40F250E

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A 40F250E Through Hole Resistors is a powerful resistor for applications where space is not a factor. It is essential for any application that requires significant power, reliability and accuracy. The technology and materials utilized guarantee a high level of performance over a very wide range of temperatures and applications.

This Through-Hole Resistor is optimized for the applications that require high power and reliability. It is designed to handle both DC and AC operation. 40F250E is composed of three levels of resistance elements, each of which is electrically isolated from the other and can be connected in series or parallel. The resistor can handle temperatures up to 200°C, with a current rating of up to 500mA.

The connection of the 40F250E Through Hole Resistor can be made using a flange or a flush mount connector. It has a single-turn design, with a stainless steel bolt head and a self-locking nut. This ensures that the resistor does not get loose or change its resistance values during operation. The construction ensures that the connection is made securely and accurately.

The resistor can also be used in a monolithic design, which provides greater reliability and accuracy. The resistors are manufactured according to the standards of MIL-R-837, ensuring optimal performance. The temperature of the resistor can be adjusted by adding or removing thermal resistance elements. This ensures that the resistor can handle the heat generated by high power applications.

The 40F250E Through Hole Resistors is suitable for a variety of applications, including power electronics, computers, lighting, power supplies, audio equipment, and medical device applications. It is also suitable for aerospace, robotics, and instrumentation applications. This resistor can also be used in computers and audio systems since its large power handling capacity helps to minimize the amount of heat generated.

The working principle of the 40F250E Through Hole Resistor is simple. The resistor is composed of two sets of resistors in series, each having specific resistance values. The two sets are connected in parallel, creating an electrical circuit. When current flows through the resistor, a voltage drop is created. This voltage drop corresponds to the resistance of the resistor. This voltage drop can be used to measure the resistance and accuracy of the resistor.

The 40F250E Through Hole Resistor is one of the most reliable and accurate resistors available. It is often used in medical, aerospace, and military applications. Its durability and accuracy make it a reliable component in any application. The resistor is suitable for use in applications that require accurate readings and changes in resistance.

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