MAX1299CEAE+T

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The MAX1299CEAE+T is part of a family of advanced, integrated, high-accuracy analog-to-digital (A/D) temperature sensors that provide an industry-standard digital output to streamline the design, development, and testing process of applications in which temperature is critical. Temperature sensors are incredibly versatile, with a variety of different types, each suited to different applications and use cases. The MAX1299CEAE+T is an analog and digital temperature sensor that places an emphasis on accuracy and versatility when it comes to temperature sensing. This type of sensor is ideal for applications requiring precise control in industries such as automotive, HVAC, home appliance, and industrial automation.

The MAX1299CEAE+T is designed around a low-accuracy-drift, CMOS A/D converters and a precision temperature reference. It is powered by a voltage of 3 to 3.3V, contains a N-Channel MOSFET with a TCR of up to ±40, comes in a compact 16-Pin TSSOP package, and has an extended temperature range from -55℃ to +125℃. It can measure temperatures from -55°C to +125°C, with a resolution of up to 0.03125°C. In addition, it has a high accuracy of ±0.25°C (typically ±0.1°C) and low temperature drift, making it well suited for measuring temperatures in extreme environments.

The MAX1299CEAE+T provides two types of output: digital and analog. The digital output is fitted with an integrated SPI serial interface, allowing the device to communicate with a microcontroller or other digital logic. The analog output is fitted with a low-noise, high-impedance output current, which can be connected directly to an analog-to-digital converter (ADC). This allows the sensor to provide applications with a more accurate and reliable temperature measurement. In addition, the MAX1299CEAE+T has an integrated 70 mV, low-temperature-coefficient bandgap reference, which ensures a high degree of accuracy and stability by providing a stable reference in which to compare the outputs from the measurements.

The MAX1299CEAE+T is an ideal sensor for applications in which accuracy and precision are critical. It’s typically used in automotive, HVAC, home appliance, and industrial automation where temperature accuracy, precision, and range are needed. The digital output makes it easy to communicate with other digital components while the analog output allows for an accurate and reliable temperature measurement. It is versatile and reliable, making it a solid choice for applications in which temperature accuracy is critical.

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