FMP200JB-52-0R27

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Through Hole Resistors have become a staple component in electrical engineering and designers are often faced with the challenge of selecting the perfect device for their application. The FMP200JB-52-0R27, is a through hole resistor that is well-suited for many applications. Through a better understanding of its application field and working principle, designers can make a more informed decision when selecting this component.

First, it is important to understand the application field for the FMP200JB-52-0R27. This resistor is suitable for applications including power supplies, LED lighting solutions, automotive electronics, instrumentation, and digital systems. This is due to its excellent thermal stability and low noise properties, allowing for reliable operation in hot, cold, and humid environments. Additionally, the FMP200JB-52-0R27 is especially well-suited for high-current applications, due to its high power dissipation rating of 1W.

The FMP200JB-52-0R27 also has a number of other features that make it suitable for various forms of technology. As an axial-leaded resistor, the FMP200JB-52-0R27 is ideal for wave soldering processes due to its compact size and aligned leads. This makes them suitable for use in consumer electronics, where space is limited, as well as in industrial applications. Additionally, the resistor is made from a thin-film material, which provides excellent stability, low temperature coefficient of resistance, and a wide resistance range.

Next, it is important to understand the working principle of the FMP200JB-52-0R27. This through hole resistor utilizes a resistive element, made from a thin-film material, and is deposited on a ceramic body. This element is then connected to two metallic conductive ends which are sealed and hermetically sealed with a lacquer coating. The two ends form the resistor’s leads, which are typically connected to the circuit board.

When current passes through the device, the resistive element experiences a small increase in temperature due to the energy created by the current. The FMP200JB-52-0R27 uses a high thermal conductivity material to dissipate the generated heat, while keeping the electronic components in the application cool. This feature helps to ensure the device works reliably in applications with a wide temperature range.

Lastly, it is important to understand the characteristics of the FMP200JB-52-0R27. This through hole resistor offers a wide resistance range of between 0.1 and 1K ohm with an accuracy of +/- 5%. The device also features a low temperature coefficient of resistance, meaning that it will be more reliable in hot and humid environments. Additionally, due to its small size and equal lead spacing, the device is perfect for wave soldering processes.

In conclusion, the FMP200JB-52-0R27 is a through hole resistor that is specially designed for high-current applications. With its excellent thermal stability, low noise properties, and wide resistance range, the device can be used in a variety of applications such as power supplies, LED lighting solutions, and automotive electronics. Its combination of low temperature coefficient of resistance and hermetic seal allow the device to work reliably in environments with a wide temperature range. Due to its small size, equal lead spacing, and high power dissipation rating, the FMP200JB-52-0R27 is especially well-suited for use in consumer electronics and industrial applications.

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