CRA04S04322K0JTD

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Most of the components found within the Resistor Networks, Arrays portfolio are fundamental to the operation of most technologies. The CRA04S04322K0JTD resistor network, for example, is part of a product line of four-terminal surface-mount arrays. The CRA04S04322K0JTD resistor network is used when a high density of discrete components are needed in a short period of time.

The CRA04S04322K0JTD resistor network contains a total of eight two-terminal resistor networks in one package. Each resistor network has two female terminals that connect to the board and one male terminal that connects to the resistor substrate. The device features a low overall profile, measuring just .060 inches high. Furthermore, the device is rated at a 3A current rating, and can withstand a maximum voltage rating of 10V.

The CRA04S04322K0JTD resistor network is specifically designed for use in applications that require high densities of resistors while still saving space. The package size makes it ideal for use in microprocessor applications and other integrated circuit components. It can also be used for LED lighting and other applications where space is a key factor. Additionally, the use of CRA04S04322K0JTD resistor networks can significantly reduce system and component costs when compared to higher-end components.

The CRA04S04322K0JTD resistor network features four-terminal arrays for increased connections, increase stability, and decrease noise. It is also designed to reduce both inductance and capacitance, resulting in a lower noise floor and better signal-to-noise ratio. Furthermore, the resistor network provides better isolation, which can lead to an increase in performance and reliability.

CRA04S04322K0JTD resistor networks are designed to provide uniform resistance values to each terminal connection. The values range from 0-100 ohms and are specified to ±5% or better. The uniform resistance values help to ensure that the connection between each component is not compromised, allowing for improved signal accuracy and fidelity. Furthermore, this high-density resistor network allows for a more stable system since each component is connected to each other through the same type of resistor.

The working principle of the CRA04S04322K0JTD resistor network is fairly simple. When current is applied to one of the terminals, it will flow through the resistors connected between all of the other terminals. The amount of current divided among the terminals will be a result of the resistance present on each terminal. This is the same concept that is used in other resistor networks.

In conclusion, the CRA04S04322K0JTD resistor network is a cost-effective and reliable solution for achieving high density connections in application that require low profile components. The network provides uniform resistance values across all connections, increased stability, reduced noise and improved performance. The working principle is simple and straightforward, allowing for an efficient and reliable operation.

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