MBA02040D3003BC100

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Through Hole Resistors

A Through Hole Resistor (THR) is an electrical resistance device which is used to regulate the current flow in an electrical circuit. It is one of the most common electronic components used in the construction of electronic circuits. Through hole resistors have been around for many years and are still used in circuit board designs today. The THR consists of a substrate material which is used to insulate and support the resistor element. This substrate material can be either ceramic, glass, or plastic. The THR also includes two electrical connection terminals which are used to apply a voltage to the resistor.

The THR\'s distinctive form factor makes it suitable for applications in which the component must remain stationary, and a significant amount of electrical current is not expected. This is achieved by using a resistor element that is etched into the substrate material. This ensures that the resistor element is securely mounted within the circuit board and will not be displaced when electrical current is applied. Additionally, the THR\'s substantial dimensions impart an advantage in certain noise-sensitive designs, as the increased mass of the component reduces the susceptibility to electrical interference.

The THR is ideal for applications where consistent performance is required over a long period of time. The build materials used to create the THR contribute to its durability. Ceramic substrates provide excellent temperatures stability, so the THR will function as expected even when its environment is subjected to extreme temperature fluctuations. Additionally, THR designs that include glass substrates will typically exhibit higher dielectric strength than those using plastic subtrates.

Due to its two-terminal configuration, connecting the THR to a circuit is straightforward. Standard through hole mounting techniques can be used, allowing for rapid prototyping with minimum assembly complexity. This makes THR a popular choice in the development and testing of circuit designs.

MBA02040D300BC100
The MBA02040D300BC100 is a high-powered through hole resistor which is designed to function in extremely noisy electrical environments such as automobile engines, high-voltage switching power supplies, and microwave applications. The resistor element is formed from a special, high-conductivity alloy which has been designed to minimize noise. This ensures that electrical interference will not degrade performance or cause errors in the system. The resistor has excellent overload protection, with its design allowing it to handle prolonged periods of electrical overloading without sustaining any damage or failing.

The MBA02040D300BC100 is capable of dissipating up to 800W of power without sustaining any permanent damage. This makes the THR an ideal choice for power-dependent applications such as large switching power supplies, automotive ignition systems, and high-powered consumer electronics. With its robust construction and excellent temperature stability, the THR is suitable for use in both commercial and industrial applications.

The MBA02040D300BC100 is also highly reliable in comparison to other types of resistors. The substrate materials used are strong and durable, so the resistor will continue to perform as expected even in difficult environments. Additionally, the resistor element is designed to handle large amounts of electrical current without compromising its performance or reliability. This makes the THR an ideal choice for many designs in which long-term performance is a priority.

In conclusion, the MBA02040D300BC100 is a high-powered through hole resistor which is designed to function in extremely noisy electrical environments. Its robust construction and excellent temperature stability make it an ideal choice for applications which require reliable performance over an extended period of time. The THR\'s distinctive form factor and two-terminal connection make it an easy component to incorporate into circuit designs, thus making it a popular choice in the development and testing of circuit designs.

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