H415K4BYA

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Throughhole resistors are resistors that are mounted and soldered onto printed circuit boards (PCBs). They are passive electronic components that are designed to reduce voltage, current, and/or power. H415K4BYA is a specific model of through hole resistor. This resistor is designed and manufactured by a company called Yageo. The H415K4BYA through hole resistor can handle up to 115W at a maximum voltage rating of 400V.

The H415K4BYA is a surface mount resistor with a four-band color code. It is a high-powered resistor with 300W power rating at either 70°C or 85°C. The component has a tolerance of ±5% and maximum voltage rating of 400V. The H415K4BYA is made from an alloy of nickel and chromium-iron, which gives it the resistance value of 415k. This through hole resistor is constructed in either axial leaded or radial leaded styles.

The H415K4BYA through hole resistor can be used in a wide range of applications including railway vehicle control systems, power supply, and automotive components. It can be used as a resistor in power supply circuits. The resistor functions as a load, limiting the current in the circuit. This decreases the risk of electric shock, power surge, and short circuit. It can also function as a voltage divider. The resistor divides the voltage across its terminals, allowing voltage regulation within the circuit.

The working principle of H415K4BYA through hole resistor is relatively simple. The electrical current is passed through the resistor, reducing the current\'s magnitude and changing its direction. The voltage across the resistor is also reduced as a result of the current passing through it. This process is known as ohmic resistance, and it is the basis of how the H415K4BYA functions. The material used in the construction of the resistor further dictates how much resistance is achieved between the component’s terminals.

The H415K4BYA through hole resistor is a popular choice for applications that require a high power rating, superior reliability, and long-term resilience. It is a cost-effective and easy-to-use component that is widely available. The resistor’s low failure rate and ease of use make it suitable for a variety of applications.

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