CRA04P08351K0JTD

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Resistor Networks, Arrays are electronic components consisting of multiple resistances connected in series or parallel to create a single device. The resistance of each individual resistor influences the total resistance of the entire network or array. The CRA04P08351K0JTD is one example of a resistor network, array.

Application Field

Resistor networks, arrays are often used to provide a low-cost solution in providing a resistor with exact values. CRA04P08351K0JTD is an example of such a network, array providing a resistor with an exact value of 835.1KΩ. Its versatile application means that it is useful for a wide range of circuit designs, such as power supplies, instrumentation, and data acquisition.

Working Principle

The CRA04P08351K0JTD is a 4-layer network, array. The total resistance is the sum of the individual resistances connected in parallel. The resistor is composed of 11 resistors each with a specified value. The total resistance of the network is calculated by summing the total resistance of each individual resistor in the network. The four-layer type is preferred for high-density designs, as it provides a high performance/cost ratio.

In addition to the calculation, the resistor network needs to account for tolerances, power dissipation and voltage noise when designing a system. The tolerance of the CRA04P08351K0JTD is ±1%. As for power dissipation, this network is rated for up to 1 watt of power. Lastly, the voltage noise of the CRA04P08351K0JTD is typically less than 7μV. Combined, these qualities make the resistor network a great option for many applications.

The CRA04P08351K0JTD is an example of a high-quality resistor network suitable for many applications. It offers excellent performance and high accuracy at a fraction of the cost of conventional resistors.

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