ALSR0325R00FE12

Through Hole Resistors consist of a combination of two basic components - a ceramic core and a resistive element, such as carbon, metal oxide, or semiconductor material. The ceramic core provides a support for the resistive element and also helps to keep the physical size of the resistor small. The resistive element stores the energy required to pass current through the resistor and provides the desired resistance value.

One particular type of Through Hole Resistor is the ALSR0325R00FE12. This type of resistor provides a maximum power dissipation of 10 watts and is available with either single or dual-track configurations. The ALSR0325R00FE12 is well-suited for high frequency, high temperature applications due to its ability to withstand an operating temperature of up to +205°C. Furthermore, the resistor has an electrical insulation property of 5 megohm minimum.

In terms of its application field, the ALSR0325R00FE12 possesses the characteristics desired for use in circuits requiring high power dissipation, such as in radio frequency power transistors, and microwave circuitry. It also finds applications in military and industrial facilities operated in high-temperature, hostile environments. Examples include automotive lighting, medical imaging, floor heating systems, and appliances.

The working principle of the ALSR0325R00FE12 is relatively simple. When current passes through the resistor, energy is dissipated as heat in the resistive element. The energy dissipated is a product of the current flow multiplied by the voltage. This is known as Ohm’s law, V=IR. The amount of energy dissipated is then determined by the resistor’s resistance value and the power rating of the resistor itself. As the current through the resistor increases, so too does the energy dissipated, and eventually, the resistor will reach its maximum power rating and the resistor will begin to heat up.

In conclusion, the ALSR0325R00FE12 is a Through Hole Resistor well-suited for high frequency, high temperature applications. With its high power capability, the resistor finds applications in military, industrial, and medical systems requiring high power dissipation. The working principle of the ALSR0325R00FE12 is based on the simple principle of Ohm’s law which states that when current through the resistor increases, the amount of energy dissipated increases.