MOF3WVJT-77-39K

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Through Hole Resistors

Through-hole resistors are resistors with one or more leads that penetrate through a base material and are then held in place with either leaded or surface mount technology. They come in a range of different styles, including those that use film, wire, wire-wound, or mesh constructions.

The MOF3WVJT-77-39K is a through-hole resistor typically used in power supply applications. This resistor is constructed using a combination of leaded materials that are wire-wound and laminated in the middle. It has a resistance of 39K and is rated at a maximum voltage of 25 volts. It also has a tolerance of 0.2%, meaning that the resistance will be within 0.2% of the stated value.

The working principle of this resistor is fairly simple. When a current passes through the resistor, a small voltage drop will occur proportional to the resistance of the resistor. As the value of the current increases, so does the voltage drop. This mean that the voltage across the resistor is inversely proportional to the amount of current passing through it.

Due to the small size and high tolerances achievable, the MOF3WVJT-77-39K is widely used in applications such as power supplies, power converters, circuit protection, and pulse generators. It is also ideal for design applications such as wave shaping circuits, motor speed control, current sensing, and voltage regulation. These small resistors can also be used to lower voltage spikes, attenuate contact bounce, and provide current limiting protection. In addition, they are ideal for resisting interference and controlling current flow.

The MOF3WVJT-77-39K is also durable and long-lasting. It is designed for tough operating environments and is applicable in various temperature ranges. It also features a low thermal coefficient and high stability, meaning that it won’t change its value even after years of constant use. As a result, it is highly resistant to corrosion and oxidation and can be used for many years without degradation.

The MOF3WVJT-77-39K is an ideal choice for various applications since it is very durable, has a high tolerance, and is relatively small. Its performance is dependable, reliable, and consistent, making it an attractive option for many electronic projects.

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