4116R-2-684LF

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Resistor Networks, Arrays are fundamental to the proper functioning of electronics. The 4116R-2-684LF is a surface mount, low profile integrated multilayer Resistive Network and Array device. It is a four-terminal device made up of four independent resistor and capacitor networks, connected in an array.

The 4116R-2-684LF can be used in several applications. For example, it can be used as a source for a voltage reference circuit, or as an impedance matching device in low frequency circuits. It can also be used as a voltage divider for various power supply voltages, such as +5V, +12V, and +24V. In addition, it can be employed to create adjustable power supply voltages as well as low-pass and high-pass filters. The 4116R-2-684LF is also useful to create low noise multiplexers, video filter circuits, signal routing circuits, and signal isolation circuits.

The 4116R-2-684LF resistor network consists of four independent networks, each network containing two resistors and one DC blocking capacitor. The four resistors in each network have different resistance values, resulting in a different voltage divider ratio for each of the four networks. Each network is connected to a common lead, resulting in a single four-terminal device. The 4116R-2-684LF is a low-profile surface mount device, making it well-suited for use in compact electronics.

The working principle of the 4116R-2-684LF resistor network is based on the following: when a voltage is applied to the two input terminals, the voltage is equally distributed across the two resistors, resulting in a different voltage at each of the two outputs. The ratio of the output voltages depends on the resistance values of the two resistors in each network. By varying the resistance values of the resistor networks, the voltage divider ratio can be adjusted.

The 4116R-2-684LF resistor network is a versatile device that can be used for a wide range of applications. It is easy to use, requires minimal space, and is able to provide controlled voltages with high accuracy. For these reasons, it is ideal for use in compact electronics such as digital signal processing, telecommunications, and audio/video equipment.

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