4612X-101-202LF

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Resistor Networks, Arrays, is a type of electronic component that typically has two or more resistors connected in series or in parallel. Specifically, the 4612X-101-202LF is a three-terminal network composed of two resistors connected in series in which the middle terminal is the common port. It is used for a variety of applications, including level setting, biasing, current limiting, bridge balancing, gain and level setting in active filters, and many more.

The 4612X-101-202LF Resistor Network is a three terminal network, meaning it has three nodes. The terminals are the R1 position which is a fixed ohmic resistance (in this case, 101 Ohms); the R2 position which is also a fixed ohmic resistance (202 Ohms); and the Common position which is the common terminal of R1 and R2. As this is a two resistor network, the potential is split in proportion to the ratio between the two resistances. This is determined by Ohm’s law, which states that the current passing through a resistor is inversely proportional to its resistance.

The 4612X-101-202LF Resistor Network is used primarily for level setting, biasing and gain setting in active filters. When used in level setting applications, the common pin of the network enables the device to create a voltage divider. It can also be used as a current limiter, with the common terminal connected to ground. The resistance of the two resistors in series enables the device to limit the current flow by only allowing a certain amount of current to pass. By varying the ratio of resistances, the 4612X-101-202LF Resistor Network can be used to adjust the gain of an active filter.

To use the 4612X-101-202LF Resistor Network in level setting applications, the common pin of the network is connected to one of the voltage sources, while the other terminals are each connected to one of the non-inverting and inverting inputs of the circuit. The level of the output voltage is adjusted by varying the resistance ratio between the two resistors, which changes the voltage division ratio between the two resistors. The higher the ratio between the resistances, the higher the output voltage will be.

In biasing applications, the 4612X-101-202LF Resistor Network is used to ensure an existing schematic operates with the minimum input and output parameters required. The primary function of the network is to create a predetermined voltage at a particular load, and to divide the current evenly among the two resistors. This is done by utilizing the common terminal of the network, which is connected to the source voltage. By adjusting the ratio between the two resistances, the level of bias voltage can be regulated.

The 4612X-101-202LF Resistor Network is also used in active filters, as a way of adjusting the level of the output as well as the gain of the filter. By connecting the common pin of the network to the non-inverting or inverting input of a circuit, the ratio between the two resistors can be adjusted to control the level of output. This is done by allowing the ratio between the resistances to create a voltage divider, which affects the level of the output. By adjusting the ratio of the resistances, the gain of the filter can also be adjusted.

The 4612X-101-202LF Resistor Network is a versatile and highly efficient electronic component used for a variety of applications. It primarily functions as a voltage divider, current limiter, gain and level setting device, and is the ideal choice when a predetermined output voltage is desired. By adjusting the ratio of the two resistances, the user can control the output voltage, current flow, and gain of active filters.

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