CRB3A4E363JT

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Resistor Networks, Arrays

CRB3A4E363JT is an array of three resistors that are commonly used in many electronic applications. This resistor network is designed with a 32 ohm resistance between the two outer terminals and an 75 ohm resistance between the center and outer terminals. The total resistance of the array is 107 ohms.

The CRB3A4E363JT array has several key applications. It is used in applications which require three resistors to be connected in a series or parallel configuration. These arrangements allow for independent adjustment of power dissipation, impedance matching, and the selection of load for a particular purpose. Furthermore, this type of resistor array can be used to construct voltage dividers, contain temperature offset circuits, and to add feedback protection in applications involving linear power supplies.

The working principle of the CRB3A4E363T array involves passing an input current across the resistor network. This current creates a voltage drop across the array, with the voltage drop at each resistor being determined by the resistance and current rating of each resistor. The total voltage across the array is equal to the sum of the voltage drops at each resistor. In addition, the current in each resistor is equal to the total current divided by the number of resistors. This division of current allows for power dissipation to be more evenly distributed across the array, resulting in less power being dissipated across each individual resistor.

The CRB3A4E363JT array is a very useful component for designers or engineers when it comes to applications involving complex circuit designs. This component offers precise control over a range of resistance values, allowing the designer to precisely tailor the resistance level for a particular purpose- like controlling damping or voltage division for protection purposes. In addition, CRB3A4E363JT is cost-effective due to its low price flag.

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