SC62CB-1R5

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Fixed Inductors and the SC62CB-1R5: Application Field and Working Principles

Inductors are an essential component of power electronics, having multiple applications ranging from high frequency circuitry to battery charging circuits. Within this domain, fixed inductors are those whose inductance is fixed and does not vary due to external conditions.

The SC62CB-1R5 is a high quality example of a fixed inductor, having both good power handling and temperature stability. Manufactured using high GSM ferrite, this device is ideal for use in power electronics applications operating at frequencies of up to several hundred megahertz.

In terms of application field, the SC62CB-1R5 is well suited to high frequency circuit designs due to its low resistance rating and fast inductive change. Up to 8 mH can be achieved with a DC current of just 1A, and along with its 8 ohm resistance rating, this provides a strong inductance value suitable for most power electronics applications.

The SC62CB-1R5 is also useful in battery charging circuits, where ceramic core technology is employed to keep inductance levels below 1uH. With a maximum operating temperature of 180’C, the SC62CB-1R5 is well suited to providing electrical protection even in environments where the temperature is highly variable.

The SC62CB-1R5 has a working principle which relies on the Faraday’s law of induction. According to this principle, when a magnetic field is applied to a conductor, an electrical current is created in the conductor. In the SC62CB-1R5, this current forms a magnetic field within the device, which in turn generates a good signal across it. This signal can then be used to power electronic circuits.

The SC62CB-1R5 also has other features which make it a good choice for power electronics applications. These include high surge capability, over-temperature protection, and low ESR – all of which together result in a heavy and reliable inductor. In addition, the device is also RoHS compliant, meaning that it is safe for use in a wide variety of applications.

In sum, the SC62CB-1R5 is an ideal choice for high frequency power electronics applications, due its high power handling capabilities, low resistance rating and good temperature stability. By leveraging the Faraday’s law of induction, it is possible to obtain strong inductance values from the device, suitable for powering a variety of electronic circuits. Lastly, its heavy and reliable design, coupled with its RoHS compliance, make it a sound choice for a variety of applications.

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