AT30TS750A-MA8M-T

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Temperature sensors are a class of devices used to measure temperature. This typically involves sensing a change in electrical resistance or voltage, or using a thermistor or thermocouple. The AT30TS750A-MA8M-T is an analog and digital output temperature sensor mostly used in medical applications and laboratory settings. It is also used in automotive applications, industrial and home heating systems, and many other applications.

The AT30TS750A-MA8M-T is a CMOS-compatible 8-bit analog-to-digital converter (ADC) temperature sensor. It offers a very high input impedance, low power consumption, and excellent accuracy. The sensor features a selectable two point slope or a one point uni-polar signal output. It also offers short circuit protection, configurable resolution, compatibility with standard CMOS and TTL logic interfaces, and an ultra-high output voltage drive.

The AT30TS750A-MA8M-T offers a temperature range of -55°C to 155°C and a response time of 150ms max. The ADC has a selectable resolution of 8, 10,12, or 14 bits with a conversion rate up to 10kHz depending on the resolution. The minimum digital output step size is 2mV per bit for 12 bits resolution.

The AT30TS750A-MA8M-T offers very good accuracy, with the sensor’s temperature error being better than 0.5°C for temperatures within its range. This accuracy is also improved by the sensor’s calibration data which is stored in its internal EEPROM. The EEPROM consists of two blocks, with one block containing the calibration coefficients and the other block containing the serial number and other information.

When it comes to power consumption, the AT30TS750A-MA8M-T has been designed to allow the supply voltage to range from 2.4 to 5.5V. The device’s current consumption is between 10 and 25mA depending on the selected resolution and temperature. The power consumption of the device is minimized by its Sleep mode which can be accessed by selecting the required resolution and temperature before powering down the sensor.

The AT30TS750A-MA8M-T works on a simple principle. When heat is applied, it causes a change in the resistance of the sensor. This change in resistance is then converted to an electrical signal by the ADC. The ADC then converts the analog signal to a digital signal and sends it to an output device such as a microcontroller, where it can be read and interpreted.

The AT30TS750A-MA8M-T is a versatile, reliable, and cost effective solution for many temperature sensing applications. It is a great choice for medical, automotive, laboratory, and industrial applications. With its internal EEPROM, configurable resolution, low power consumption, and excellent accuracy, the AT30TS750A-MA8M-T is a reliable choice for temperature sensing applications.

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