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Resistor Networks, Arrays: 4116R-2-751 application field and working principle

Resistor networks are integrated circuits (ICs) built out of several resistors. For relatively simple projects, such as a voltage divider or battery pack charger, a single resistor can usually suffice. However, for more complex projects like microcontrollers, communications networks, and touchscreens, more complex networks of resistors are needed to create an effective finished product.

What Is The 4116R-2-751 Resistor Network?

The 4116R-2-751 is a 4-resistive network of series-terminated resistors. This network contains four precision surface mount resistors which function as resistors in an electrical circuit. The 1/4 watt resistors are cermet and have a 25 Ohm ±1% tolerance. The ceramic network offers better isolation, higher input impedance, and better EMI performance than conventional axial-lead discrete networks.

Application Field

The 4116R-2-751 can be successfully used in a wide range of applications from consumer electronics, industrial, and automotive systems to medical electronics and heavy-duty military applications. This network is most suitable for applications that require more than two resistors to be deployed in a single package and it is widely used for signal processing, analog control systems, power filtering, and transformer coupling.

The 4116R-2-751 can also be beneficial for applications in battery management, over-voltage and undervoltage protection systems, pixel switching, audio switching, robot control systems, I/O interface circuits, LED lighting, and digital systems.

Working Principle

As said before, the 4116R-2-751 is a 4-network of series-terminated resistors. This means that each resistor is not connected directly to a circuit but instead is connected in series to the next resistor. This is done to create more complex designs. When current flows through this network, it will be divided up by the resistance of the individual components.

To better understand how this resistor network works, it\'s helpful to consider an example. Take a circuit that requires two resistors connected in series. One resistor could have a value of 10 ohms and the other could have a value of 15 ohms. When current passes through this network, 10 amps will flow through the 10-ohm resistor and 5 amps will flow through the 15-ohm resistor.

The 4116R-2-751 is slightly more complex than this example, as it contains four resistors. However, the same principles apply. Depending on the values of the individual resistors, the current flowing through the network will be divided up in different amounts between the four resistors. This gives the resistor network the ability to create more sophisticated designs.

Conclusion

In conclusion, the 4116R-2-751 is a 4-network of series-terminated resistors that can be used for a variety of applications such as power filtering, over-voltage and undervoltage protection systems, audio switching, LED lighting, and digital systems. This resistor network divides current passing through it by the values of its individual components to create more complex designs.

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