RNR55H2711BSBSL

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Through Hole Resistors are electrical components on printed circuit boards (PCBs) with a distinguished electrical characteristic. They are a type of discrete component, or component that is not connected to a circuit board. This type of resistor is also called an enameled wire wound resistor because it is composed of metal wires covered with enamel that act as resistance and, for certain models, has a value that is marked on a painted label on the component itself. Through Hole Resistors have a physical structure with components that take up more space on the PCB board than a surface-mounted component but offer excellent performance and repeatable results. They are the most common type of resistor used on circuit boards, and they are found in all sorts of electrical and electronic products. These resistors are also known as power resistor and have a wide variety of applications in all kinds of electrical and electronic devices.

RNR55H2711BSBSL resistor is a Through Hole Resistor type that offers superior performance, accurate measurements, and repeatable results. Adequate for both commercial and industrial applications, this resistor features outstanding thermal performance and is built to handle a wide range of operating temperatures. RNR55H2711BSBSL is suited for use in power systems with high voltage applications such as alternate current (AC) motors, electric furnaces, and variable-frequency drives, as well as heating elements, single-phase and three-phase motors, single-phase energy conversion, large transformers, and variable-frequency drives. Its output power range is from 0.5 to 150 kVA.

RNR55H2711BSBSL resistor features a deep base construction, an internal three-dimensional coil system, and a wide range of wire sizes and electrode configurations. It also has a well-designed mechanical construction and is specifically engineered for efficient and reliable performance. This advanced resistor has two terminals that are formed of the same material and the same thickness, ensuring a reliable electrical connection. Its external structure and internal coil system help ensure a uniformly distributed heat flux while the overall package has a shallow construction, making it suitable for applications demanding high-frequency current products.

The working principle of RNR55H2711BSBSL is simple. This resistor is composed of a material (most often carbon) which when current is passed through, creates opposition to the flow of electrons. This opposition is known as resistance and is measured in Ohms. The resistance value of the RNR55H2711BSBSL resistor is determined by its physical design and construction. Resistor size and shape, as well as its material type, is designed to have a specific resistance. Depending on the application, the value of resistance is arranged. Beyond the resistor itself, a circuit that holds one or more resistors is often called a resistor network.

RNR55H2711BSBSL resistors are well suited to many uses. Since these resistors are built to deal with high voltages and currents, they are commonly used in power applications such as alternators, motors, furnaces, and energy converters, as well as in LEDs or other lighting systems. These Through Hole Resistors also find use in devices such as computers, prosumer-grade sound systems or other audio and video-related products, and automated measuring devices. In addition, they are used in automated testers and other products, often including industrial-grade heaters. Other applications of these resistors include radio-frequency (RF) signal transmission and in high-frequency switching circuits.

RNR55H2711BSBSL is built for superior operation, extreme accuracy, and repeatable results over a wide temperature range. It is designed to be accurate and reliable, and its deep base construction effectively reduces thermal effects which may be caused by heat diffusion. This also significantly improves the heat dissipation performance of the product. This Through Hole Resistor is engineered to better distribute heat flux within its package and is designed to ensure a robust electrical connection.

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