RN50C2871BB14

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The RN50C2871BB14 through-hole resistor is a fixed value resistor which works by setting the resistance between two sections of a circuit and limiting the flow of electrical current. The resistor body is composed of three metal parts - two parts connected by terminals and a heat-resistant plastic part.

The RN50C2871BB14 is suitable for application in a wide range of electronics because of its reliable performance under different operating conditions. It is commonly used in mains systems, motor drives, audio amplifiers, and other control circuits requiring a fixed resistance.

The RN50C2871BB14 works by allowing a current to flow through it while temporarily reducing its voltage level. This makes the resistor ideal for protecting light emitting diodes from damage due to overload, and for creating redundant safety systems. In addition, the resistor can protect circuits from thermal runaway due to high current overload.

The RN50C2871BB14 has a wide operating temperature range of -25°C to +125°C, which makes it suitable for use in both home and industrial applications. It also has a high power handling capacity of 70V for high-current circuits. This makes it an effective choice for protecting circuits from high voltage levels.

The RN50C2871BB14 is a reliable solution for electronic applications because of its high stable performance and long life. It is offered in axial lugs for secure fixation and is available in various package sizes. It also features an accuracy rating of + 5%, ensuring that the resistance value is unaffected by changing conditions.

The versatile RN50C2871BB14 through hole resistor is suitable for applications in a wide range of electronics circuits, including mains systems, motor drives, audio amplifiers, and other control circuits. It can be used to protect circuits from thermal runaway and overload, as well as to create redundant safety systems. Furthermore, its wide operating temperature range and high power handling capacity make it an effective choice for protecting circuits from high voltage levels.

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