MBA02040C5119FC100

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The MBA02040C5119FC100 resistor is composed of two metal plates with a spacer plate sandwiched between them. The two plates are connected by terminals or screws to the spacer plate. The two plates can be made from different materials such as carbon, metal, or ceramic. The spacer plate is made from a material that provides the desired resistance to the electrons flowing through the resistor. This resistance creates a voltage drop that allows the current to be safely lowered to the desired level.

Application field

The MBA02040C5119FC100 is typically used in applications requiring precise voltage adjustment or temperature compensation. It can be used in circuits using dc or ac power, such as audio and video equipment, medical imaging, process control, and automotive electronics. These resistors are also used to maintain constant voltage over a wide range of temperatures, providing stable operation regardless of the surrounding environment. They are also often used in voltage dividers to regulate current flow in applications such as DC power supplies.

Working principle

The MBA02040C5119FC100 resistor works by controlling the flow of electric current through the circuit. The resistor is connected between two conductors and is composed of two metal plates and a spacer plate. As current flows through the resistor, some of the energy is dissipated as heat. The amount of heat produced depends on the resistance and the amount of current flowing through. As the temperature of the resistor increases, the resistance value also increases, which causes the current to be lowered and the voltage to be regulated.

The MBA02040C5119FC100 is an excellent choice for applications requiring precision voltage regulation or temperature compensation. It is easy to install and can be used in a wide variety of circuits. It provides reliable performance over a wide temperature range, providing stable operation regardless of its surrounding environment. Its ability to precisely regulate voltage and current makes it an ideal choice for a variety of applications.

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