MFP50SBRE52-549R

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The MFP50SBRE52-549R Through Hole Resistor is a widely-used electrical component in many manufacturing and electric power applications. It is an axial-lead resistor that is composed of a cylindrical ceramic body and a flame-resistant coating. It has a tubular body with a solid core. The external metallic flame is used to identify the device type and power. It is commonly used in applications where the operation environment requires high temperature and power dissipation.

The permanent magnet technology employed in the MFP50SBRE52-549R ensures superior protection against thermal and mechanical shocks. It has high resistance against burning, dust, water penetration, and other destructive forces. It has a low-noise operation due to its high capacitance and ripple filtering capability. The device has a low thermal coefficient, good frequency response, and is immunity to many hazardous environmental conditions. Its mechanical design also provides an excellent thermal and moisture protection.

The MFP50SBRE52-549R Through Hole Resistor has an operating temperature range from -55°C to 125°C. Its nominal resistance value is 549 ohms and it has a tolerance of 0.01 ohm. The device offers superior performance and reliability with a wide operating temperature range. Additionally, its excellent temperature stability and good performance are ensured by its double insulation construction. Its current handling capacity is 2.1A and its maximum power dissipation is 30W. The device has a storage temperature range from -40°C to 85°C.

The MFP50SBRE52-549R Through Hole Resistor is mainly used in high-power applications such as automotive electronics, industrial equipment, aerospace, and telecom applications. It is widely used in applications where long-term reliability and increased power efficiency are required. Furthermore, the device is ideal for use in medical equipment due to its excellent temperature stability and its high capacitance for reliable ripple filtering. It is also highly suited for use in applications requiring a high-power resistor, such as in signal processing, data communication, and interfacing applications.

The working principle of the MFP50SBRE52-549R Through Hole Resistor is based on the use of an internal resistive layer. It is bimetallic and its resistive layer is composed of two metal layers, namely a positive and negative layer. When the device is biased, a current flows between the layers causing resistance to be generated. This resistive layer changes its properties (resistance) with temperature variations, which allow the device to be used for thermal sensing. The device has an adjustable resistance range that can be modified by adjusting its internal parameters.

The MFP50SBRE52-549R Through Hole Resistor is an efficient and reliable electrical component that can be used in a variety of high-power applications. It is highly durable and has a wide operating temperature range. It is also a cost-effective solution for applications requiring high-power resistors. Its thermal stability, low-noise operation, and adjustable resistance range make it ideal for use in a variety of signal processing, data communication, and interfacing applications.

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