L175J10KE

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Chassis mount resistors fall into a wide range of categories and have a wide variety of applications and working principles. Of these, one of the most commonly used categories is the L175J10KE type of resistor. This resistor is generally used in applications where performance and low cost are of concern. Some of the most common applications in which this type of resistor may be found include: automotive, industrial, and communications systems.

The L175J10KE series of resistors are available in a variety of sizes and styles and can operate at an operating temperature range of -55ºC to +125ºC. Typically, these types of resistors are constructed with a knurled metal case body, epoxy coating, and nickel-plated terminals. This combination of materials provides superior performance characteristics such as current limit and power stability.

The working principle of the L175J10KE type of resistor is typically based on a pulse-controlled bridge, which makes them ideal for applications where high power stability, high accuracy, and pulse response are needed. As these types of resistors are used in high power applications, they typically have a low power dissipation, making them suitable for applications such as high rate battery charging. Additionally, these types of resistors are designed to have a non-linear voltage drop across them, which allows them to function in both reverse and forward polarities.

When choosing a chassis mount resistor, it is important to understand the application and how the resistor will be used. The L175J10KE is generally chosen for applications that require high performance and low cost. It is also important to consider the construction of the resistor and its material of construction to make sure that it is suitable for the environment in which it will be used. When selecting a chassis mount resistor, it is also important to consider the operating temperature range of the resistor, as this can affect the power dissipation of the resistor.

In conclusion, the L175J10KE series of resistors are ideal for a variety of applications requiring performance, accuracy and cost. These resistors offer superior performance, improved power stability and low power dissipation. Additionally, their construction provides superior performance characteristics and the built-in non-linear voltage drop makes them suitable for use in both reverse and forward polarities. When selecting a chassis mount resistor, it is important to consider the performance, cost, construction, operating temperature range, and other factors before making a purchasing decision.

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