RL07S251GB14

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Through Hole Resistors are a type of resistor widely used in electronic circuits. RL07S251GB14 is one of the products in this series, and it is commonly used in many commercial and industrial applications. In this article, we will discuss the application field and working principle of RL07S251GB14.

RL07S251GB14 features a leaded, through-hole design that allows it to be easily mounted and soldered onto printed circuit boards. This makes it an ideal choice for commercial applications such as power supplies, automotive electronics, and other high-temperature requirements.

The RL07S251GB14 has a typical resistance of 251 ohms. It has a recommended voltage rating up to 15 volts, and a maximum non-repetitive power rating of 350 milliwatts. An integral stand-off feature allows for easy mounting and good heat dissipation in narrow spaces. The unit also features a low thermal resistance, allowing it to quickly dissipate heat, and is available in both a standard 5% tolerance and a tighter 2% tolerance.

The working principle of the RL07S251GB14 depends on its construction. The unit is constructed from a metal film resistor, which is then coated with a ceramic insulator to protect the resistor from the external environment. The metal film is then encased in an organic waterproof coating which further enhances its resistance to shock and vibration. Finally, a pair of terminals are attached to the resistor, which are then used to connect it to an electrical component. When an electrical current passes through the resistor, the metal film heats up, producing a voltage drop which is proportional to the amount of current passing through it. This voltage drop is then used as a signal or a source of resistance in the circuit.

In conclusion, the RL07S251GB14 is a through-hole resistor commonly used in electronics circuits. It features a leaded, through-hole design that allows it to be easily mounted and soldered to printed circuit boards, and it has a typical resistance of 251 ohms. The working principle of the unit depends on its construction which involves a metal film resistor, ceramic insulation, and an organic waterproof coating. It is also available in both a standard 5% tolerance and a tighter 2% tolerance.

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