RLR07C8201GMRE6

Through Hole Resistors are a form of resistors that are used for a variety of applications. RLR07C8201GMRE6 is an example of a Through Hole Resistor. This type of resistor is used in a wide array of applications, and has a specific working principle.

Applications for Through Hole Resistors

Through Hole Resistors are used for a wide variety of applications. Some of these applications include but are not limited to: voltage division, current limiting, power supplies, amplifier circuits, and voltage regulation. These types of resistors are also used for heating applications and for creating waveforms.

RLR07C8201GMRE6 Specific Application Fields

The RLR07C8201GMRE6 is a type of Through Hole Resistor often used for signal conditioning, audio systems, and low noise electronics. It has an excellent voltage rating of 390VAC, making it ideal for use in applications exposed to high voltages. It also features a low dissipation factor, a wide temperature range, and high stability. This makes the RLR07C8201GMRE6 an ideal choice for applications which require a low noise and stable resistor.

RLR07C8201GMRE6 Working Principle

The RLur07C8201GMRE6 uses a resistive element to limit current or control voltage levels. This is accomplished through Ohm’s Law in which voltage (V) is equal to current (I) multiplied by resistance (R). The resistive element in the RLR07C8201GMRE6 is constructed from a metal-film composition, so that it can provide a consistent resistance over time and avoid corrosive effects. This metal-film also helps keep the resistor thermally stable.

The resistor is then housed in a metal-film body, which is rigid and well grounded. This helps to keep the resistor safe from external shocks, vibrations, and electrical interference. Furthermore, the metal-film body acts as an insulator, preventing dangerous currents from running through the resistor itself.

Conclusion

The RLR07C8201GMRE6 is an example of a Through Hole Resistor, which are used for a variety of applications. This specific resistor is especially suited for signal conditioning, audio systems, and low noise electronics, and it features a metal-film composition, a wide temperature range, and a low dissipation factor. Furthermore, it also features a metal-film body which insulates it from external electrical interference and external shocks.