EXB-28V153JX Resistors

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EXB-28V153JX is a device used in Resistor Networks, Arrays applications. It is used to create voltage dividers, current-limiting networks, filter networks, and active identification circuits. In order to understand its working principle, it is important to know what a resistor network is.

A resistor network is a circuit in which two or more resistors are connected together in a manner which allows them to affect one another. The arrangement of resistors in the network can help determine the voltage, current, and resistance values of its components. The node of an assortment of resistors is a point where resistors meet, either directly or through intervening wiring. The lines connecting the nodes are termed series or parallel connections, respectively, as well as branches.

Resistors can then be connected in various configurations to create different patterns of functionality. Resistors in series are connected end to end. For instance, a resistor network with three resistors in series S1, S2, S3, connected end to end will have an equivalent resistance of R = R1 + R2 + R3. On the other hand, resistors in parallel are connected side to side, such that the current passing through each resistor is inversely proportional to its resistance value. A resistor network with three resistors in parallel P1, P2, P3, will have an equivalent resistance of R = 1/(1/R1 + 1/R2 + 1/R3).

The EXB-28V153JX is an example of a resistor network device which makes use of resistors in series and parallel. It is a 16-pin device which contains 15 1/4 watt, metal-oxide film resistors. It is non-inverting and provides 40K resistance values between pins 1 and 8. The resistors are configured in a ladder network to display 1-D resistance values for pins 13 through 16. The total output resistance is 200K each in line with the application.

The working principle of the EXB-28V153JX device is based on the concepts of resistor networks. The resistors in the chip are arranged in an orderly network to create different levels of resistance and impedance in various directions. The chip configuration also allows it to transfer information between two or more pins according to the order of connections. In addition, it also plays the role of voltage dividers, allowing for the efficient transfer of power from one point to the next in the network.

The EXB-28V153JX device is an ideal solution for various resistor network applications such as active identification circuits, voltage dividers, current-limiting networks, and filtering networks. It offers high-performance and low-power consumption in electrical network designs. The device is also reliable and easy to use. Its efficient design ensures that it can handle a wide range of applications with ease.

In conclusion, the EXB-28V153JX device is an ideal solution for various resistor network applications. With its configuration of resistors arranged in a ladder network, it is capable of displaying 1-D resistance values for pins 13 through 16. It also features high performance, low power consumption, and is easy to use. Resistor networks and arrays are an important part of the electrical circuitry and the EXB-28V153JX device is an efficient solution to many of them.

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