KNP200JT-73-75R

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Through Hole Resistors have become an integral part of today\'s electronics designs, and the KNP200JT-73-75R is no exception. This type of resistor combines high power dissipation with low cost, making it the ideal choice for applications requiring high power dissipation.

The KNP200JT-73-75R is made up of two main components, an assembly base and a glass-filled nylon cover. The assembly base is formed by a cup-shaped metal body base, which houses the actual resistor element. The resistor element itself is also a complex unit, comprised of two ceramic rings, a metal heat sink and a metal braid. The entire assembly is then covered with a glass-filled nylon cover, which provides protection from heat and electrical shock.

The working principle behind the KNP200JT-73-75R is quite simple. As current passes through the resistor, the resistance element resists the flow of current through it, thus generating heat. The heat produced is efficiently dissipated by the metal heat sink, thus providing a steady source of power for the circuit.

The KNP200JT-73-75R is used in applications that require large amounts of power dissipation, such as lighting, audio amplifier circuits, solar power arrays, robotics and power supplies. The high power dissipation allows the power supplying circuit or component to operate longer and at a higher efficiency. The efficiency of the components in the circuit is beneficial in a number of ways, such as reducing the power consumption of the component or circuit, as well as improving its durability.

The KNP200JT-73-75R is able to withstand extremely high temperatures, making it suitable for applications with extreme temperature requirements. It is also able to withstand the thermally induced stresses associated with cyclic stress. This makes it suitable for high frequency switching, motor driver and smart gate operations.

The KNP200JT-73-75R has a wide range of applications, and as such, there are a number of different resistances that can be utilized. In addition, it can be used with a variety of different voltage and current levels, making it suitable for almost any application.

The KNP200JT-73-75R has a low self-heating rate, giving it a high thermal efficiency. This helps to reduce the operating temperature of the device or circuit, resulting in improved performance and less power consumption. Its low thermal impedance ensures that the resistor does not overheat when operating at extreme temperatures.

Overall, the KNP200JT-73-75R is a highly efficient resistive device, that has a wide range of uses in different electronic applications. It is able to dissipate a large amount of heat efficiently, whilst retaining the thermally-induced stresses associated with cyclic stress. Its low self-heating rate ensures that the device or circuit is able to work at optimal efficiency. All these features make the KNP200JT-73-75R ideal for Through Hole Resistors, providing high power dissipation, low cost, and reliability.

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