Through Hole Resistors

The RN55C1111BRE6 is a through-hole, high-precision resistor made from a combination of carbon and metal alloys which produces a product that is precise and has superior temperature and aging characteristics. With an ultra-low power tolerance of 1% or less, the RN55C1111BRE6 is the top choice for precision measurements and circuitry within the professional industry.

Application Field

The primary application field for the RN55C1111BRE6 is within the professional technology industry where accuracy, repeatability and reliability are absolutely essential. This can include the medical, automotive and aerospace industries. Using the RN55C1111BRE6 allows for accurate readings and more precise measurements compared to traditional resistors. The extreme temperature stability of this part also ensures that it will withstand any hostile environments it may find itself in.

Working Principle

The basic working principle of the RN55C1111BRE6 is the conversion of electrical resistance into an electrical current. The unit of electric resistance is the ohm, and this resistor has a resistance of 1 Ohm. A resistor works on the principle of Ohm’s Law which states that the current passing through a resistor is inversely proportional to its resistance. As a result, the RN55C1111BRE6 produces an electrical current equivalent to its resistance when an electrical voltage is passed through it.

In general, this current can then be utilized by a circuit for operations like amplifying signals, providing power, or as a load for current limiting. It is also possible to use resistors in tandem to produce a net resistance or voltage drop across a circuit, thus allowing for further control over the circuit’s current or voltage.

The RN55C1111BRE6 is a sophisticated version of a basic resistor, and has been developed to have superior properties related to temperature and aging, as well as increased accuracy through a low power tolerance. It is this combination of features that make the RN55C1111BRE6 a top choice for precision measurements and circuitry within the professional industry.