RN50C28R7FBSL

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Through Hole Resistors

Resistors are commonly used electrical components that modify and adjust the voltage and current flowing through a circuit. Through hole resistors are a type of resistor which are most often used in circuits where physical size is minimal and cost savings are a priority. RN50C28R7FBSL is a particular type of through hole resistor that has specific applications and working principles.

RN50C28R7FBSL Applications

RN50C28R7FBSL is a resistive component with a 50 ohm resistance value designed specifically for military and space applications. It is an axial lead resistor that is constructed with a metalized film element with a flame retardant epoxy coating. It is designed to operate over a temperature range of -55°C to +125°C and is rated at 0.5W. It can be used in electric motor, transducer, television, radio, and audio amplifier applications.

RN50C28R7FBSL Working Principle

Resistors operate in circuits by introducing resistance into the flow of electricity. This resistance is calculated in ohms and is proportional to the amount of resistance present in the circuit. When electricity passes through the resistor, friction and heat occur. Depending on the amount of resistance in the circuit, the amount of friction and heat created will vary and this affects how much current can flow through the resistor.

The RN50C28R7FBSL resistance value of 50 ohms keeps the specific amount of current that should flow through it. Additionally, its flame retardant epoxy coating allows for it to dissipate heat more efficiently, keeping it cool while still in operation. The fact that it is an axial lead resistor also adds in its superior longevity. Axial lead resistors provide a more stable connection when inserted into circuits, making them less prone to failure.

Conclusion

When looking for more efficient and reliable electrical resistors, the RN50C28R7FBSL offers a great option when it comes to through hole resistors. Their temperature range, resistance value, flame retardant epoxy coated design, and axial lead technology allow them to be used in a variety of applications including electric motor, transducer, television, radio, and audio amplifier.

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