CRA04S0431M00JTD

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Resistor Networks, Arrays

CRA04S0431M00JTD is a representative of resistor networks and arrays. It is widely used in the field of signal circuits, analog active devices and integrated circuits. As a resistor network, CRA04S0431M00JTD is an integrated circuit consisting of four resistors in series with an adjustable on-chip resistor ratio.The CRA04S0431M00JTD is composed of four resistors connected in series between two terminals, with a single adjustable resistor. Its structure is simple and the performance is reliable. It can be used for current balancing in AC circuits and voltage scaling in AC circuits. Moreover, its adjustable resistance ratio can be used to adjust the signal amplitude and phase delay.The main advantage of CRA04S0431M00JTD is the high accuracy of its resistance ratio. The adjustment range is 1/16 to 16 times of the reference resistance. The temperature stability and linearity of resistance ratio are compliant with the requirements of the AEC-Q200 standard.The working principle of CRA04S0431M00JTD is based on the resistors connected in series. When a current is applied to the CRA04S0431M00JTD, all four resistors will have the same voltage drop due to the current. The adjustable resistor on-chip will divide the voltage into different parts in proportion to the set resistance ratio. The output resistance of CRA04S0431M00JTD is equal to the sum of all resistors.The application of CRA04S0431M00JTD is very extensive. It is widely used in signal acquisition, electronic load, bridge circuit, signal generator, current limit, auto-zero circuit, active filter and so on. It can also be used in various timing applications, such as output amplifier, voltage regulator, multiplexer, A/D converter and so on.In conclusion, CRA04S0431M00JTD is a representative of resistor networks and arrays. It is composed of four resistors in series with adjustable on-chip resistor ratios, which has a wide range of applications. Its simple structure and reliable performance make it an ideal choice for many signal applications.

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