MAX6161AESA+T

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The MAX6161AESA+T is a versatile voltage reference device from Maxim Integrated, a trusted name in wide ranging semiconductor solutions. This voltage reference is suitable for precision measurement, control and digital signal processing applications, making it a vital tool for many industries. This reference assists with the reliable and accurate amplification and power management requirements for various applications, allowing engineers to focus on the other aspects of the project. As such, this voltage reference is categorized as PMIC - Voltage Reference.

The MAX6161AESA+T is an ideal tool for temperature monitoring and logarithmic conversion applications, as well as for voltage reference. This voltage reference features a low noise characteristic, high accuracy, and a variety of connection options, making it highly compatible with many systems. It is also easy to use and configure, helping to reduce the time spent in setup and maintenance. This voltage reference device is available in four different packages, making it highly flexible and suitable for use in a wide range of applications.

This voltage reference device has a power supply voltage range between 3.1V and 12V, and an output voltage range of between 0.6V and 4.5V. It has a temperature coefficient of 0.005%, a low noise level of below 1uV RMS, and an output voltage accuracy of 0.15%. Additionally, the MAX6161AESA+T features a current consumption of only 3mA, making it well-suited for battery-powered applications. This allows it to provide reliable power even in challenging conditions.

The MAX6161AESA+T provides two types of voltage reference outputs: a buffered fixed output and an unbuffered adjustable output. The buffered fixed output is a high accuracy, low noise and stable output that is well-suited for applications such as temperature measurement, digital-to-analog conversion, and power control. The unbuffered adjustable output is an outstanding feature, and is capable of providing an accurate and stable output voltage different from the fixed output voltage. This makes it an excellent choice for use in precision instruments and automated systems.

Working principle of MAX6161AESA+T is simple and easy to understand. It consists of a temperature sensing element and an AC voltage reference circuit. The temperature sensing element monitors the internal temperature of the device and produces a voltage signal that is proportional to the temperature. The signal is then processed by the reference circuit which is configured to produce a stable and accurate output voltage. The output voltage is then applied to the load to regulate its voltage.

The MAX6161AESA+T is a cost-effective, compact and reliable voltage reference device for various applications. Its low noise and high accuracy output makes it ideal for precision measurement and digital signal processing, while its adjustable output makes it a reliable and versatile tool for automated systems and precision instruments. As such, this voltage reference device is a valuable and indispensable addition to many design teams.

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