4116R-2-472LF

Resistor Networks, Arrays, and the 4116R-2-472LF are components that are used in a variety of circuit applications. The 4116R-2-472LF resistor network can be used in diverse applications such as medical devices, test and measurement equipment, and communications and control systems. Its applications range from general consumer applications that need small resistors for low current applications, to more specialized areas that require large, high-power resistors for high voltage applications.

The 4116R-2-472LF is a resistor network device with four terminals. It consists of two independent resistors that can be connected either in series, parallel or in combination. This resistor network module offers two-unit ohmic resistance and relatively low resistance tolerance of 15%. This makes it suitable for both high and low powered applications that require precision connections.

The 4116R-2-472LF is a high-power, rugged resistor network with its own built-in thermal and voltage protection features. It is designed with an internal heat sink to dissipate heat more effectively. Additionally, it features a thermal cutoff switch that can be used to disable the device when it is running too hot. This ensures that the device will remain within its specified temperature range even during long-term use.

The working principle of the 4116R-2-472LF resistor network is very straightforward. The two resistors are connected in series or parallel to form a network that offers a certain amount of resistance. The current through the resistors is determined by the voltage applied across the device. This allows users to easily select a resistor network that offers the desired resistance for their specific application.

In summary, the 4116R-2-472LF resistor network is a versatile, reliable, and cost-effective component for various circuit applications. It is designed to perform well in harsh conditions, providing reliable operation and protection for circuitry. Additionally, its numerous features make it useful for a wide variety of low and high power applications.