4310R-102-222

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Resistor networks, arrays are often used when the desired overall resistance of the network is much greater than what could be produced with one resistance element and these networks allow for the combinations of known resistances to obtain the desired total resistance. The 4310R-102-222 Resistor Network is one of such networks, designed to provide an overall resistance which can be tuned to achieve the desired resistance values.

The 4310R-102-222 Resistor Network consists of two bridged resistors with sensitivities that can be adjusted in a range from 10-200 ohms. The two resistors are connected to each other by a standard 0.1-0.9mm2 feed-back resistor, which allows for accurate adjustment of the total resistance. The use of the feedback resistor also enables the network to act as an AC or DC variable resistor, though it is primarily an AC-coupled device.

The 4310R-102-222 Resistor Network is most commonly used in audio and microphone applications where sensitivity is of paramount importance. The network can be used to accurately control the voltage going to an audio or microphone input, allowing the user to adjust the gain and sensitivity of the audio path. It can also be used for signal conditioning and filtering, as well as for voltage regulation.

The 4310R-102-222 Resistor Network works by allowing two resistors to be connected in series, or in parallel in order to obtain the desired total value of resistance. The bridge resistor is used to control the sensitivity of the two resistors, allowing for accurate adjustment of the total resistance. By adjusting the bridge resistor’s resistance value, the two resistors can be combined to obtain the desired overall resistance. The feedback resistor also enables the network to act as an AC or DC variable resistor, depending on the application.

The bridge resistor and the feedback resistor are connected to each other using two screws which secure the resistors in place. The bridge resistor is connected to the first resistor, and the feedback resistor is connected to the second resistor. Depending on how the resistors are connected, it is possible to achieve either a series or a parallel connection. In a series connection, the total resistance is equal to the sum of the two individual resistors. In a parallel connection, the total resistance is equal to the difference between the two individual resistors.

The 4310R-102-222 Resistor Network is a valuable tool for audio and microphone applications. Its precise control of the voltage going to its input, combined with its ability to act as an AC or DC variable resistor, make it an indispensable device in audio and microphone systems. Its adjustable sensitivities enable it to be adapted for various applications, such as signal conditioning and voltage regulation.

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