RSMF2JB3K30

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RSMF2JB3K30 is a through hole resistor type that offers superior performance as compared to traditional wave soldering applications. It is a high-voltage resistive element and is often used in applications requiring low ohmic values. It is designed to meet the industry’s highest expectations for signal reliability, with its reliable 2ohmism characteristics. Due to its consistent characteristics, it provides flawless electrical connection, despite the extreme environment of solder resistors.

RSMF2JB3K30 has a wide range of application fields, mainly as a current-limiting device, such as on transformer and power supply circuits, as well as on circuit boards intended for controlling voltage fluctuations. It can also be used in measuring and metering circuits for temperature, humidity, pressure, and other variables; and for protecting against overloads on motor circuits. With its high-value, low-ohm characteristics, it is ideally suited for a variety of industrial electronic applications, including automotive, medical, military, and power electronics.

The working principle of RSMF2JB3K30 is based on Ohm\'s law, which states that voltage and current are proportional to each other, where resistance is constant. This means that, when a power supply is connected to a RSMF2JB3K30 through hole resistor, the voltage will drop in proportion to the resistance of the resistor. The current that flows through the resistor also determines the amount of power dissipated. Power is equal to voltage times current, which is sometimes referred to as Joule’s law.

In conclusion, RSMF2JB3K30 is a reliable and durable through hole resistor that can be used in a variety of applications due to its low-ohmic, high-voltage characteristics. Its working principle is based on the basic laws of electrical engineering, which allow it to accurately transfer electrical power from one component to another. Plus, its relatively low power consumption makes it ideal for power-sensitive applications, such as automotive and military electronics.

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