TC164-FR-07196KL

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Resistor networks and arrays are electronic components that are used to alter the electrical current or voltage. They can be used in a variety of ways, such as to stabilize oscillatory circuits, reduce or increase the voltage supplied to a circuit, and to increase or decrease the current flowing through a circuit. One such resistor network and array is the TC164-FR-07196KL.

The TC164-FR-07196KL is a resistor network designed to be used in a variety of industrial control applications. It is made up of four resistors, each with a resistance of 39.12 ohms. The resistors are arranged in a series with two other resistors, each with a resistance of 33.33 ohms, arranged in parallel. The total resistance of the network is 20.62 ohms.

The TC164-FR-07196KL is typically used to provide electronic switching in control applications. It is used to either increase or reduce the voltage supplied to an electronic system or to provide a stable dc voltage for the operation of the system. It can also be used to adjust the current in a circuit. For example, it can be used to reduce the current flowing into an electronic system to avoid overloading.

The TC164-FR-07196KL also has a built-in protection circuit to prevent the network from receiving too much current. The protection circuit is designed to reduce or stop the flow of electricity through the network if the current exceeds a preset maximum value.

The working principle behind the TC164-FR-07196KL is quite simple. When the voltage applied to the network exceeds the voltage the resistors can handle, the voltage is dissipated by the resistors. This reduces the voltage supplied to the electronic system, preventing damage. Similarly, when the current exceeds the maximum value, the protection circuit trips, stopping the flow of current.

In conclusion, the TC164-FR-07196KL is a resistor network and array designed for industrial control applications. It is made up of four resistors arranged in a series and two others arranged in parallel. It is typically used to reduce or increase the voltage supplied to an electronic system or to adjust the current in a circuit. It also features a built-in protection circuit to prevent excessive current flow. The principles of operation are fairly simple, with the voltage being dissipated by the resistors and the protection circuit tripping if the current exceeds a preset maximum value.

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