H4287RBCA

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Through Hole Resistors are a common type of resistor used in many applications. The H4287RBCA is a through-hole style resistor designed for high power circuitry that requires a reliable, low-impedance connection. It is rated for up to 5 Watts of continuous power, with a maximum power rating of 7 Watts. It is also rated for high frequency applications up to 500MHz.

The H4287RBCA is available in a wide range of sizes, as well as in both standard and custom values. It is a carbon-based film resistor, and it features a gold-plated housing and terminals that provide reliable contact and low-resistance connections. The resistor is also temperature stable and heat tolerant, and it is protected against environmental damage by its durable epoxy coating.

The H4287RBCA has many possible application fields, including power supplies, motor control circuitry, automotive electronics, and audio amplifiers. It is also suitable for many types of high power switching circuitry, including Class D amplifiers. The resistor has a high accuracy rating, and it is suitable for applications requiring precise values.

The working principle of the H4287RBCA is based on the Ohm’s law, which states that the current through a conductor between two points is directly proportional to the potential difference across the two points. The resistor itself is a passive component, and it works by creating electrical resistance in a circuit. This resistance is determined by the resistors size, material, and construction. The H4287RBCA takes advantage of this principle by offering a range of different sizes and values to suit specific power levels and applications.

The H4287RBCA is an ideal choice for many applications, as it is reliable, low-impedance, and durable. It has a wide range of ratings and values, and its gold-plated terminals provide a reliable and low-resistance connection. It is also suited to applications with high power requirements, and it is temperature stable and heat tolerant. The H4287RBCA is a great choice for many power, audio, and motor control applications, and its high-accuracy values make it suitable for applications requiring precise values.

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