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Resistor Networks, Arrays

The 4116R-2-101 Resistor Network is a general-purpose two-terminal resistor array operating in the range from -65°C up to +125°C. This device is suitable for home appliances, lighting equipment, telecom devices, automotive applications, industrial control systems and many other automation and control applications. The two diverging paths show how the resistor values can be deduced.

4116R-2-101 Application Field and Working Principle

The 4116R-2-101 resistor network is ideal for applications requiring high accuracy in small signal applications. The device can be applied in amplification and sensing circuits for transistors, digital logic, RF, temperature and other applications where a compact and reliable resistor network is needed. The 4116R-2-101 is designed to ensure an accurate transfer function under high temperature cycling and can be used in direct-current (DC) and switching applications.

The device features individual resistors arranged in a configuration that allows the network’s resistance values to be accurately read off without requiring additional external components. Additionally, the array allows for flexible current distribution among several leads. The device’s low-profile design offers excellent electrical and thermal characteristics. This makes the 4116R-2-101 Resistor Network suitable for use in even the toughest of applications.

The 4116R-2-101 Resistor Network is configured as a two-terminal resistor array with one common lead and two terminals. This configuration results in a lower effective resistance, allowing the resistors to be set accurately even within the high temperature range. The network offers superior accuracy compared to resistors that are used in parallel within a printed circuit board. Furthermore, this device yields repeatable results with no additional external components needed.

The resistor array consists of resistors of different values that are connected in series or in parallel. The resistor values are adjusted by applying different levels of voltage to the two leads. The voltage levels can be adjusted to create different resistance values and thus the same resistor network can be used in different circuit designs. Depending on the application, the resistance values can be adjusted by applying periods of high and low voltage on the leads.

The 4116R-2-101 resistor network is widely used in applications where a compact and reliable resistor element is desired. It is suitable for high current, low voltage applications as well as precision voltage control. The device provides excellent accuracy and reliability for applications that require multiple resistors without the need for additional external components. The resistor network is an excellent choice for applications requiring tight control over electrical signals.

The 4116R-2-101 Resistor Network is a great solution for applications involving voltage regulation and signal conditioning. Its ability to offer precise resistor values with minimal external components make it an excellent choice for controlling precise signals. Additionally, its small size and low-profile design make it an ideal choice for many medical and industrial applications.

In conclusion, the 4116R-2-101 Resistor Network is an excellent choice for numerous applications that require precise voltage control. With its excellent accuracy and reliability, the network provides superior performance in many everyday applications.

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