AVE030020E1R60KE

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Adjustable power resistors have been playing an important role in many applications, ranging from heating and cooling circuits to power electronics and power management. AVE030020E1R60KE is a special type of adjustable power resistor, capable of offering characteristics such as wide temperature range (0°C to +150°C), low insertion loss, low switching noise, and high power rating (up to 500W).

Application Field

AVE030020E1R60KE adjustable power resistors are most commonly used in power managers, providing them with adjustable current or voltage that can potentially reduce losses and/or increase efficiency. This adjustable power resistor is also often used in high-power switching applications, where its low insertion loss and low switching noise make it an ideal choice. In addition, its wide temperature range makes it suitable even in extreme environments.

Another major application of AVE030020E1R60KE adjustable power resistors is in heating and cooling circuits, where they can offer precise and efficient control over the temperature. In such applications, the adjustable power resistor\'s temperature range is extremely useful, as it can be adjusted to the desired temperature within a few milliseconds.

Additionally, AVE030020E1R60KE adjustable power resistors are also used in process control, home appliances, automotive systems, and many other applications that require accurate control over power and temperature.

Working Principle

The working principle of AVE030020E1R60KE adjustable power resistors is simple. It is an adjustable element that consists of two resistors connected in series. A connection terminal is used to adjust the total resistance of the circuit. The resistance is adjusted by increasing or decreasing the resistance of either of the two resistors. This is done to achieve the desired voltage or current for the application.

In terms of power and temperature control, the AVE030020E1R60KE adjustable power resistor works on the principle of varying resistance. As the temperature increases, resistivity increases, resulting in an increase in the total resistance of the circuit. This increase in resistance causes the current to reduce, thereby reducing the power and temperature.

Conversely, when the temperature decreases, the resistivity reduces, causing the total resistance to reduce. This reduces the current, increasing the power and temperature.

AVE030020E1R60KE adjustable power resistors are highly efficient components, as they provide accurate control of both power and temperature. Additionally, their wide temperature range and low power dissipation make them suitable for a variety of applications. Thus, these adjustable power resistors are rapidly gaining popularity in many industries.

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