

The SPD127R-153M is a fixed inductor with superior characteristics compared to other fixed inductors. Its size makes it perfect for applications in tight spaces, while its high performance ratings make it suitable for power applications. This inductor also has a higher saturation current and a larger core than other fixed inductors, resulting in higher total current allowance and lower phase shift.

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