4610X-101-681LF

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The 4610X-101-681LF by Bourns is a resistor network and array, designed for use in industrial and medical applications. This part\'s design allows for the reduction of board space, cost, and assembly time, making it an ideal resistive network for large-scale production. It is made of three series resistors that form a three-element bridge and can provide a resistive value between 1-ohm and 68.1-ohm in 1%, 5%, or 10% tolerance.

This resistor network\'s components are constructed with metal-film resistors, which can effectively mitigate noise generated in components and other connected circuits. It is also provided in two optional package types, an SOIC-8 and SIL-8. Both packages have a maximum voltage rating of 50V and a power rating of 125mW. Furthermore, the resistor network has the ability to distribute two power signals with the same input, while at the same time maintaining high impedance for both.

The primary use of the 4610X-101-681LF is in the area of precision resistor networks. Its three-element bridge configuration allows for precise adjustment of resistance values, making it ideal for both linear and non-linear applications. This design also provides excellent stability and temperature coefficient performance with minimal temperature coefficient drift. Additionally, the small footprint of the component can enable a compact design. Such benefits make this component well-suited for a wide range of applications in industrial and medical electronics.

The working principle of the 4610X-101-681LF is very simple. It is an array of resistors connected in series, similar to a voltage divider. When a voltage is applied to the network, it divides up the voltage among the resistors according to their resistance values. This division of voltage is then reflected in the current flowing through each individual resistor. Thus, the total resistance of the network can be adjusted to the desired value by adjusting the individual resistance values of each resistor.

In conclusion, the 4610X-101-681LF is an advanced resistive network designed for use in industrial and medical applications. Its three-element bridge design enables the precise adjustment of resistance values which makes it ideal for both linear and non-linear applications. Additionally, its small footprint allows for a compact design. The component is made of metal-film resistors, providing excellent noise immunity. Also, it is provided in two package types and can provide resistive values between 1-ohm and 68.1-ohm in 1%, 5%, or 10% tolerance. Its working principle is based on a voltage divider and works by adjusting the individual resistance values of each resistor.

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