MBB02070C8459DC100

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Through Hole Resistors

MBB02070C8459DC100 is one of the most common through hole resistors. It is widely used in numerous applications from electrical engineering to power management and is utilized around the world. This article will explain the application field and working principle of this particular resistor.

Application Field:

MBB02070C8459DC100 is most frequently used as a voltage divider, which is an electric circuit in which the flowing current is divided into two parts. The primary use of a voltage divider is to reduce the voltage of the current to a suitable level, as dictated by the circuit’s design purpose. These resistors are also used in high-frequency crystalline circuits, as they are designed to not conduct significant AC currents, which can cause disruption and distortion of electrical signals.

Additionally, MBB02070C8459DC100 is utilized as an energy absorber in devices that experience electrical transients. Electrical transients occur when there is a sudden and rapid change in the electrical current, which can result in an overload of electrical components and possibly damage them. The resistor is able to absorb the energy of the transient, thus avoiding damage and preventing unnecessary power losses.

Finally, MBB02070C8459DC100 resistors can be used as isolation elements in a variety of circuits, enabling separate circuits to be powered independently of each other. This reduces unwanted current flow between circuits, preventing unwanted interference or heating of components.

Working Principle:

MBB02070C8459DC100 is a two-terminal non-inductive through hole resistor. It works by limiting the electrical current through either series or parallel connections, depending on the design and application of the circuit. A resistor is linked to two different terminals, enabling the current flow between them to be subject to the resistance of the resistor, which in this case is 20,000 ohms.

In general, the amount of current is reduced by the resistor to the extent that the desired resistance value has been reached. This prevents unwanted and excessive current flow, which can lead to excessive heating, power losses and even damage to the components being powered. In general, higher ohmic values lead to less current flow, while lower ohmic values lead to increased current flow.

In the case of MBB02070C8459DC100, it is designed with a 20,000-ohm value, which is suitable for most purposes and applications. The resistance of the resistor is set through the combination of its physical size and material make-up, which influence the characteristics of electrical current flow.

In summary, MBB02070C8459DC100 is a two-terminal through hole resistor that is typically used as a voltage divider, energy absorber or isolation element in various electrical circuits. This component serves to reduce excessive current flow, preventing damage and other losses to the circuit components. It works by limiting the flow of electrical current between two points, with the resistance of the resistor determined by its size and material composition.

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