HCM1A1305-5R6-R

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Fixed Inductors are handy electrical components used to provide inductance to an electric circuit. They are assembled from coils of insulated copper wire, often in the form of a bobbin. They are designed to remain electrically and mechanically stable over a wide current and temperature range. The HCM1A1305-5R6-R Fixed Inductor is a field-proven and reliable inductor product suitable for a wide range of applications.

This particular model is a surface mount inductor and has an inductance of 1.3μH at DC current of 600mA and resistance of 5.6mΩ. The size of the component is 5.4 × 3.6 × 4.7mm, excluding its lead legs. Its casing is made of ceramic and is hermetically sealed. The HCM1A1305-5R6-R has an operating frequency range of 1MHz to 50MHz and a maximum current of 700mA.

HCM1A1305-5R6-R Fixed Inductors are mainly used in power supply circuits, where they are able to effectively meet the requirements of many applications, such as DC-DC converters, switched mode power supplies (SMPS) and other electrical systems requiring high performance inductance, including AC-DC and battery chargers, computer peripherals, digital audio and video equipment.

The working principle of the HCM1A1305-5R6-R is relatively straightforward. The inductor acts as a form of transformer: when electrical current passes through its coil, it creates a magnetic field that induces a counter electromotive force (EMF). This EMF creates an opposing current that is opposite to the current flowing in the inductor circuit, thus providing inductance. The size of the inductance is determined by the number of windings in the inductor’s coil and the properties of the material used in its construction.

Additionally, this inductor is also able to withstand high temperatures of up to 125°C. This is because the HCM1A1305-5R6-R has a temperature rating of 120°C and a thermal resistance of 10 °C/W, which allows it to absorb and dissipate large amounts of heat.

As such, the HCM1A1305-5R6-R is an excellent choice for applications requiring high performance inductance in highly temperature-sensitive environments. It is highly efficient and reliable, with excellent electrical and thermal characteristics, making it suitable for a wide range of applications.

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