RNC55H1090BRB14

Through-hole resistors, which are also more commonly known as axial resistors, provide electronic solutions across different industries. One of the most widely used of these resistors is the RNC55H1090BRB14. Its unique design and working offers a variety of solutions while meeting the demands of sectors that require high precision circuits.

Application field

The RNC55H1090BRB14 through-hole resistor is a high-precision, low-dissipation compensator that relies on the Ohm’s law to provide accurate readings. This type of resistor is used mainly in fields related to measuring, testing or assessment of electrical components, for example:

• Industrial production of electrical devices, such as motors, automobiles, generators
• Control equipment, such as frequency, voltage, current, machine control systems
• Home appliance, such as television, washing machines, air conditioners
• Telecommunication, such as base station
• Medical devices
• Defense systems

The RNC55H1090BRB14 has a compact design and is resistant to all kinds of environmental or external influences. Its unique shape enables it to be used in confined spaces, while its superior insulation protects it from wear and tear. Furthermore, its high precision readings are extremely reliable and help engineers save time and money when installing circuits that require accurate readings.

Working principle

The RNC55H1090BRB14 through-hole resistor consists of two long leads that extend from the resistor body. These leads are made from a special copper alloy that helps resist corrosion and wear and tear. In addition, this type of resistor also uses organic materials that help reduce the risks posed by electrostatic discharge (ESD).

The resistor works on the basis of Ohm’s law, which states that the voltage (V) divided by resistance (R) will equal the current (I). This means that the RNC55H1090BRB14 resistor can be used to measure current, voltage, or resistance, depending on the readings it provides. The resistor body is composed of a resistor core that is encased in an insulator. This insulation helps protect the resistor from damage caused by unexpected changes in voltage.

When subjected to electrical signals, the resistor core provides resistance to the flow of the signal, which is measured by the voltage and current readings. These readings are then used to assess the performance of the electrical components using the Ohm’s law. Accurate readings are essential for the successful operation of modern circuits.

Conclusion

The RNC55H1090BRB14 through-hole resistor offers a host of benefits when used in modern electronics. It is resistant to wear and tear, resilient to environmental influences, and enables accurate readings that are essential for successful operation of circuits. It is no surprise that this resistor is widely used across numerous industries.