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Resistor Networks, Arrays

The 4116R-2-820LF is a resistor network consisting of 8 resistors in an array. It is constructed from 4x2-ohms and 4x10-ohms high power resistors in a lead frame package and is based on an array of two resistive layers. The 4116R-2-820LF is mainly used in automotive, lighting, audio systems, power and signal conditioning applications.

Application Field

The 4116R-2-820LF is mainly used in automotive, lighting, audio systems, power and signal conditioning applications. Additionally, the 4116R-2-820LF is also used in applications where strict control of current, voltage or temperature is required. This includes automotive heating systems, automotive door locks, electric motor drive systems, engine control systems, power supplies, ATMs, radio control systems, and a wide variety of other applications.

Working Principle

The 4116R-2-820LF is constructed from 2 resistive layers of densely packed resistors. The unique construction of the device enables it to accurately control current, voltage or temperature by providing controlled resistive paths between the two layers. The 8 resistors on the device enable it to operate in two modes: serial or parallel. In serial mode, the current flowing through the device is equal to the current flowing through each individual resistor. In parallel mode, the total current is equal to the sum of the currents flowing through each individual resistor.

The 4116R-2-820LF is equipped with an internal clamping diode, allowing the device to remain in a stable state if the input voltage exceeds its maximum rating. Additionally, the device is also designed to provide thermal overload protection to prevent damage to the resistive components in the event of extreme temperature or overcurrent conditions.

Conclusion

The 4116R-2-820LF is designed to provide current, voltage or temperature control in automotive, power and signal conditioning applications. The device is composed of 8 resistors in an array and has two operation modes: serial and parallel. Additionally, the device is equipped with an internal clamping diode and thermal overload protection to ensure safe operation in a wide variety of applications.

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