MAX6034BEXR41+T

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The MAX6034BEXR41+T chip belongs to the voltage reference module (PMIC - Voltage Reference), which is mainly used for extreme low noise and low power regulation of input voltage in ASICs, microcontrollers and other portable systems.

This MAX6034BEXR41+T chip uses an ultra-low-noise and high-precision voltage reference structure, which includes an operational amplifier and a voltage reference element. The chip is composed of precision matched components and has a pin-to-pin matching accuracy of 16 ppm/°C. The MAX6034BEXR41+T chip has a single-ended output voltage of 1.250V, a low supply current of 15μA, a low offset voltage of 1mV (TYP), and excellent temperature stability of 0.6 ppm/°C (TYP) is excellent.

The MAX6034BEXR41+T chip is mainly used in the following application fields: First, portable consumer electronics, such as digital cameras, mobile phones, MP3 players, etc., which require ultra-low noise, low supply current and precision accuracy. Second, mobile computers and other communication products that require low-noise and accurate power regulation. Third, industrial and automotive applications, such as ASICs, ARMs, microwaves, and CANs.

MAX6034BEXR41+T working principle:

The MAX6034BEXR41+T chip is composed of precision matched components and has a pin-to-pin matching accuracy of 16 ppm/°C. The chip includes an operational amplifier and a voltage reference element. The operational amplifier directly amplifies the output voltage generated by the reference element, making the output voltage of the chip highly stable and reducing noise.

In addition, the MAX6034BEXR41+T chip is an output voltage of 1.250V, a low supply current of 15μA, a low offset voltage of 1mV (TYP), and excellent temperature stability of 0.6 ppm/°C (TYP).

Conclusion:

The MAX6034BEXR41+T chip is a voltage reference module (PMIC - Voltage Reference), suitable for extreme low noise and low power regulation of input voltage in ASICs, microcontrollers and other portable systems. It has a single-ended output voltage of 1.250V, a low supply current of 15 μA, a low offset voltage of 1mV (TYP), and excellent temperature stability of 0.6 ppm/°C (TYP). It is mainly used in portable consumer electronics, mobile computers and other communication products, as well as industrial and automotive applications.

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