Y5076V0689BA9L

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Resistor Networks, Arrays comprise a circuit that features numerous parallel resistors connected together in the circuit array design. By linking many resistors, the current in the network can be split into different paths that can be controlled by the network\'s design. Arrays are also interconnectable, so current can be distributed to multiple outputs for more complex circuit networks.

The Y5076V0689BA9L is a resistor network array made up of nine individual resistors interconnected in an arrangement. It provides a wide range of values, making it a suitable solution for network design of different circuit types. The Y5076V0689BA9L conforms to the American wire gauge (AWG) standard, has a maximum working voltage of 300 volts and a maximum operating temperature of 150°C.

This resistor network is used for high speed switching operations in a variety of applications. As an example, it can be used for controlling the effective current of a power supply, for controlling the current that flows to an LED control circuit, or for protecting circuits from over-voltage. In addition, the Y5076V0689BA9L is suitable for signal processing, wherein accurate control of current values is required. The resistor network\'s resistors are connected together in such a way that they are isolating most of the current from the circuit, thus, providing more control over the current distribution across the circuit.

The construction of the Y5076V0689BA9L allows for accurate proration of the current, as the resistor values are designed to account for the size of the circuit being used. This precision current proration is obtained using current deliver values that differ across the resistors in order to optimize circuit performance. Current deliver value ensures that the resistors in the resistor network handle the specific current requirements needed for a given application.

The working principle of the Y5076V0689BA9L is based on the principle of Ohm\'s law. The resistor network is made up of nine individual resistors connected in an arrangement, which gives a total resistance of 269 ohms and allows for a safe operation of the circuit. Each of the resistors has a specific resistance, ranging from 18 ohms to 284 ohms, which creates a specific resistance pattern. This resistance pattern not only controls the current but can also be used to divide the current to reach the desired number of outputs for a simultaneous operation.

The Y5076V0689BA9L provides the user with a robust and reliable solution for current redistribution in numerous electrical networks. The resistor network has been designed using the latest technology and features a high quality construction, which ensures a reliable operation and performance. It is also designed to tolerate objects such as dust and dirt, ideal for use in outdoor applications. Moreover, the Y5076V0689BA9L is available in a wide range of different packages, providing users with flexibility to suit their specific application needs.

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