ROX1004M75FKEE

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Through hole resistors, a type of common electronic component, play a crucial role in a wide range of applications. This includes the ROX1004M75FKEE, a component of a through hole resistor with a 4.75 ohm resistance. This resistor is made from a pair of resistor elements. These two resistor elements have the same resistance 20W and the same size 1/4 watt. The 4.75 ohm resistor can handle temperatures up to 200 °C and is often used in automotive, telecom, lighting, and HVAC applications.

In order to understand the role ROX1004M75FKEE plays in these applications, it is important to understand what a through hole resistor is and how it works. A through hole resistor is an electronic component that transfers electrical energy from one place to another. These components are made from a material that has higher resistance than the material connecting them on either side; this material is called a resistor element. By increasing the resistance on the resistor element, the current flow in the circuit is limited, allowing the circuit to achieve electrical stability.

The ROX1004M75FKEE is a small, tubular-shaped resistor that features two pin connections. The two pins are connected by the resistor element inside the tube which is composed of a ceramic substrate impregnated with a conducting material. The conducting material\'s resistance determines the resistor\'s resistance and capacity to handle current. The resistors\' current capacity is also determined by the size of the resistor element, which is usually specified in watts.

The ROX1004M75FKEE is specifically designed for high-temperature applications and is often used in automotive, telecom, lighting, and HVAC applications. The 4.75 ohm resistor is used in automotive, telecom, and HVAC applications for current control and resistance matching, while in lighting applications, it can be used to increase or reduce current flow.

The ROX1004M75FKEE also has advantages over other types of resistors. It has a relatively low profile, which allows it to fit into tight spaces, and it can withstand high temperatures up to 200 °C. The 4.75 ohm resistor is also low cost and easy to install.

The working principle of the ROX1004M75FKEE is simple. Resistance is created when current flows through the resistor element, and the amount of resistance created is determined by the size of the resistor element and the amount of current flowing through it. By adjusting the current flow, the resistor can change the amount of resistance in the circuit and achieve a desired effect.

In conclusion, the ROX1004M75FKEE is a high-temperature, through hole resistor and is used in a wide variety of applications. Its two-pin connection makes it easy to install and its low profile allows it to fit into tight spaces. The 4.75 ohm resistor can handle temperatures up to 200 °C and is often used in automotive, telecom, lighting, and HVAC applications. Its working principle is simple: resistance is created when current passes through the resistor element, and the amount of resistance is determined by the size of the resistor element and the amount of current flow.

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