WW1FT2K00

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Through Hole Resistors

WW1FT2K00 is a specially designed through-hole resistor that employs a combination of resistor design and placement to provide significant power saving solutions. The resistor is usually found in high-current applications, such as motors, audio amplifiers, and other high-current applications. It is designed with two layers of evenly distributed metal electrodes, a central contact and an insulated layer of resistive material between them.

Power Saving – PTC’s

Power saving is the main function of the WW1FT2K00 through-hole resistor. One of the methods it utilizes is with its use of Positive Temperature Coefficient (PTC) resistors. With the PTC resistor, the resistance of the resistor is dependent on the temperature of the resistor. As it heats up, the resistance increases, which reduces the current draw of the circuit. The advantage being that it will reduce heat be eliminating current draw when the current and heat is not needed.

Thermal Resistant Coated Guards

The WW1FT2K00 also features a thermal-resistant coating that helps to limit the amount of heat that is generated in the resistor. It does this by forming a heat shield over the circuitry. This shield prevents any of the heat generated in the resistor from radiating out into the surrounding environment.

Power Management – Bypass Element

Another feature of the WW1FT2K00 is its inclusion of a bypass element. This element is used to reduce the power consumption of the circuit by allowing the current to bypass the resistor when it is not needed. This element helps to conserve both energy and reduce heat. Additionally, it will also help stabilize the voltage across the resistor.

Lower Operating Temperatures

The WW1FT2K00 helps to keep the temperature within the resistor close to room temperature, even under heavy loads. This allows the circuit to operate for a longer duration with no loss of system performance. The heat that is generated in the resistor will be dissipated evenly throughout the entire form, reducing heat buildup in any one area.

Applications

Due to its power saving, thermal resistant, and its bypass element, the WW1FT2K00 is ideal for high-current applications, such as those found in motors or audio amplifiers. It is also well-suited for HVAC systems, RF components, and high-current DC power supplies. The WW1FT2K00 is the perfect choice for a wide variety of applications.

Working Principle

The working principle of the WW1FT2K00 through-hole resistor is to use its combination of resistor design and placement to provide power-saving solutions. The design of the resistor includes two layers of evenly distributed metal electrodes, an insulated layer of resistive material, and a central contact. The insulated layer of resistive material causes the current to travel in one direction only. The central contact then works to redirect any surplus current in the circuit into the ground.

The PTC resistor allows the resistance to increase when the temperature rises, reducing the amount of current drawn when the temperature and power is not needed. The bypass element is used to help conserve energy and limit heat buildup in the resistor. It will allow the current to bypass the resistor when not needed. The thermal-resistant coating helps to reduce the amount of heat that is radiated from the resistor. All these features work together to ensure the optimum performance of the through-hole resistor.

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