*The RoHS icon on this product indicates that the PCBs, components, solder, and chemicals are all lead-free and RoHS compliant. Additionally, this product is produced using a lead-free process. Unfortunately, we are currently unable to provide documentation confirming that this product is RoHS compliant.
Resources:
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Package Includes:
- 1x Board
- 1x 5-pin (2.54mm) male connector
Notes:
- This board uses 4-pin (2.00mm) connectors for I2C bus.
Features:
- Single-Chip Solution
- Thermocouple EMF Conversion
- Cold-Junction Compensation
- Error Detection
- Type-K Thermocouple
- High Accuracy ±0.5°C
- Fine Resolution: With a resolution of 0.0625°C
- Easy Sensor Connection with a plug connector
- I2C Bus Communication, supporting a bus speed of 100kHz
- Eight selectable I2C Addresses
- Wide Operating Voltage 2.7V to 5.5V
- Power Polarity Protection
- Panel Installation
- PCB Size 42.00 x 44.00 mm
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The I2C-TC9600KP is a specialized electronics board designed for precise temperature measurement by converting the electromotive force (EMF) generated by a thermocouple into a temperature value in degrees Celsius. At its core, the board utilizes the MCP9600 chip from Microchip, which features an integrated cold-junction compensation unit to ensure accurate readings.
One of the notable capabilities of the I2C-TC9600XP is its ability to detect potential errors in the thermocouple sensor, including both open-circuit and short-circuit conditions. This improves reliability and safety during temperature monitoring operations.
The I2C-TC9600KP is designed for compatibility with Type-K thermocouple, ensuring optimal performance and accuracy. The board itself offers high measurement accuracy, with a typical error margin of only ±0.5 degrees Celsius. Additionally, the measurement results are provided with a fine resolution of 0.0625 degrees Celsius, allowing for precise monitoring and control.
To prevent damage to the board, do not plug or unplug I2C cables while the power supply is on. Always turn off the power supply before plugging or unplugging I2C cables on the board.
