RNV14FTL4M99

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Through hole resistors are an important common component in electric, digital and analog circuits as it is used in current-limiting and dividing applications, providing resistance to the flow of electrons in the circuit. The RNV14FTL4M99 is a through hole resistor which provides reliable and accurate resistance through its construction and manufacturing process. This article will provide an overview of the RNV14FTL4M99, discussing its application field and working principle.

Application field

The RNV14FTL4M99 is a surface mounted through hole resistor with a resistance of 4.99KΩ, a tolerance of ±5% and a maximum power rating of 2W. Due to its high tolerance and wide range of resistances, it is well suited for precision measurements and numerous industrial and automotive applications. Its 2W rating make it particularly useful in power and signal conditioning circuits, as well as in motor drive control and instrumentation systems.

Working Principle

At the heart of the RNV14FTL4M99 is its metal oxide based construction. It is made up of a metal oxide substrate and a thin layer of metal film that is deposited on top of it. This thin conducting film is then patterned into a variety of resistive topographies including serpentines, meanders and circular discs. Each of these topographies offer different resistance values and physical sizes, allowing for greater customization and wider ranging application areas.

The metal film is insulated from the substrate material via a unique ceramic dielectric. This dielectric material reduces noise by providing a high insulation resistance and an ability to handle higher temperatures. This insulation makes it ideal for more demanding applications which require stable and repeatable feedback.

The RNV14FTL4M99 through hole resistor is a robust and reliable component which provides accurate and stable resistance for many applications. Its ceramic dielectric insulation provides excellent noise suppression and its wide range of resistances make it ideal for precision measurements and numerous industrial and automotive applications.

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