MAX6163AESA+T

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The MAX6163AESA+T is an integrated micro power voltage reference IC that is designed for applications that require a stable output voltage. The device features programmable accuracy and low output noise, making it suitable for applications that require precise voltage control.

MAX6163AESA+T Voltage Reference Applications

The MAX6163AESA+T is ideal for use in a wide range of voltage reference applications. Some of the common applications of the voltage reference include:

• Power supplies
• Analog-to-Digital Converters (ADC)
• DC-DC converters
• Battery-backed systems
• Solar energy applications
• Medical device design
• Automotive systems
• Communications systems

MAX6163AESA+T Working Principle

The MAX6163AESA+T voltage reference has an inherently stable voltage reference circuit consisting of two matched CMOS NAND gates connected in a balanced topology. The capacitor in the network performs two functions- it sets the bias current and provides frequency compensation for the circuit. This topology provides for better accuracy and stability than most other voltage reference designs.

The MAX6163AESA+T can achieve an output accuracy of ±0.025% and has a low output noise value of 7A. This voltage reference offers excellent temperature drift characteristics and the output can be adjusted with an external resistor. It also has a low power dissipation of 9mW, making it highly efficient.

Conclusion

The MAX6163AESA+T is an integrated micro power voltage reference IC that can provide precise and stable output voltage with high accuracy, low noise and low power dissipation. It is suitable for a range of applications, from battery-backed systems to medical device designs and communications systems.

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