RNC55H1962FMB14

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Through hole resistors are one of the most commonly used components in the electrical engineering industry and a wide range of designs are available to suit different application scenarios. The RNC55H1962FMB14 through hole resistor is a particularly durable and versatile resistor of a molded, sealed design with a metal oxide coating.

The RNC55H1962FMB14 is designed for an extended operating temperature range from -55°C to 150°C and is a reliable and robust option for a wide range of applications. This resistor is suitable for applications including automotive, motor control, lighting, power supplies and more. The design features high endurance and repetitive flexing, high surge currents, high insulation resistance and good electrical stability over temperature.

The RNC55H1962FMB14 is a single turn resistor with a specified resistance value of 62 ohms and a tolerance of 5%. This resistor is made from a molded plastic body with a metal oxide film coating which provides a continuous and stable resistance over its operating temperature range. This resistance is achieved by depositing a specially designed resistive layer on the interior walls of the resistor. The base metal is then painted with a protective coating which prevents oxidation and protects the resistor from damage caused by fluctuations in temperature.

The working principle of the RNC55H1962FMB14 is similar to that of other through hole resistors. When electricity flows through the resistor, it is met with resistance due to the metal oxide coating and the resistance is regulated by the design of the resistive layer. The amount of electricity that can flow through the resistor is limited according to the resistance value and this allows electrical current to be regulated in circuits, preventing damage and allowing better control of system components.

The RNC55H1962FMB14 through hole resistor is a reliable and robust device designed for a wide range of applications. Its extended operating temperature range and high resistance tolerance make it suitable for many types of automotive, motor control, lighting and power supply applications. The versatile and durable design, featuring high endurance and repetitive flexing, high surge currents, high insulation resistance and good electrical stability, make it a dependable option for many engineering requirements.

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