RN55D4001FRE6

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Through Hole Resistors are most often used in electronic circuits, and this is the primary application field for the RN55D4001FRE6 resistor. These resistors are designed to work as an electrical component by limiting the amount of current which can pass through an electronic circuit. This is necessary in order to prevent the circuits from becoming damaged or overloaded. The RN55D4001FRE6 also works as a voltage divider, which divides a current into several segments.

The RN55D4001FRE6 is a type of precision resistor which functions in a specific manner. It operates by using a resistor body that is embedded in a ceramic substrate. The body has two contact points in its center which are called "terminals." These terminals are connected to one another via a small gap between them ("junction").

When a current is connected to the terminals, the electrons pass through the gap between the terminals and flow through the resistor body. As they pass through, the electrons encounter obstacles in the form of the ceramic substrate. This causes resistance, and the amount of resistance is determined by the size, shape and composition of the substrate.

The RN55D4001FRE6 also aids in the protection of the electronic circuit. This is because the resistor functions as an electrical barrier that prevents excessive current from flowing through the circuit. In addition, it also helps to ensure a stable voltage across the circuit by providing the current with a uniform path.

The design of the RN55D4001FRE6 ensures that the resistor can be used in a wide variety of circumstances. It can operate in temperatures ranging from -40 to 125 degrees Celsius and can handle currents up to 1 watt at 25 degrees Celsius. It is also on the small side, measuring just 0.2 inch by 0.06 inch.

The RN55D4001FRE6 is a reliable and well-designed resistor that can be used in a variety of electronic circuits. Its precision design ensures that it can provide accurate current-limiting and voltage-stabilizing functions, and its tough construction allows it to be used in a wide range of temperatures and currents.

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