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Resistor Networks, Arrays

The 4116R-1-113 is a composite resistor network that provides resistors in a single integrated package. The device is constructed from many discrete resistors connected together to form a single resistive element. The 4116R-1-113 is typically used where space limitations are a concern and to reduce the amount of board layout associated with large resistor networks.

• Application Field
• The 4116R-1-113 is most commonly used in power supplies and audio applications. It is also useful in inverters and other low power circuits where high accuracy resistors and resistance adjustments are required.
• The 4116R-1-113 is also widely used in automotive, medical, and military applications. It is especially helpful in enabling rapid prototyping due to its preassembled nature and ready-made form factor.
• Working Principle
• The basic working principle of the 4116R-1-113 is to provide resistive elements in a single package. The device consists of discrete resistors connected together to form a single resistive element. The resistors are “binned” into discrete groupings to provide accurate resistance values and tolerances up to one percent.
• The resistance value of the 4116R-1-113 can be adjusted by adjusting the individual resistors in a portion of the device. This is known as “binning” and is the process of identifying certain resistors with a set range of values and placing them in specific positions. This results in an adjustable resistive element with a specific range of resistance.
• The 4116R-1-113 also has two common versions: the 4116R-1-112 and the 4116R-1-113. The 4116R-1-112 is an 8-pin device with one adjustable resistor and the 4116R-1-113 is an 11-pin device with two adjustable resistors. The 4116R-1-112 is the most commonly used version of this device due to its smaller footprint and lower cost.

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