H414KBZA

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Through Hole Resistors refer to components involved in the process of controlling or limiting the flow of electricity in circuits and systems, including semiconductors and circuitry. The H414KBZA Through Hole Resistor is one such component used in applications ranging from consumer electronics and power supplies, to communications and medical equipment. Due to their simple design and ample versatility, these resistors are also popular for DIY and hobbyists projects. They comprise a metal conductor with a formed end that sits inside a plastic or ceramic body, and are designed to work in different voltage, current and temperature ranges.

The H414KBZA Through Hole Resistor comes in a variety of sizes and shapes, offering designers flexibility to choose the model that fits their space requirements at the same time providing the desired resistance. It is available in two power ratings – 25W and 10W – and operates in a range of -55°C to + 150°C. Its combination of standard size and wattage makes the resistor suitable for small-power devices, including tablets, laptops, displays and monitoring systems.

In terms of capacitance, the H414KBZA Through Hole Resistor typically ranges between 0.25pF and 20pF, meaning the component is able to handle a variety of electrical load demands. The resistor features a low thermal coefficient, ensuring its performance across varying temperatures. High insulation resistance of 1.0GΩ helps protect against breakdown and leakage, ensuring the integrity of the component. The resistor comes with a high degree of stability that is able to withstand mechanical shocks and vibrations.

The H414KBZA Through Hole Resistor works on the principle of Joule heating, where the resistance of the element is heated due to the electric current passed through it. This is translated into the ambient temperature of the resistor, where heat generated is dissipated by its housing or its mounting on a printed circuit board. Joule heating improves the efficiency of the current, making it suitable for applications that require continuous operation, such as medical equipment, computers and other heavy-duty products.

To use the H414KBZA Through Hole Resistor, it merely requires mounting it into the holes of a printed circuit board, connecting it to other components and fastening it with screws or terminals. While standard models come with just two terminals, alternative designs, such as the 4-terminal or the 5-terminal resistors, are also available. These are favoured in applications requiring power independent of the main signals, such as telecommunications products and automotive equipment.

In short, the H414KBZA Through Hole Resistor is an invaluable component for applications requiring resistance and thermal stability. Its flexible mounting options and economical price point make it popular for use in communications, consumer and medical products respectively.

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