EXB-A10P105J

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The EXB-A10P105J is a resistor network array, an electronic component with multiple different resistors contained by a single package, affixed in an integrated circuit. The device is a 10-pin TO-252 package, where each of 10 pins contain a common circuit, but connecting to a different resistor. This enables the user to craft complex circuit formations and have all necessary components in a single package.

A resistor network array is a device that combines multiple resistors with different values into a single integrated circuit. This allows engineers to craft complex resistive networks without having to craft each individual resistor specific values. By connecting the integrated circuit pins to nodes on a PCB or on a breadboard, the user can create complex resistive networks in a fraction of time necessary to build the network with individual resistors.

The EXB-A10P105J is a resistor array designed to be able to produce four, or five different resistances. This wide range of resistances makes the device widely applicable for a variety of different use cases. The resistors are manufactured using the thin film technology, which increases the accuracy and tolerance of the resistors due to the high precision of their manufacturing.

The EXB-A10P105J can handle most common applications of resistor networks. These include voltage-divider circuits, frequency-selective circuits, wave shaping circuits, biasing circuits, current sensing circuits, active filters and pre-loaded circuits just to name a few. It also works well in signal switching applications. Furthermore, the device is also capable of damping high frequency oscillations, wherein the array can be used to achieve the desired level of dampening.

The working principle of an EXB-A10P105J is the same as any other resistor network array. The connected voltage source is divided among all resistors is accordance with the values of the device’s resistors. Along with voltage division, the device also divides the current in a similar manner. This allows for crafting complex resistor patterns, allowing for complex circuit pulsation and dampening.

The multiple resistors in the integrated circuit form a bridge system. This bridge system consists of two arms, each connected with one fixed resistors and the other driving resistor. The driving resistor is connected to a pin, where the user can control the amount of current passing through the driving resistor. The total resistance of the bridge can be calculated by summing the unknown resistances in the bridge.

In short, the EXB-A10P105J resistor network array is a great device with a wide range of applicable use cases and useful features. Its thin-film manufacturing process results in increased precision, and the ability to craft complex resistive networks quickly is invaluable to any engineer. The EXB-A10P105J can be used for many common resistor network applications and is a great choice for anyone looking for a good multi-resistor network IC.

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