SM102031752JE

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Through Hole Resistors serve a very important purpose in electronics industry, and SM102031752JE is one of the most common examples in the market. This resistor is typically used as a current-limiting resistor for gate and power signals, a bleeder resistor, or a wave-shaping element.

It is composed of a non-inductive, ceramic, metal-oxide film mounted in a ceramic body. The metal-oxide film is precision cut into a disc, placed in the package, and then metallized on the outer edges. The top of the package is then hermetically sealed by welding a cap. Surface-mount versions of this resistor allow the lead to be soldered directly onto the board. With Through Hole resistors, three important parameters must be considered when selecting components: power rating, temperature coefficient, and tolerance.

The power rating of resistor is important because it determines how much power the resistor can safely dissipate without exceeding its temperature rating. The higher the wattage rating, the higher the current handling capability of the resistor. The power rating of SM102031752JE is 0.010 W, which makes it one of the most efficient in the industry.

Temperature coefficient is the amount of resistance change that occurs as the resistor’s temperature varies. It is used to calculate the maximum power that can be dissipated. The lower the temperature coefficient, the lower the power loss during operation. SM102031752JE has a temperature coefficient of 5ppm/°C, which is very low compared to other similar resistors.

Tolerance is a measure of how precisely a resistor has been made relative to a specified value. Most through-hole resistors have a tolerance of 20%, which means that its actual value could be up to 20% greater or lower than its specified value. SM102031752JE has a tolerance of 10%, which makes it one of the most accurate and reliable resistors in the market.

The working principle of SM102031752JE is very simple. Electrical current is provided to the resistor, and heat is generated as a result. This heat is then dissipated through the housing of the resistor. Heat generation is proportional to the VS square, meaning that the greater the voltage across the resistor, the higher the temperature. This increases the energy efficiency of the resistor when compared to other components.

SM102031752JE is one of the most popular Through Hole Resistors available in the market. It features excellent power rating, temperature coefficient, and tolerance, providing maximum accuracy and reliability. It is also very easy to install and replace, making it an ideal choice for many applications.

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