HA65A-25156R8LF

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Fixed Inductors are an important component of electronic circuits. Among them, the HA65A-25156R8LF is one of the standard components in the industry. It is applicable to a wide range of climates, with a temperature range of between -40⁰C and +125⁰C.

HA65A-25156R8LF is mainly applied to DC/DC converters, and small notebook adapters. It is built with a ferrite inductor core and is available in a wide variety of pin sizes. Its superior insulation features enable it to resist high levels of voltage and to withstand sudden or harsh changes in voltage or current. Its construction consists of a steel core wrapped in an insulating layer, which gives it the ability to stay fixed in one position and provides excellent electrical and thermal insulation.

The HA65A-25156R8LF has a rated current of 2.2 Amp and a rated power of up to 350 mW. Its operating frequency is in a range from 1 kHz up to 500 kHz. Its inductance is 5-25 mH, and its Joule rating is 125 mJ. Its height, width and length are 7.3mm, 5.6mm and 9.8mm, respectively.

The core working principle of the HA65A-25156R8LF is similar to that of other fixed inductors. It maintains a steady current throughout its lifetime due to its inductive characteristics. Its resistance to current and voltage changes makes it ideal for high-frequency applications. For example, it is used for oscillator circuits, resonant circuits, or high-frequency power supplies, providing the stability required for these types of applications.

The HA65A-25156R8LF is also highly reliable. Its low impedance and self-resonance frequencies makes it superior in reliability compared to other inductors. Its low leakage current characteristics also provide excellent noise suppression ability. This makes it an ideal choice for RF/microwave and high-speed signal applications.

In conclusion, the HA65A-25156R8LF fixed inductor is an essential component across many applications. Its operating temperature, rated current, Joule rating, and size make it extremely versatile for implementation in a variety of power circuits. In addition, its stability, reliability and low impedance make it the perfect choice for high-frequency signal processing and noise suppression applications.

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