MBB02070C7871FRP00

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Through Hole Resistors play an important role in countless circuitry designs. In today’s modern electronics, they exist in a variety of forms and combinations, and one of the best known is the MBB02070C7871FRP00. This resistor, specifically designed to hold up against high power, high temperature and high voltage, has numerous applications and works in a unique way. Let’s take a closer look at the MBB02070C7871FRP00 and discuss its application field and its working principle.

The MBB02070C7871FRP00 comes in an axial package comprised of a 3-µm thick performance resistive layer of organic resin. This makes it stable and able to withstand most applications with high temperature and high power. Moreover, its calibrated TCR characteristics and excellent temperature coefficient of resistance ensure uniform resistance throughout the operational range. Its electrical parameters fall in line with the 0.15 W rated power, 50 ppm temperature coefficient and the 0 to +125°C operating temperature. Together, these characteristics make the MBB02070C7871FRP00 ideal for use in high inrush current and high pulse surge applications, such as thermostats, high voltage suppression elements in brushless DC motors and surge protection.

When it comes to the working principle of the MBB02070C7871FRP00, it begins with the layer of organic resin. As electricity flows through the resistor, it passes through the layer, which creates resistance. This resistance then produces heat, which in turn causes the resistor to become electrically insulated, thus regulating the flow of electricity and maintaining the desired DC current. This is the basis of the resistor’s work, and it is primarily applied in high power, high temperature, and high voltage applications.

In conclusion, it is easy to understand why MBB02070C7871FRP00 is such a popular resistor option. Its unique design and construction make it well suited to high temperature, high power and high voltage applications, while its 3-µm thick performance resistive layer of organic resin ensures that it is stable and can withstand any application. Moreover, its electrical parameters make it a great choice for use in thermostats, high voltage suppression elements in brushless DC motors and surge protection, making it an indispensable component in many modern electronics.

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