CRA04S08362K0JTD

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A CRA04S08362K0JTD is a type of resistor network composed of 8 resistors and 3 nodes. It is generally classified as a Resistor Networks, Arrays, and is used in various applications. This article will discuss the CRA04S08362K0JTD\'s application field and working principle.

Application Field

The CRA04S08362K0JTD is typically used when precision resistive attenuators are desired in applications. This includes audio, telecommunications, instrumentation, and military applications. It can also be used for voltage divider networks, termination networks and many more. This type of resistor arrays are advantageous over discrete resistors because of their size that is typical 10-20x smaller, as well as the reduction in design effort to create a given resistor network.

Working Principle

The CRA04S08362K0JTD is a 2-node resistor array, which means that there are three nodes in a row with 8 resistors connected between them. All 8 resistors have the same resistance value. The resistors are arranged in a way that they divide the output voltage across each of the nodes. This means that the voltage at the first node will be higher than that at the second node. The difference between the output voltage at the first node and the second node is determined by the number of resistors between them.

The CRA04S08362K0JTD is also a precision resistor array. This means that the resistance value of each resistor is calibrated and matches with the nominal resistance value. This minimizes the error due to the tolerances of the resistors and helps to maintain uniform performance of the resistor network. The CRA04S08362K0JTD also has high temperature and humidity performance, which makes it suitable for use in harsh environments where temperature and/or humidity can fluctuate.

The CRA04S08362K0JTD is a reliable and accurate resistor array that can be used in a wide variety of applications. It is important to note that the CRA04S08362K0JTD is only one type of resistor network, and there are many other types of resistor networks that have their own unique features and benefits. As such, it is important to research and understand the features and benefits of each type of resistor network before making a selection.

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