WW4JB150R

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Through Hole Resistors are essential components in any electrical or electronic circuit for providing resistance to the flowing current. The most common types of these resistors include the resistor networks, metal oxide film resistors, carbon film resistors and current sensing resistors. The WW4JB150R is one such resistor belonging to this category as it provides a convenient way to control the current flows in an electronic device.

The WW4JB150R Through Hole Resistor is a cylindrical, heat-resistant ceramic disc encased in an aluminium shell, and is designed to handle short-term increases in temperature without affecting its overall performance. Typically, the resistor measures 3.2mm in diameter and 7.3mm in length. It has an insulation resistance of>100MΩ and a normal operating temperature range of -40°C to +125°C.

The WW4JB150R Through Hole Resistor is predominantly used for voltage stabilization, current-limiting, and impedance-matching in AC/DC switching power supplies, variable speed drives, and other electrical and electronic applications. Furthermore, it is also used in audio systems, including sound systems, amplifiers and speakers as well as for controlling the speed of fans and motors. It is widely used in toys, air conditioners, microwave ovens, and many other consumer electronics.

The working principle of the WW4JB150R Through Hole Resistor is quite straightforward. Upon connecting it in a circuit, it acts as a bridge between two points in the circuit, reducing the current flowing through the path when a voltage difference is generated across its two terminals. This change in the current occurs due to the resistance offered by the resistor, which further limits the current flowing in the circuit.

Overall, the WW4JB150R Through Hole Resistor is an efficient and reliable way to limit the current flowing through any particular circuit and is widely used for both commercial and domestic purposes. With its superior build quality and design, it provides an ideal solution for electrical and electronic engineers who are on the lookout for efficient, cost-effective solutions for their projects.

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