H412R4BDA

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Through Hole Resistors are essential components for electronics engineering. They are widely used in various applications, and the H412R4BDA is a type of through hole resistors used for many specific electronic products. In this article, we’ll discuss the application field and working principle of the H412R4BDA.

The H412R4BDA is a through hole resistor designed for ultra-high power-handling applications. It is suitable for applications where extreme environmental conditions, wide temperature ranges, and presence of transients occur. It can be used in automotive, military, and industrial applications, ranging from temperature and humidity sensors to hazardous gas detection and control.

The H412R4BDA has a high stability with a wide temperature range of -55°C to +250°C. It also has a low internal resistance, low offset tolerance and low temperature coefficient, which makes it able to operate in extreme conditions. The H412R4BDA is designed with a rated power of 1.5W, utmost power assisting of 2.3W and utmost overload rescuing of 10A.

The working principle of the H412R4BDA is fairly simple. It is designed to resist a current flow between two points, and uses a small electrical resistance in order to limit the current. This is done by the resistance of the material that makes up the resistor. The current through the resistor is limited by the combination of its own resistance and that of the other components in the circuit. The resistor typically has connecting terminals, so that the resistance of the resistor can be adjusted to meet specific requirements.

The H412R4BDA is designed to resist large overloads and protect components in digital circuits. Its characteristics are suitable for applications where low- and mid-level power supply and filtering is easy, as well as high voltage and temperature applications. It has an extremely low internal resistance, low temperature coefficient and resistance matching, and low thermal conductivity.

The H412R4BDA is an important component used in digital and electrical engineering. Its robust design and wide temperature tolerance make them the ideal choice for any challenging environment. With its high stability and low resistance, the H412R4BDA is the perfect choice for circuit protection and maintaining precision circuits.

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