CRA04P08375K0JTD

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Resistor Networks, Arrays

Resistor networks, arrays, and combinations are electrical components used in a wide range of electronic systems. The CRA04P08375K0JTD is an example of a resistor network. This network is used for precision current sensing, temperature compensation, and other applications requiring a high level of accuracy.

A resistor network is an arrangement of several resistors connected in series or parallel. The CRA04P08375K0JTD is a 12-Resistor network of eight SMD resistors terminated to a single 1⁄8W 4-pin connector, featuring a 0.375kΩ resistance value. The resistors in the network are very closely matched, with an absolute tolerance of ±0.5%.

Applications of the CRA04P08375K0JTD network include current sensing, where it can be used as a current feedback network in a sensing circuit. The low resistance of the network, as well as its precision matching, ensures that the current to be sensed remains accurate even during temperature fluctuations. The network can be used as a temperature compensation network to ensure signal accuracy in high-temperature environments. It can also be used as an over-current protection network, to protect sensitive components from unwanted voltage fluctuations.

The working principle of the CRA04P08375K0JTD network is very simple, but effective. The eight resistors in the network are connected in series, meaning that the current traveling through the network will remain constant as it passes through each resistor. The close matching of the resistors ensures that the current is divided evenly among the resistors, thus providing a very accurate feedback signal for current sensing applications. The resistors also provide a low impedance, which makes it ideal for high-temperature applications.

In summary, the CRA04P08375K0JTD is a 12-Resistor network featuring precision matching and a low resistance value. It is ideal for current sensing, temperature compensation, and over-current protection in a variety of electronic systems. Its high level of precision and accuracy make it an invaluable asset for any electronics engineer.

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