ROX07516K9FKLB

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A through hole resistor is an electronic component that is used to resist electric current. They are made from materials such as carbon, metal oxide, and metal film. The ROX07516K9FKLB is a through-hole resistor type that is commonly used in low-current and audio applications. Its design allows it to have low noise and high precision.

The ROX07516K9FKLB is a precision, hermetically sealed resistor that has a flat resistive element. The flat design helps prevent interference with other electronic components. Its design also helps keep it stable, allowing it to hold its resistance value at higher temperatures. This helps it remain reliable even under extreme conditions.

The ROX07516K9FKLB is a low-current resistor. It can handle up to 0.75 amps, and voltage up to 16KV. It is available in different sizes and wattages. The larger the wattage, the higher its power rating. The larger sizes can handle up to 7.5 watts of power.

The ROX07516K9FKLB is able to handle high power levels and maintain accuracy due to its hermetically sealed construction. This construction helps to keep the resistor free from any physical damage. It also helps to reduce the temperature of the resistor, which helps to increase its accuracy and stability.

The working principle of the ROX07516K9FKLB is based on Ohm’s Law. When a current passes through it, a certain amount of electrical resistance is created. This resistance helps to control the current in the circuit. As the current increases so does the resistance, this helps to protect electronics from damage.

The ROX07516K9FKLB is a versatile through-hole resistor type which offers high precision and low noise over a wide temperature range. It is designed to handle low-current and audio applications. It is typically used in telecommunications, automotive, and medical industries. Its hermetically sealed construction provides excellent accuracy and stability, even under extreme conditions. Its ability to handle high power levels, combined with its stability, makes it an ideal choice for high-precision applications.

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