MAX6697UP34+T

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The MAX6697UP34+T is an integrated temperature sensor with on-chip analog and digital output. The device is used in a variety of applications including home automation, medical device, and industrial process sensor solutions. Part of the MAX family of products, the MAX6697UP34+T is a high performance temperature sensor that offers an increased accuracy and an extended temperature range over other sensors. The device is designed for those applications that require a highly accurate reading of temperature and related conditions.

The MAX6697UP34+T features a built-in temperature-resistant ceramic sensor which is protected by a stainless steel plate to ensure accuracy and reliability when operating in extreme temperatures. The temperature sensing range is -40°C to +125°C and the resolution is 0.25°C. The sensor output is available in both analog and digital forms, and the response time is typically 480ms. The operating supply voltage is +3V to +5V, and the standby current is 0.22mA.

The device comes with two separate output channels, one in analog mode and the other in digital mode. The analog output follows the temperature directly, and produces a linear voltage with a -2.5mV/°C slope that provides precision and direct temperature readings. The digital output has a resolution up to 9 bits and uses a 16-bit digital word for temperature readings.

The MAX6697UP34+T provides a range of features to make it suitable for a number of applications. It has a wide temperature sensing range, a long-term reliability, and a fast response time. The device can also be configured to provide measurements from multiple temperature zones, while also providing over-temperature alarm and power-up delay functions.

The MAX6697UP34+T is typically used for temperature sensing and monitoring in applications such as home automation, medical devices, industrial process control, and other temperature dependent technologies and systems. It is an ideal choice for sensor solutions that require high accuracy and reliable operation.

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