ROX050250KFKEL

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Through Hole Resistors are an important part of the modern electrical circuit. The ROX050250KFKEL is a typical example of such a unit, and understanding its application field and working principle is essential to utilizing this type of resistor correctly.

The ROX050250KFKEL is a 25-ohm unit with an additional 25 ohms of resistance, making it a 50 ohm through hole resistor. This unit has a “K” rating of 17, meaning that it is rated to handle up to 17 watts of power. It also has a frequency rating of 4 kHz, which is important when considering the application field for this resistor.

The application field for the ROX050250KFKEL can be divided into two main categories: low-frequency and high-frequency applications. Low-frequency applications encompass those that require a low-level of power and frequency, such as amplifying audio signals, while high-frequency applications include those that require a higher-level of power and frequency, such as powering radios or other electronic devices.

In terms of the working principle of the ROX050250KFKEL, it follows a similar model to other through hole resistors. It utilizes two ultra-thin layers of resistive material, one in each half of the unit, to create a resistive path between both electrical connections. This allows the resistor to act as a voltage-regulating device, reducing the current between two points.

The key component of the ROX050250KFKEL is its rated resistance and power. The rated resistance of this unit is 25Ω, with an additional 25Ω of resistance added to create a total of 50Ω. The rated power of the unit is 17W, and the frequency of operation is 4kHz. This resistance and power rating are important to bear in mind when assessing the suitability of this resistor for a given application.

Overall, the ROX050250KFKEL is a 50Ω through hole resistor with a rated power of 17W and frequency of 4kHz. Its application field is ideal for low-frequency and high-frequency applications, and its working principle involves two ultra-thin layers of resistive material to act as a voltage-regulating device. Understanding this resistor’s application field and working principle is important for utilizing it correctly in any circuit.

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