RN55C1002FBSL

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Resistors are common electronic components found in most circuits. Their purpose is to resist the flow of current, creating a certain amount of resistance in the circuit. Resistor types can be broadly classified into two main categories, through hole resistors and surface mount resistors. A through hole resistor is one that has two leads that are inserted into the circuit board and soldered in place using a soldering iron.

RN55C1002FBSL is one example of a through hole resistor. It is a 5 watt, 100k ohm resistor designed for high temperature applications and is made using thick film technology. The chip resistor’s body is constructed of non-magnetic, non-conductive ceramic that has been fired to a predetermined temperature. The resistor element is between two silver-plated flat metal contacts. The resistor also has a dielectric layer between the contacts which gives the resistor additional protection against mechanical shock and vibration.

The RN55C1002FBSL resistor can be used in a wide variety of applications from audio equipment and avionics to medical equipment and lighting. This versatile chip resistor can be used in high temperature environments, up to 150°C, and can handle large voltage and power surges. It is also able to handle large amounts of current without impedance issues. This makes the RN55C1002FBSL ideal for applications that require consistent, accurate, and reliable performance.

RN55C1002FBSL through hole resistor has a simple working principle. The resistor works by impeding the flow of current in the circuit, using the material between the two terminals as the resistance. The amount of resistance depends on the type of material used and the spacing of the terminals. This is why resistors come in different sizes, values, and power ratings to suit specific applications.

The RN55C1002FBSL is a reliable and robust resistor that can handle a wide range of applications. Its thick-film construction and dielectric layer provide excellent electrical insulation and durability, making it an ideal choice for high temperature and high voltage applications. Its long-term reliability and consistent performance makes it a great choice for those looking for a reliable and affordable through hole resistor.

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