MAX31855NASA+ Overview

Materials from Tube are used in its packaging.Sensor and detector interface is used to save space by using the 8-SOIC (0.154, 3.90mm Width) package.The Thermocouple to Digital Converter type provides superior performance as it is a type of Thermocouple to Digital Converter.Surface Mount is used as the mounting method.The operating temperature should be kept at -40°C~125°C to avoid unnecessary cooling process.Sensor and detector interface adopts Thermocouple (Multiple) as Sensor and detector interfaces input type.A 8 termination prevents signals from reflecting off of the end of a transmission line.By using its base part number of MAX31855, it can be found to be related to other electronic parts.This device is configured with 1 functions.A voltage of 3.3V is used as the supply voltage.The device is an electronic device with 8-pins.The pins of a 8 component have been designed to perform specific functions.As an output type, Digital is used.Maintaining the operating supply current at 900μA may improve efficiency.If the supply voltage exceeds 3.6V, a failure will occur.Sensor and detector interface is likely that the supply voltage will be below 3V at the time of failure.An electronic device classified under the subcategory of Other Analog ICs is designed using a unique formulation.Applications using 3.3V as the supply voltage are supported.

MAX31855NASA+ Features

With 3.3V channels
operate temperature at the range of 900μA

MAX31855NASA+ Applications

There are a lot of Maxim Integrated MAX31855NASA+ applications of sensor and detector interfaces.

• Portable Medical
• Proximity Sensing and Object Detection
• Ignition Key
• and safety systems
• Wearable Fitness
• Motor drive controllers
• Automotive Ultrasonic Park Assist
• Accelerometers
• Engine Testing
• Strain Gauges