MAX674MSA/PR+

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The MAX674MSA/PR+ is a four-channel, low-power, low-drift, temperature compensated high accuracy Voltage Reference. It has an impressive high temperature drift rate, ranging from as low as 5ppm/°C and features an extremely low power dissipation over the same temperature range. It also features a low operating temperature co-efficient, providing maximum stability and reliability in the most challenging industrial and consumer applications.

The MAX674MSA/PR+ is suitable for a wide range of applications such as local heating, uninterruptible power supply (UPS) systems, battery charging systems, distributed power generation, and motor control systems. Its low voltage drift and high temperature stability make it ideal for use in a wide range of applications where high accuracy and stability is needed.

The MAX674MSA/PR+ uses reliable two-stage regulation which provides consistent accuracy, low temperature drift and low noise. Its internal regulator provides 4 adjustable outputs from 0.5V to 12V with a maximum output voltage tolerance of only 15mV. This precision output voltage is adjustable by internally providing an adjustable voltage reference.

With its on-chip comparator and power-on reset circuit, the MAX674MSA/PR+ provides an easy and stable means for controlling the power-on reset without the need for a separate external component. The device also features a shutdown mode which allows the user to reduce current consumption and extend battery life when the device is not in use.

Like other voltage references, the MAX674MSA/PR+ is designed to provide a highly stable dc reference voltage, typically in the range of 0.5V to 12V, above or below the system power supply. It is used to provide a stable voltage input to any circuit whether the system is powered on or off. The reference voltage output is also used to monitor various system parameters as well as to provide an accurate and stable voltage reference when calibrating or testing a system.

The MAX674MSA/PR+ is ideal for applications that require high accuracy and stability, such as motor control systems, voltage control, and power system protection circuits. It is also suitable for a wide range of consumer, medical, and industrial applications that require accurate control of output voltage, current, and temperature. The device is also designed to work in high temperatures and vibration environments, making it ideal for use in a variety of extreme temperature, vibration, and temperature shock environments.

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