RNC50H1130FSB14

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Through Hole Resistors

Through hole resistors are one of the most common electronic components used in electrical circuits. As the name suggests they are placed through a hole in printed circuit boards and then connected with solder. They are also used in other applications such as automotive wiring and domestic wiring.

The RNC50H1130FSB14 is a type of through hole resistor. It is a fixed wire wound resistor with non-inductive characteristics and a power rating of 11 watts. The body is a round, reinforced plastic moulding with a size of 50.2 x 14.6mm. It has a high temperature resistance rated at 250°C.

This type of resistor is typically used in power supplies, circuit protection, audio and amplifier circuits, motor control and EMI applications. The resistance range falls between 0.1 ohms and 5K ohms and the tolerance range can be set at between 10% and 2%.

The working principle of the RNC50H1130FSB14 is relatively simple. The resistance is basically set by wrapping wire over a ceramic core which is then fused and sealed. The resistance of the wire wrapped around the core affects the overall resistance of the resistor. Increasing the amount of wire will increase the overall resistance while decreasing the amount of wire wrapped around it will reduce the overall resistance.

The RNC50H1130FSB14 also contains a ceramic core, which provides excellent heat dissipation. The ceramic core increases the overall heat differential between the resistor and the surrounding circuitry, allowing for improved air flow and cooling capability.

The main advantages of choosing this type of resistor include its non-inductive characteristics, high temperature resistance rating, its ability to handle high powers, and its cost effectiveness. This type of resistor also has excellent long-term stability which makes it a great choice for high reliability applications.

In conclusion, the RNC50H1130FSB14 is a great choice for applications where high power, high temperature and non-inductive characteristics are needed. With its excellent long-term stability, cost effectiveness, and ability to handle high powers, it is an excellent option for a variety of applications.

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