Resistor Networks, Arrays and the 4116R-1-863LF

Resistor networks, arrays, and other types of resistor-based components are an integral part of electronics, providing means to control and balance electronic currents and signals. The 4116R-1-863LF is a resistance network array composed of 4 individual resistors in the 520-000 ohm range of resistance. Each resistor is individually addressable by a letter-digit code which assigns a number of binary digits to each resistor.

Application field of the 4116R-1-863LF

The 4116R-1-863LF is typically used in a variety of applications where precision resistor networks are needed. Such applications can include, but are not limited to, temperature compensation, mA isolation output circuit and DC precision voltage dividers. It is also used in measuring and testing equipment, such as DC current sources and amplifiers.

The 4116R-1-863LF is composed of 9 fixed resistance elements in the form of 512K-ohm and 1.6 to 2.4K-ohm resistors and 4 resistance networks. All 9 elements of the 4116R-1-863LF are marked on the parts as they would appear on a conventional resistor network. This allows users to design precision resistor networks quickly and easily.

Working principle of the 4116R-1-863LF

The 4116R-1-863LF works on the principle that each of the resistors has a fixed resistance that can be addressed by a combination of binary digits. By changing the input and output values of resistors to certain voltages, currents, and combinations of both, the 4116R-1-863LF can be used to build a variety of analog circuits.

The 4116R-1-863LF is composed of 4 individually addressable resistors in the 520-000 ohm range of resistance. Each resistor can be programmed with up to 8 binary digits. This allows users to create a variety of precision resistor networks in the 520-000 ohm range of resistance.

The designing of analog circuits with a 4116R-1-863LF is simply a matter of programming each of the addressable resistors to the desired resistance value. For example, a simple three resistor network could be created with the 4116R-1-863LF, utilizing three of its addressable resistors. After programming the resistors with the desired resistances, the circuit will function as a precise three resistor network.

Conclusion

In conclusion, the 4116R-1-863LF is a precision resistor array that can be used to create a variety of resistor networks for many different purposes. Its ability to be programmed with binary digits allows users to create customised resistor networks and circuits.