ROX1008M00FNLB

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Through hole resistors are components used in electronic circuits to restrict the flow of current. They are useful for many applications, and one such popular model is the ROX1008M00FNLB.

These resistors are part of a wide range of electronic components designed to meet the needs of various industrial, commercial and consumer applications. The ROX1008M00FNLB is a through-hole resistor designed for low-voltage analog signal conditioning systems and has a very low profile and a high maximum power dissipation. It has a 0.1" lead spacing and a maximum of 0.35Ω resistance.

The ROX1008M00FNLB is typically used for applications where precise resistance values are required, such as voltage suppression or switching regulator design. It can also be used as part of a voltage divider in an analog circuitry. Furthermore, it can be used as a current limiting resistor in a variety of circuits, including linear and switch power supplies, photomultiplier tubes, and cathode ray tubes.

The working principle of the ROX1008M00FNLB is quite simple. When electricity flows through a resistor, its resistance will limit the current flow and cause the voltage across the resistor to drop. This drop in voltage is useful in power supply designs, as it ensures that the output voltage remains stable and does not exceed a certain level.

The amount of resistance provided by this type of resistor is determined by its construction. It features dual networks of resistive material with one set in series and one set in parallel. This construction allows it to offer high accuracy, low noise, high dielectric strength and high power dissipation.

In order to use the ROX1008M00FNLB, it must be correctly mounted. An incorrectly mounted resistor could cause issues in its operation, leading to inaccurate readings or damage to other components in the circuit.

The ROX1008M00FNLB is a versatile through-hole resistor that is suitable for a wide range of applications. It offers high performance and reliability, and is easy to use and mount. When used correctly, it can help to ensure that the circuit remains stable and functions effectively.

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