AF164-FR-07412RL

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A resistor network or array usually refers to a number of individual resistors that are interconnected in a specific pattern and interconnected with other components. A common configuration of a resistor network can be found in identical resistors connected in series or in parallel.

One example of a resistor network is AF164-FR-07412RL, a resistor array particularly designed for high power applications. The AF164-FR-07412RL consists of four identical resistors in parallel that are connected in series with switches that can control current flow in the network. This resistor array circuit is designed to provide a steady output current even under varying loads.

The working principle of AF164-FR-07412RL is based on ohm’s law which states that the voltage across a network is equal to the product of the current through the network, and the total resistance of the network. This means that as the resistance of the resistors in the network increases, the current in the network will decrease. This is why the AC164-FR-07412RL has four identical resistors in parallel – this increases the total resistance of the network and allows for the output current to be more steady than if each resistor had a different resistance.

To control the current flow in the network, each resistor is connected to a switch that can be used to open or close the circuit. The switches are open when the voltage is low and closed when the voltage is high. This ensures that the output current remains constant despite changes in voltage.

The AF164-FR-07412RL is typically used in high power applications where a steady output current is required even under varying loads. The four identical resistors in parallel ensure that the output current remains steady. This makes the AF164-FR-07412RL an ideal choice for applications where a steady output current is required.

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