4114R-2-681

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Resistor Networks, Arrays

The many applications for 4114R-2-681 resistor networks and arrays have made it a popular choice in the electronics and telecommunications industry. This device is a multi-function active network with a maximum of 137 discrete resistors made up of six individual resistors, that can be interconnected in a variety of ways to meet specific requirements.

The 4114R-2-681 is ideal for forming resistor arrays due to its low cost, small size, precision, and wide selection of resistors. It is available in several configurations, each capable of meeting a specific resistance specification. They can be used to control and manage various voltage and current loads, and are also frequently used for antenna building, feedback networks, and signal filtering.

The 4114R-2-681\'s low DC voltage drop enables it to be used in systems that require up to 25 volts of output. Additionally, it is easy to install, configure, and maintain.

The working principles of the 4114R-2-681 are comparable to those of standard resistors. It is designed to provide a wide range of resistances, allowing it to be used for multiple applications. The resistor\'s resistance is determined by the value of the individual resistor(s) that comprise it, as specified in its device datasheet. The resistors can be connected in series or in parallel, depending on the desired resistance.

When configured in series, the 4114R-2-681 acts as a larger resistor, with a resistance that is proportional to the sum of the resistances of individual resistors. This arrangement is useful for reducing power consumption in circuits as more resistance means lower current draw. When designed in parallel, the 4114R-2-681 acts as a smaller resistor, with a resistance that is proportional to the sum of the inverse of the resistances of individual resistors. This method allows for higher current flow without increasing the voltage.

The resistor can be used in a variety of ways in different circuits. It can be used as a voltage divider, in parallel with an AC current source, or in series with a voltage regulator. Additionally, when used in conjunction with a current source, it can be used to regulate the input and output current. Additionally, it can be used to form a voltage reference circuit or an adjustable current limiter.

The 4114R-2-681 can be coupled with transistors, capacitors, and other components to perform more complex tasks. It is also used in digital circuits to provide level shift or signal conditioning. In amplifiers, it can act as a voltage offset, while in switching power supplies it can be used as a voltage regulator.

The 4114R-2-681 is an excellent choice for its ability to perform several tasks with a relatively small footprint and low cost. It is the preferred solution for many engineers who need to build precision resistor networks. Its precision, versatility, and proven reliability make the 4114R-2-681 an ideal choice for any task.

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