MBB02070C5760DRP00

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Through Hole Resistors are important components in electrical and electronic systems. There are a variety of resistor configurations and designs, each providing their own unique set of advantages and disadvantages in an application. One example is the MBB02070C5760DRP00 Through Hole Resistor, which not only provides excellent electrical characteristics, but also offers a unique form factor. This article will discuss the application field and working principle of the MBB02070C5760DRP00.

The MBB02070C5760DRP00 Through Hole Resistor is a low-impedance, precision metal film resistor with an exceptionally wide range of resistance values. It is designed to provide accurate and reliable operation between -55°C and +155°C, and is ideal for applications that require high reliability and low-noise performance. It is available in surface mount and through hole designs, and offers a variety of features such as high current, high voltage, and high frequency thin film technology.

The MBB02070C5760DRP00 Through Hole Resistor is suitable for use in a wide range of applications, from automotive and consumer audio to power-electronics, satellite communication systems, and LED lighting. This resistor is particularly well-suited for power management applications due to its wide temperature range and low impedance. It is also ideal for high-frequency switching applications, as it is relatively low-leakage and has improved impedance characteristics.

The MBB02070C5760DRP00 Through Hole Resistor is also highly reliable, with an excellent noise profile, low thermal resistance, and minimal drift throughout temperature cycling. In addition, it is rated up to 5.0 watts at temperatures up to +155°C, offering significant power dissipation for a wide range of applications.

The working principle of the MBB02070C5760DRP00 Through Hole Resistor involves its design, which includes a thin metal film along with a typical case body with two electrical connections. The resistance value is determined by the ratio of the applied thickness of the metal film to the length of the thin film. The metal film is usually composed of an alloy of antimony, nickel, and manganese, and is layered between dielectrics. The thin film then runs along the substrate, which conforms to an external shape and heat sink. Heat is transferred through the substrate during operation, with the majority of dissipated heat generated in the film.

In operation, the resistor absorbs energy generated by a signal current and converts it to heat energy, which is then dissipated through the substrate as thermal energy. The amount of energy dissipated is determined by the resistance value of the resistor, which is typically in the range of 1 ohm to 1 megohm (1,000,000). The amount of power transferred is also dependent on the current applied, so it is important to ensure the current applied does not exceed the rated power of the resistor.

Overall, the MBB02070C5760DRP00 Through Hole Resistor is a versatile and reliable electrical component that offers excellent performance characteristics. It is suitable for a variety of applications, from automotive and consumer audio to power electronics, satellite communication systems, and LED lighting. Its unique design ensures a low-impedance, precision metal film with temperature range and reliability. It is also rated up to 5.0 watts at temperatures up to +155°C, offering significant power dissipation capabilities. Finally, its working principle involves the thin film layer of metal alloy along with a standard substrate conforming to an external shape and heat sink. Together, the MBB02070C5760DRP00 Through Hole Resistor offers an excellent balance of performance and reliability for a wide range of applications.

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