4820P-T02-202

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A resistor network is an electrical group composed of two or more individual resistors linked together in some fashion, be it in parallel or in series. Resistors can be connected together in a variety of ways, and networks like the 4820P-T02-202 have become an increasingly popular choice for electronic designers looking to minimize the costs of and/or conserve space in their designs. It is a package of four mini power resistors rated at 2W, connected in a series/parallel array.

Features of the 4820P-T02-202 Array

The 4820P-T02-202 array is a 4-terminal network of resistors in a small, but robust, package. This package provides several features that are attractive to designers, including:

• High thermal resistance
• Lead-free, environmentally friendly construction
• Robust silicone-filled construction
• High dielectric strength
• Excellent thermal-audio noise performance
• Four 0.5W resistors in one component

Applications of the 4820P-T02-202 Array

The 4820P-T02-202 array is a great choice for a variety of applications. These applications can be found both in the commercial and industrial sectors, and they include:

• Power electronic circuits
• DC/DC converters
• Power surge protection
• Glitch filtering
• Telecommunication systems
• Multilayer (ML) ceramic substrates
• Medical imaging systems
• High-power audio equipment

Working Principle of the 4820P-T02-202 Array

The working principle of the 4820P-T02-202 can be explained as follows:

When a voltage is applied across it, each resistor in the array has the potential to limit the flow of current. This means that the overall resistance of the array is the sum of the individual resistances. In other words, the array will present an overall resistance that is either higher or lower than any single resistor within it. Depending on the application, this can be beneficial or detrimental.

In addition, the 4820P-T02-202 array provides excellent noise suppression; the overall resistance of the resistor array effectively filters out any high-frequency interference signals, thus reducing the amount of undesirable noise produced by the system.

Finally, the 4820P-T02-202 array is designed with a thermal-audio noise reduction system. This system contains various components designed to reduce the amount of heat generated by the resistors, and the corresponding noise that would otherwise occur. This allows the array to operate more efficiently and with less heat output.

Conclusion

In conclusion, the 4820P-T02-202 array is an attractive choice for designers looking for a cost-effective and space-saving solution for their electronic systems. This array offers a high thermal resistance, robust construction, numerous features, and excellent noise suppression. It is also designed with an advanced thermal-audio noise reduction system to ensure a more efficient and safer operation. The 4820P-T02-202 array can be used in a variety of commercial and industrial applications, such as power electronic circuits, DC/DC converters, and telecommunication systems.

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