MBA02040C2002BC100

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Through Hole Resistors are widely used electronic components in the modern era. Also known as axial-lead resistors, they are designed for through-hole mounting onto a printed circuit board (PCB).

MBA02040C2002BC100 is a through hole resistor specifically constructed with a cylindrical, tabbed body that is typically color coded to identify its value. This resistor is designed for high power, pulse applications in circuit designs operating up to 100V DC. This makes it particularly suitable for motherboards, power supplies, switches, and numerous other PCB elements.

The key component of the MBA02040C2002BC100 resistor is a resistor element made from a metal alloy, ceramic, or carbon composition. This component provides a precise and stable electrical resistance by acting as a conductor, and resist any current flow within the circuit. Metal-film resistors are ideal for this purpose, as they offer great accuracy, stability, and various power ratings.

The device’s resistance is determined by the length of its resistive material and its cross-sectional area. The resistive element also includes a glass-fiber insulation that seals it from exposure to moisture and other corrosive materials. A rigid plastic body is further used to protect and contain the resistor and its leads.

The construction of the MBA02040C2002BC100 makes it able to dissipate heat within the circuit in order to prevent it from overburning. This is done by a combination of the resistor’s copper-plated leads being positioned close to each other, and the heat-dissipating plastic material that is encasing it.

Most through hole resistors have a very simple working principle. The resistance element offers a specific electrical resistance, in ohms, to incoming current flow passing through its leads. This resistance restricts the total current that can pass through the resistor, and the voltage across it separates according to Ohm’s law. As a result, the current and voltage in the circuit over the resistor remain separated.

In the case of MBA02040C2002BC100 resistor, the working principle is reinforced by the use of a heat-dissipating plastic body. It helps to resist any excessive heating within the circuit while enabling a smooth, steady current flow. Additionally, the resistor’s color-code allows it to be easily identified and added into a PCB design, enabling precise results in all its applications.

The MBA02040C2002BC100 resistor is designed for use in power supplies, pulse circuits, switches, and any other printed circuit board element which needs a high-current and high-voltage resistive electrical component. The construction of the device and its working principle make it a great option for projects that require the highest levels of precision and accuracy.

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