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MAX6175BASA

MAX6175BASA Description

The MAX6175BASA is a high-precision, low-noise, series voltage reference from Analog Devices Inc./Maxim Integrated, designed for demanding automotive and industrial applications. With a fixed 5V output and an ultra-low ±0.1% tolerance, it ensures exceptional accuracy in voltage regulation. The device operates over a wide 7V to 40V input range, making it suitable for systems with fluctuating supply voltages. Its 10ppm/°C temperature coefficient and 14.5µVrms noise performance (10Hz to 10kHz) make it ideal for precision analog circuits. Packaged in a surface-mount form factor, it meets automotive-grade reliability standards and is REACH compliant.

MAX6175BASA Features

• High Precision: ±0.1% initial accuracy ensures reliable voltage reference.
• Low Noise: 14.5µVrms noise over 10Hz–10kHz bandwidth for clean signal conditioning.
• Wide Input Range: 7V–40V operation accommodates unstable power rails.
• Low Power Consumption: 700µA supply current minimizes energy usage.
• Automotive-Grade: Qualified for harsh environments with high reliability.
• Low Drift: 10ppm/°C tempco enhances stability across temperature variations.
• Surface-Mount Package: MSL1-rated for easy assembly in automated processes.

MAX6175BASA Applications

• Automotive Systems: ECU power management, sensor calibration, and infotainment systems.
• Industrial Control: Precision ADCs, DACs, and data acquisition systems.
• Test & Measurement Equipment: High-accuracy voltage references for lab instruments.
• Medical Devices: Stable voltage supply for diagnostic and monitoring equipment.
• Renewable Energy: Voltage regulation in solar/wind power inverters.

Conclusion of MAX6175BASA

The MAX6175BASA stands out as a robust, high-performance voltage reference, combining low noise, high accuracy, and automotive-grade durability. Its wide input range and low power consumption make it versatile for precision applications in automotive, industrial, and medical fields. Engineers seeking a reliable reference with minimal drift and superior noise performance will find this device an optimal solution.