CRA12E08320R0JTR

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Resistor networks are commonly used in many applications to provide both protection and power control. By blending resistors in fixed and variable configurations, networks provide the designer with the ability to precisely modify input signals and control the functions of circuitry. Among them, the CRA12E08320R0JTR is an array of precision, ultraslim SMD (Surface-mountable Device) resistors which is designed on the basic idea of providing the designer with a flexible circuit design which can be easily applied in many applications.

The CRA12E08320R0JTR resistor array features 12 resistor elements arranged in an 8-pin configuration that combine the elements in different resistor combinations. Each one of the elements can range from 0-200 ohms and can produce the desired value of resistance when connected in this configuration. The resistors are designed with a gold-tin interposer layer to provide excellent temperature stability and electrical performance.

The most popular application of this resistor array is in breadboard and low power circuits where highly linear, ultra-slim resistors are required. This is especially useful for signal conditioning circuits where it is crucial to maintain a high degree of signal integrity. For example, it can be used in circuits which require the control of a low power output. Thanks to its small size and flexibility in design, it can also be applied in precision low-noise applications where precise values must be maintained.

The CRA12E08320R0JTR resistor array works on the principle of resistive voltage divider, which allows a voltage to be taken across a section of the resistor array. This voltage can then be used to control the amount of current flowing through the array. This is achieved by adjusting the values of the individual resistors within the array. For example, completing the voltage divider circuit using two resistors in series will cause the voltage developed across each of the two resistors to be equal. The current flowing through these resistors is then determined by the resistance value of the individual resistors. By adjusting the resistance values, the amount of current flowing in the circuit can be adjusted.

In addition to being used in low power applications, the CRA12E08320R0JTR can also be used in circuits requiring ultra-low noise. By connecting the resistors in different configurations, such as a bridge configuration or a Wheatstone bridge, the noise generated in the array can be reduced by carefully selecting and placing the resistors.

In summary, the CRA12E08320R0JTR is an extremely flexible and highly precise resistor array that can be used in many different applications. Its small size and high precision make it ideal for a variety of circuits requiring accurate current control or ultra-low noise levels. With the ability to vary the resistance value within the array, the CRA12E08320R0JTR offers the designer a powerful tool for controlling the functions of a circuit.

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