MBB02070C2871DC100

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Through-hole resistors are becoming increasingly popular among engineers because of their versatility and long-term stability. They offer several advantages over other types of resistors, including: cost savings, improved reliability and longer lifetime. In addition, through-hole resistors can be used in a range of applications. One example is the MBB02070C2871DC100 through-hole resistor, which is designed for power control applications.

The MBB02070C2871DC100 is a non-inductive, silicon-based, flip-chip resistor that is manufactured using through-hole technology. It is a high-power resistor that can handle up to 200 volts. The device is constructed from a metal base with a metal oxide layer. It features a soft termination, which helps to minimize ringing and premature failure. Its low-profile design means that it can be used in confined spaces.

The MBB02070C2871DC100 features superior performance and reliability. The device has a low resistance tolerance of 0.1%, making it suitable for precise power control applications. Additionally, it exhibits excellent thermal stability, so it can operate effectively at extreme temperatures. The device also features an extended electrical life-span and a high temperature coefficient, enabling it to maintain its performance over an extended period of time.

The working principle of the MBB02070C2871DC100 is simple. When electricity flows through the device, it causes electrons to flow through the resistor. As a result, a voltage drop is created across the resistor, creating an impedance that limits the amount of current flowing through the device. The amount of resistance and voltage drop are directly proportional, so the higher the resistance, the higher the voltage drop. This is why the MBB02070C2871DC100 is able to handle high levels of voltage.

The MBB02070C2871DC100 through-hole resistor is ideal for a range of high-power applications, such as motor control systems, switch mode power supplies, inverters and more. It offers superb performance and reliability in power-sensitive applications, thanks to its low resistance tolerance and superior thermal stability. The device’s extended electrical life-span and high temperature coefficient also make it an excellent choice for long-term applications.

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