Y09265R00000Q9L

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Through Hole Resistors are an essential part of electrical and electronic components used in many industries today. Resistors are electrical components that oppose the flow of electric current, resulting in a drop in voltage or a rise in current due to the resistive power. The Y09265R0000Q9L Through Hole Resistor is a thermistor, which is a type of resistor that changes its resistive power when temperature changes.

The Y09265R0000Q9L Through Hole Resistor is ideal for applications requiring a high-temperature environment ranging from -55°C to +195°C. It is designed for high stability, long term durability and low noise operation. The Y09265R0000Q9L Through Hole Resistor consists of a ceramic element, which is coated with electrical conductor. The ceramic element core and the conductor coating act as the two resistive paths in the resistor. In addition, the resistor also has a glass layer, insulation layer and a glass bead.

To operate, the Y09265R0000Q9L Through Hole Resistor draws an electric current from the circuit, which is then passed through the resistive paths created by the ceramic core and conductor coating. The resistive power of the resistor then drops the voltage according to its resistance and that of the surrounding components. The resistor also produces heat, which is dissipated through the glass layer, insulation layer and glass bead.

The Y09265R0000Q9L Through Hole Resistor is a thermistor, so its resistive power is also affected by temperature. When a voltage is applied to a thermistor, it produces a temperature rise due to reverse current and Joule heating effect. This leads to an increase in its resistive power, which is proportional to the amplification of the temperature rise. This property allows the Y09265R0000Q9L Through Hole Resistor to be used in temperature sensing and control applications.

Overall, the Y09265R0000Q9L Through Hole Resistor is a versatile and reliable component suitable for a wide range of temperature-based applications. It is capable of high temperature operation, and is designed for long term reliability. Its thermistor properties also enable it to be used in temperature sensing and control applications.

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