MK1131FE-R52

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Through Hole Resistors are one of the most important components in an electrical circuit. A Through Hole Resistor, such as the MK1131FE-R52, is an electrical component that has two terminals connected to an insulating material. This insulating material provides protection against the flow of current and short circuits while limiting the amount of power that can pass through its terminals. The MK1131FE-R52 is a through hole resistor originally designed for military applications.

The MK1131FE-R52 is made up of two thin layers of resistive material, a rectifier bridge, and a ceramic stanchion. The rectifier bridge is a critical component of the MK1131FE-R52 and is the source of its low-noise and high-reliability performance. The rectifier bridge helps reduce thermally-induced noise generated by the component as well as providing very high reliability and accuracy. This type of resistor is based on a unique technique called thermally-conductive locking, which helps to reduce the loss of energy over time.

The MK1131FE-R52 is also optimized for very low trade-off, which means it provides an excellent combination of voltage rating, power rating, accuracy, and temperature coefficient. The voltage rating indicates how much voltage the resistor can safely handle; the power rating indicates the maximum amount of power the resistor can safely dissipate; and the temperature coefficient indicates the rate at which resistance values can change with temperature. The MK1131FE-R52 also features a thick rectifier bridge which helps the resistor maintain its optimal performance over time.

The main application of the MK1131FE-R52 is in military and aerospace systems. This component was designed for the harshest environments, and its robustness means it can be used in a variety of applications, such as aircraft control systems, helicopters, satellites, radars, and other military and aerospace equipment. Additionally, this resistor can be used in consumer products such as laptops, automotive systems, and other mobile applications.

The working principle of the MK1131FE-R52 is simple and straightforward. The resistor consists of two separate resistive layers which are connected to a rectifier bridge. When a current is passed through the device, electrical current flows through one layer, while the other layer remains at zero voltage. The voltage difference between the two layers produces a voltage drop across the device, and this voltage drop is limited by the total resistance of the layers. This resistor also utilizes thermally-conductive locking, which ensures that the resistance remains consistent over time, even when subjected to extreme temperature variations.

Overall, the MK1131FE-R52 is an extremely reliable and accurate through hole resistor that is designed for use in the most demanding environments. It features a thick rectifier bridge and is optimized for very low tradeoff, providing excellent performance in terms of voltage, power, and temperature coefficient. The main application of this resistor is in military and aerospace systems, although it can also be used in consumer products and automotive systems. The working principle of the MK1131FE-R52 is simple and utilizes thermally-conductive locking to ensure consistent and reliable performance over time.

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