RNC55H3483FSRSL

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Through Hole Resistors have the advantage of resilience compared to surface mount variants, making them ideal for applications where resilience is of paramount consideration. The RNC55H3483FSRSL is a Through Hole Resistor which is characterised by high power tolerance, excellent surge and overload capability, low temperature coefficients, stable long-term performance and a low noise level.

This resistor is capable of handling power levels up to 200W while having both high pulse power and overload capability. It is a four terminal load resistive element that has a low satisfactory erosion rate. The construction of this type of resistor enables near-linear changing of resistance with current.

The RNC55H3483FSRSL is widely used in a variety of applications where resistor characteristics are of particular importance, such as motor control circuits, automation systems, industrial control systems, lighting systems, and audio systems. It can also be used in AC and DC circuits, and is ideal for applications where a combination of high current and high voltage needs to be managed with good power dissipation.

The RNC55H3483FSRSL works according to the principle of Ohm\'s law, which states that the current passing through a conductor is directly related to the voltage applied across it, if its temperature is kept constant. The resistor consists of an electro-conductive material that provides a controlled electrical resistance to the flow of current. It is constructed in such a way that when hot-spot temperatures threaten to produce excessive heat, the resistance value of the unit increases. Thus, the resistor dissipates unwanted heat in the form of current.

The RNC55H3483FSRSL offers a cost-effective solution for applications that require high power tolerance, excellent surge and overload capability, low temperature coefficients, stable long-term performance and low noise levels. The superior characteristics of this resistor make it a perfect choice for use in a variety of applications where resistor characteristics are of paramount importance.

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