CRA04P0831M00JTD

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Resistor Networks, Arrays generally refer to networks that are made up of multiple resistors that can be arranged in series, which are connected in parallel, or connected in a combination of them. The CRA04P0831M00JTD is one such example. This resistor network is a 4 resistor array which is constructed out of thick-film resistors on a ceramic substrate.

These networks can be used for voltage divider circuits, current limiting, signal filtering, signal termination, and input/output terminations between different circuits. The CRA04P0831M00JTD is particularly used for these types of applications. For example, this resistor network can be most commonly found in applications such as computers, digital circuits, industrial process automation, embedded systems, and much more.

The CRA04P0831M00JTD is designed to have a very low resistance between each resistor in the array. This low resistance is made possible by the construction of the network. Using thick-film resistors, these networks are able to have high power ratings, tight resistor tolerances, low parasitic inductance, and very low resistance between resistors. This makes them well suited for high-frequency applications.

In terms of the working principle of the CRA04P0831M00JTD, it is quite simple. In these resistor networks, the resistors are connected to each other in series or parallel so that when an input current is applied to the network, it is split up evenly amongst the resistors in the array. This is why these networks are used for current limiting and voltage division as, depending on the orientation of the resistors, they can be used to control the amount of current or voltage that is allowed to pass through.

The CRA04P0831M00JTD in particular comprises four thick-film resistors on a ceramic substrate. This ensures that the resistors have the same thermal expansion, improving the stability of the network. It also ensures that the network has a more compact size, making it more cost effective for applications such as industrial process automation or embedded systems.

The compact size, low resistance and highly reliable construction of the CRA04P0831M00JTD make it an ideal choice for a variety of applications. The resistor network can be used for signal termination, voltage division, current limiting, and much more. Furthermore, due to its reliable construction and low resistance, it is highly suitable for high-frequency applications, such as digital circuits, computers, and industrial process automation.

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