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Maxim Integrated Sensor Development Tool MAX31855PMB1 Peripheral Module Development Board MAX31855
Specifications
| Country of Origin | India |
|---|---|
| Brand | Maxim Integrated |
| Model | MAX31855PMB1 |
| Standards/Approvals | RoHS |
| Kit Classification | Development Board |
| Featured Device | MAX31855 |
| Kit Name | MAX31855PMB1 Peripheral Module |
Key Features
- Converts output of a K-Type thermocouple directly to a signed 14-bit digital word.
- Includes cold-junction compensation for enhanced accuracy.
- Offers 14-bit resolution with 0.25°C temperature step.
- Detects thermocouple shorts to ground or supply voltage.
- Detects open thermocouple conditions to ensure reliability.
- Equipped with a 6-pin Pmod-compatible SPI connector.
- Comes with example software written in C for portability across platforms.
- Features a proven PCB layout for optimal performance.
Product Description
Maxim Integrated MAX31855PMB1 Peripheral Module Development Board is a sensor development tool designed to facilitate the use of the MAX31855 thermocouple-to-digital converter. It converts the output of a K-Type thermocouple directly to a signed 14-bit digital value, making it suitable for precise temperature measurement applications.
The module incorporates cold-junction compensation to improve measurement accuracy and provides a resolution of 0.25°C across its 14-bit output. It is capable of detecting thermocouple shorts to ground or VCC and identifies open thermocouple inputs, ensuring system reliability.
Equipped with a 6-pin Pmod-compatible SPI connector, the MAX31855PMB1 module supports easy interfacing with microcontrollers and development boards. The package includes example software written in C to promote portability between various platforms.
The PCB layout is tried and tested, offering a robust hardware foundation.
This development board is widely applicable in industrial equipment, HVAC systems, automotive sensing, and appliance temperature control, providing a dependable solution for thermocouple signal processing.
Converts K-Type thermocouple signals to digital output. Cold-junction compensation enhances accuracy. High 14-bit resolution with 0.25°C steps. Short-circuit and open thermocouple detection. Standard 6-pin Pmod connector for SPI communication.
Includes portable example C software. Proven and reliable PCB design. Ready-to-use fully assembled module. Suitable for industrial, automotive, HVAC, and appliance applications. Explore Maxim Integrated Sensor Development Tools at EnvMart for reliable and efficient sensor interface solutions.
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Frequently Asked Questions
It offers a resolution of 14 bits with a temperature step of 0.25°C.
The module incorporates cold-junction compensation, which enhances measurement accuracy when converting thermocouple signals to digital output.
It is designed to convert the output of K-Type thermocouples directly to a digital format.
It is equipped with a 6-pin Pmod-compatible SPI connector for easy interfacing with microcontrollers and development boards.
This model can detect thermocouple shorts to ground or supply voltage and identifies open thermocouple conditions, ensuring system reliability.
It is widely applicable in industrial equipment, HVAC systems, automotive sensing, and appliance temperature control.
The module comes with example software written in C, promoting portability across various platforms.
The country of origin for this module is India.
It complies with RoHS standards, ensuring it meets certain environmental and safety requirements.
The kit classification is a Development Board, specifically designed for sensor development.
The featured device in this module is the MAX31855 thermocouple-to-digital converter.
Yes, it is a ready-to-use, fully assembled module designed for immediate application.
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