MBB0207CC4990FC100

The MBB0207CC4990FC100 resistor is part of the Through Hole Resistors category, offering high-performance solutions with dependable and reliable designs. This resistor provides precise resistances, which are highly valued in many applications wherein high current switching has been required. It also provides a low-cost alternative for high power applications.

The MBB0207CC4990FC100 is a non-inductive, non-magnetic, non-corrosive resistor that can be used in a wide variety of applications. This resistor is an ideal choice for applications with a high switching current, such as RF power amplifier designs, medical equipment, and industrial applications – where it is often used in combination with circuit protection and power limiting components.

In terms of its application and working principle, the MBB0207CC4990FC100 utilizes the principles of resistive heat transfer. This process involves the use of electrical current to create a heat transfer mechanism through the resistor. Current flow through the resistor heats up its body, releasing thermal energy in the form of heat. The resistor\'s resistance value is also affected by this process, as the rising temperature increases the electron mobility in the resistor, changing its impedance as the temperature increases. By simply adjusting the current through the resistor, the resistive heat is able to be accurately tailored to the exact needs of the specific application.

This resistor is also engineered for long-term reliability and performance. It is made of a material that is highly resistant to corrosion, thermal shock, and other environmental factors that could affect its operation. Furthermore, its construction is designed in a way that provides excellent quality and repeatable performance in high current switching applications.

The MBB0207CC4990FC100 is a versatile and reliable component that can be used in a wide variety of applications. Its precise and intricate design make it especially well suited for those applications in which high current switching is necessary and accurate resistive heat transfer is desired. This resistor can provide excellent performance and long-term reliability with dependable designs that will last for years.