Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Resistor Networks, Arrays

77081122P is a type of resistor network and array featuring a wide range of deployed applications. This resistor array incorporates two 12-pin packages, making it suitable for DIP applications, and features a wide range of features. These include low resistance and low values of current, as well as protective short circuits. It is also designed such that the resistance values in the array remain as linear as possible, allowing for a highly integrative design.

In a resistor network, the connections between the resistors are shown as a matrix of nodes called a network topology. Commonly used in this type of network are single-ended networks, also called single-ended linear topologies, and multi-ended networks, also called multi-ended linear topologies. Using single-ended linear topologies, the terminations of the resistors are connected to the same potential with a common ground, while using multi-ended linear topologies the resistors are connected in a closed loop pattern so that the source and sink are both connected to the same potential. In the 77081122P, this type of resistor network utilizes a single-ended linear topology for its operation.

In terms of its working principle, the 77081122P utilizes a single-ended dynamic load to provide a specific output resistance level or current level. This device is also capable of providing additional protection against overcurrent or overvoltage conditions. The basic operation of the device involves the use of an input voltage, which is converted to a specific output current or resistance level by charging and discharging capacitors within the network. By using several types of resistors arranged in specific configurations, the output resistance or current level can be controlled via the capacitors in the network.

As such, the 77081122P resistor network is an integrative design that combines the features of both single-ended and multi-ended networks for dynamic load applications. It is capable of providing low resistance and current levels and is also protected against overcurrent or overvoltage conditions. The resistance values in the array remain as linear as possible, allowing for a highly integrative design.

The specific data is subject to PDF, and the above content is for reference