H415KBCA

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Through hole resistors are a type of resistor that is designed for use in electronics, and the H415KBCA is an excellent example of this. This resistor is specifically designed for use in high-volume applications. The H415KBCA is a four-terminal resistor with a wide range of resistance values from 0.05 ohms to 1.2 kohms, making it suitable for applications where high resistance accuracy is required. It is also capable of handling high amounts of current, up to 8 A. Additionally, the H415KBCA has a wide operating temperature range of -20° Celsius to 120° Celsius, making it suitable for a variety of applications.

The H415KBCA has a two-piece construction, consisting of a ceramic body and a metal end cap. The ceramic body is made of a high-temperature alumina ceramic material and is capable of dissipating heat efficiently. The metal end cap is composed of a magnesium oxide contact material which helps prevent corrosion and wear. The two pieces are then joined together using a specialized epoxy, ensuring long-term reliability.

The H415KBCA uses a pair of wire-wound resistors to create the desired resistance level. The resistors are then placed inside the ceramic body and mounted to the metal end cap. This assembly allows for a higher level of accuracy as well as greater levels of current handling than a single-element resistor would be capable of. Additionally, the ceramic body and metal end cap provide an environmental seal around the resistors, protecting them from vibration and moisture.

The primary application field for the H415KBCA resistor is power management. It is designed to provide a high level of accuracy and reliability in power supply circuits, circuit protection, voltage regulation, and a variety of other applications. H415KBCA resistors are also commonly used in automotive, aviation, and industrial control applications. The combination of high current handling, good thermal characteristics, and a wide operating temperature range makes the H415KBCA an ideal choice for these demanding applications.

The working principle of the H415KBCA resistor is based on the use of wire-wound resistors. As current flows through the resistors, the heat generated by the electrons passing through them is dissipated by the ceramic body and metal end cap. This helps to regulate the temperature of the resistors, ensuring they remain stable and their resistance level remains consistent over time. The two-piece construction also helps to reduce vibration which can affect the accuracy and reliability of the resistor.

The H415KBCA resistor is an excellent choice for high-volume applications requiring accurate and reliable power management. Its two-piece construction provides high levels of current handling, good thermal characteristics, and a wide operating temperature range. In addition, its wire-wound resistors create a highly accurate and stable resistance level. For these reasons, the H415KBCA is an ideal choice for applications in power management, circuit protection, voltage regulation, and automotive, aviation, and industrial control systems.

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