MFR25SFRE52-348R

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Through Hole Resistors consist of a core element and some other components which act to protect the resistor from damage due to extreme temperatures, high currents, and heavy vibrations. MFR25SFRE52-348R is one type of Through Hole Resistor. This resistor is designed for high temperature and fast ratio changes, and it has the ability to work in the environment of extreme shock and vibration.

The core element of MFR25SFRE52-348R is a ceramic core with thin film metal alloy strips embedded into the ceramic. The thin-film metal alloy strips act as temperature coefficients that resist the voltage fluctuation in the device. The ceramic core serves to keep the resistor from burning out, and helps it to dissipate heat generated from internal power losses. The core also holds the thin-film metal alloy strips in place, creating a high-impedance barrier. The other components of the resistor employ similar design techniques, as they must all interact together to achieve the desired functionality.

The resistor is placed between two terminals which feed the voltage and current through the resistor. When the load current passes through the resistor, the voltage drop across the resistor is determined by the resistance. This process is called Ohm’s Law, and it is used to calculate the resistance value of the resistor. The temperature coefficient of the resistor is also affected by this voltage drop, thus changing the amount of voltage necessary for a given current to pass through the core and thin-film metal alloy strips.

The MFR25SFRE52-348R is designed to operated at a high temperature range, and also has higher than average power ratings which allow it to handle much larger power demands. This feature of the resistor makes it more advantageous than other types of Through Hole Resistors. Moreover, MFR25SFRE52-348R also has a fast response time when changing input current or voltage, and this is due to its ability to absorb heat due to its ceramic core. This feature is important because it responds quickly to changes in power loads, allowing for more efficient operation.

Additionally, MFR25SFRE52-348R is designed to withstand heavy vibration and shock, which makes it extremely durable and resistant to damage. The thin-film metal alloy strips are also designed to deliver a higher accuracy in resistor value due to their increased temperature range and fast response time. This allows for more accurate measurements and better accuracy when compared to other Through Hole Resistors.

To conclude, MFR25SFRE52-348R is an advanced Through Hole Resistor with a wide operational temperature range, high power ratings, superior accuracy, and shock and vibration resistance. It is an ideal choice for applications that require precise resistance measurements, reliable performance in extreme conditions, and fast response times.

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