H475RBCA

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Through Hole Resistors have been around for quite a while and are used for various purposes in the world of electronic engineering. The H475RBCA resistor is a type of Through Hole Resistor with a ceramic body, which is designed to provide high power rated resistors for applications such as power circuits and high power electronic components. The H475RBCA resistor is a high power rated resistor that is used in many applications due to its high power ratings, long-term stability, and its low resistance coefficient.

The H475RBCA is a through-hole ceramic-style resistor featuring a leaded frame and ceramic body construction with through-hole construction for compatibility with larger printed-circuit boards (PCBs). It is designed for applications in which the resistor is used to limit current and prevent power surges. This type of resistor is also used to protect sensitive equipment from electrical damage due to excessive current or voltage. The main application for the H475RBCA is power circuits such as power supply circuits, motor control circuits, and high-precision analog circuits.

The H475RBCA has a unique construction which is designed to provide high power ratings with minimal temperature rises during operation. This is achieved through the combination of a thick-film ceramic resistor element with an aluminum-oxide insulation coating which ensure a high temperature tolerance. The thick film ceramic resistor also provides superior thermal shock and vibration stability for reliable performance.

The H475RBCA is designed to provide a high power rating with very low resistance in order to minimize dissipation losses. The resistor also features a low offset voltage and low noise performance, making it suitable for applications such as power supply regulation. Additionally, the H475RBCA is designed to offer a high-precision, stable resistance value over a wide temperature range. This ensures that the electrical properties of the resistor remain consistent even when subjected to extreme temperatures.

The working principle of the H475RBCA is based on Ohm’s Law, where the current is inversely proportional to the resistance. When a voltage is applied across the resistor, a current passes through the resistor, which is determined by the level of resistance in the resistor. The resistor converts electrical energy into heat, which is why the resistor heats up when in operation.

The H475RBCA is a high power rated ceramic resistor that is designed for use in applications requiring high power levels. Its high power rating and low-resistance coefficient make it suitable for use in power supply circuits, motor control circuits, and high-precision analog circuits. Additionally, its low offset voltage and low noise performance make it ideal for applications in which the resistor is used to protect sensitive equipment from electrical damage. Lastly, the H475RBCA is designed to offer a high-precision, stable resistance value over a wide temperature range in order to ensure reliable performance and consistent electrical properties.

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