WNA150FET Resistors

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Through hole resistors, such as WNA150FET, are used in the electronic technology industry to adjust the flow of electric current. This type of resistor is usually found in circuits where precise current control is required, such as in computers, medical monitoring equipment, and digital signal processors.

The WNA150FET is one of the largest resistors on the market, measuring in at 150 ohms. It can be used for both linear and non-linear applications. It is designed to dissipate energy to prevent overloads, making it an ideal choice for high-power applications. This resistor is also highly durable, with some versions able to withstand temperatures up to 275°F.

The working principle of a Through Hole Resistor is simple. It uses a resistor coil to reduce the amount of current flowing through it. The coil works by creating a small amount of impedance, or resistance, that gradually reduces the amount of current flowing through it. The WNA150FET has a maximum permitted impedance of 150 ohms, so it can handle higher wattage loads.

With the WNA150FET, the resistance is adjustable through the adjustment of two leads, usually three ohms each, to adjust the total resistance. As the resistance of the resistor is decreased, the current passing through it increases. When the resistance is completely closed, the current is fully blocked. This makes it suitable for a variety of applications, such as in analog circuits, digital circuits, and power supplies.

The WNA150FET is an ideal choice for applications requiring sensitivity. The large size of the resistor and adjustable resistance makes it capable of handling high voltage and high wattage loads. Additionally, it is highly durable, which is important for devices that rely on long-term and consistent performance. The WNA150FET is also low-cost, making it an attractive option for engineers and designers alike.

In conclusion, the WNA150FET is an excellent Through Hole Resistor for applications requiring high sensitivity. Its adjustable resistance makes it suitable for digital and analog circuits, and the durable design allows it to endure temperatures up to 275°F. The WNA150FET is a low-cost device that can handle high wattage loads and prevent overloads, and thus is a preferred choice for many applications.

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