SFR16S0009310FR500

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Through Hole Resistors
The SFR16S0009310FR500 is a through hole resistor, which is mainly used to manage electrical systems and provide electrical components with the correct amount of resistance. It is a lead-free and halogen-free surface mount resistor with a resistance value of 1K Ohm. Its primary application is in automotive systems and commercial devices. It can also be used for other functional purposes such as controlling current flow and preventing electrical malfunctions.

This type of resistor consists of two metal elements: a conductor and an isolator. The resistor is usually made of carbon, copper, and nickel. The construction of the resistor ensures that current cannot flow through the resistor and that the resistance remains constant. It is protected against outside influences such as high temperatures and humidity. The resistor is designed to provide reliable performance in various application fields, including automotive, consumer electronics, and industrial systems.

The working principle of the SFR16S0009310FR500 is relatively simple. When a current flows through the resistor, it will encounter resistance that is equivalent to the value of the resistor. In this case, the resistor will have a resistance of 1K Ohm. This resistance will cause the current to drop in relation to the amount of resistance encountered. This drop in current is necessary to prevent the current from becoming too high and damaging the component or other linked components.

The SFR16S0009310FR500 is also designed to dissipate energy to prevent overheating. The larger the diameter of the resistor, the more heat dissipates. It is also rated for up to 150° Celsius, making it suitable for applications in automotive and other high-temperature locations.

The SFR16S0009310FR500 through hole resistor is a reliable and safe option for a variety of control and protection applications. It is used in automotive, consumer electronics, and industrial systems to manage and protect electrical systems from damage and malfunction. Its compact size, halogen-free build, and high-temperature rating also make it an appropriate choice for applications where space and temperature are significant issues.

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