MAX6029ESA25+

Noise - 0.1Hz to 10Hz:	39µVp-p
Base Part Number:	MAX6029
Supplier Device Package:	8-SOIC
Package / Case:	8-SOIC (0.154", 3.90mm Width)
Mounting Type:	Surface Mount
Operating Temperature:	-40°C ~ 85°C (TA)
Current - Supply:	5.75µA
Voltage - Input:	2.7 V ~ 12.6 V
Noise - 10Hz to 10kHz:	137µVrms
Series:	--
Temperature Coefficient:	30ppm/°C
Tolerance:	±0.2%
Current - Output:	4mA
Voltage - Output (Min/Fixed):	2.5V
Output Type:	Fixed
Reference Type:	Series
Part Status:	Active
Packaging:	Tube

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Introducing MAX6029ESA25+

The MAX6029ESA25+ is a high-precision, low-dropout voltage reference (LDO) designed for automotive and industrial applications. It is ideal for use in systems that require a stable voltage supply, such as in low-voltage motor control, power management, automotive and communications systems.

Voltage Reference Overview

A voltage reference is a circuit that provides a stable output voltage in response to varying input and load conditions, and is usually used in systems requiring a reliable reference voltage. Voltage references are typically employed in instrumentation and data acquisition systems, automotive test equipment, and Communication systems.

Typical Applications

The MAX6029ESA25+ is specifically designed for automotive, industrial, and medical applications, with a wide range of features that provide flexibility and reliability. These features include:

• Low-dropout voltage (2.48V)
• High precision (99.7%)
• Temperature coefficient of 50 ppm
• Ultra-low noise (0.1 μVrms )
• High input voltage range (14–28 V)
• Low power consumption (200 μA)
• High peak load current (200 mA)

Working Principle of MAX6029ESA25+

The MAX6029ESA25+ is an integrated low-dropout voltage reference that has a wide range of features, including a precision voltage (2.48V), high input voltage range (14V-28V), low power consumption (200μA), high peak load current (200 mA), and low noise (0.1 μVrms).The MAX6029ESA25+ is designed to provide a precise voltage reference to a variety of systems. This is accomplished by the device\'s low-noise analog circuit which consists of a resistive divider and a control element.The resistive divider utilizes a pair of voltage dividers and a small correction capacitor, in order to produce a precise supply voltage. The control element is a band-gap voltage reference, designed to act as a constant voltage source over a wide range of temperatures and input voltages.The unit is powered by an external supply, and the output voltage is regulated by an error amplification circuit. This circuit is able to maintain the voltage reference within a particular range. The reference voltage can then be connected to the various peripherals in the system, such as a power controller or a microcontroller.The operation of the MAX6029ESA25+ is based on the principle of negative feedback. The output voltage is monitored by the internal comparator and error-amplifier circuit. If the output voltage deviates from the desired reference, the negative feedback is used to adjust the output voltage. This adjusts the output voltage within a particular range and keeps it stable.

Benefits of MAX6029ESA25+

The MAX6029ESA25+ is an ideal voltage reference for automotive, industrial and medical applications. It provides a high precision, stable voltage reference and offers the following benefits:

• Low-dropout operation (2.48V)
• High accuracy (99.7%)
• Wide temperature coefficient range (50 ppm)
• Ultra-low noise (0.1 μVrms)
• Broad input voltage range (14V-28V)
• Low power consumption (200 μA)
• High peak load current (200 mA)

The MAX6029ESA25+ is an ideal voltage reference for automotive, industrial, and medical applications, and offers a number of features to maximize performance, accuracy, and reliability.

Conclusion

The MAX6029ESA25+ is a high-precision, low-dropout voltage reference that is specifically designed for automotive, industrial and medical applications. It offers a range of features, such as a low-dropout voltage, a high precision, a broad input voltage range, low power consumption, and low noise. These features make it ideal for systems that require a stable voltage supply. The device\'s operation is based on the principle of negative feedback, which helps maintain the voltage reference within a particular range. It is a reliable, cost-effective solution for a variety of applications.

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