IM06RFCSRB100J40

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Fixed inductors are electronic components used to store electromagnetic energy and tolerate high frequency currents in DC circuits. The IM06RFCSRB100J40 inductor is one of the most widely used fixed inductors for high-current DC circuits with an operating frequency range of 0-4MHz. It is specially designed to provide low resistance to current and high inductance. This component is well suited for use in both industrial and consumer electronics such as automotive, power supplies, frequency synthesizers and digital signal-processing applications.

The IM06RFCSRB100J40 fixed inductor is manufactured using a multi-layer ceramic construction which is composed of internal ferrite material. It has two terminals for connection to the DC circuit. The lead frame is made from copperclad steel and is reliable and durable. The tolerance of the inductance range is between ± 20%.

The operating principle of the IM06RFCSRB100J40 inductor is based on Faraday’s law of induction. When a coil is placed in an alternating magnetic field, it will experience a fluctuating electromagnetic force. This force induces a current within the coil, which is proportional to the rate of change of the magnetic flux. This induced current is know as an alternating current or an AC current. The resistance of the coil limits the maximum current that can flow through the inductor. The higher the resistance, the smaller the current that the inductor can handle.

The IM06RFCSRB100J40 has a maximum rated current of 2A, and a maximum permissible temperature rating of 125°C. This product is insulated to class F insulation for maximum protection against electrical damage. It is rated to operate in a frequency range of 0-4MHz and is suitable for use in DC circuits. In addition, this product is RoHS compliant which implies that it is free of hazardous and toxic substances.

The IM06RFCSRB100J40 fixed inductor is a reliable and efficient electronic component used widely in high-current DC circuits. This product is well suited for applications such as automotive, power supplies, frequency synthesizers and digital signal-processing. It is sensitive to current, and so it is essential to verify the expected load when choosing product ratings.

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