RCP195DNP-153K

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Fixed inductors are composed of two electrical components, a coil of wire and a magnetic core. Together, these two components create a device which functions as an inductor. The inductor enables current flow through electrical circuits with little to no resistance. The RCP195DNP-153K is just one example of a fixed inductor device.

The RCP195DNP-153K fixed inductor is a chip-type device constructed using surface-mount technology (SMT). It is primarily used in industrial applications, as it is particularly suited for power-conversion systems, switching power supplies, and other circuit designs which require high-standby current. Its operating temperature range is -40°C to +130°C and it has a very low resistance of 4mΩ max. With its high current capability and low resistance, it is perfect for applications where precise current-charging control is key.

The RCP195DNP-153K is a three-pin device, which can operate from either two or three pins. When operated from three pins, the resistors are connected from the two internal pins to the external pin. When operated from two pins, the resistors are connected from the two external pins to the internal pin. By connecting the pins correctly, the device is able to achieve an extremely precise supply of current.

The RCP195DNP-153K has a maximum transient voltage of 30V and a maximum operating current of 40A. It also has a noise suppression feature, which allows it to suppress any noise created by high frequency switching power supplies and other power-conversion systems. This makes it ideal for applications where smooth and reliable performance is essential.

The working principle of a fixed inductor is simple. When a current flows through the coil of wire, a magnetic field is created. This magnetic field then interacts with the magnetic core of the inductor, creating a force. This force causes the core to be drawn towards the coil, thereby creating an electromotive force which is then used to supply current through the circuit.

The RCP195DNP-153K is the ideal fixed inductor for a variety of applications. Its low resistance, high current capability, noise suppression feature, and temperature range make it well suited for use in circuits requiring accurate current charging. It is also the perfect choice for anyone looking for a reliable and precise way to charge their applications.

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