Description
The Temperature Measurement Card with Thermocouple is a precision laboratory training module designed to measure temperature using a thermocouple sensor and convert it into an electrical signal suitable for display, analysis, or microprocessor/microcontroller interfacing. This card helps students understand the principles of temperature sensing, thermoelectric effect, signal conditioning, and data acquisition.
Ideal for electronics laboratories, instrumentation labs, engineering colleges, polytechnic institutes, and technical training centers.
✅ Key Features
🌡 Thermocouple-Based Temperature Measurement
Uses standard thermocouple sensor (Type K / J – model dependent)
Wide temperature measurement range
Demonstrates Seebeck effect and thermoelectric principles
⚡ Signal Conditioning Circuitry
Built-in amplification and cold junction compensation
Converts low-level thermocouple voltage into usable output
Ensures stable and accurate temperature readings
🔌 Microprocessor / Microcontroller Interface Ready
Analog output suitable for ADC interfacing
Can be connected to 8085, 8051, Arduino, or other controllers
Enables real-time temperature monitoring experiments
📊 Measurement & Display Support
Test points provided for voltage and temperature observation
Compatible with digital panel meter or external display systems
Enables calibration and accuracy analysis
🧱 Educational Trainer Design
Clearly printed circuit diagram on front panel
Well-labeled terminals and connectors
Compact, rugged enclosure for repeated student use
🛡 Safety & Reliability
Low-voltage, student-safe operation
High-quality components ensure long-term stability
Minimal maintenance required
📘 Typical Applications
Temperature measurement using thermocouples
Study of thermoelectric effects
Sensor and transducer experiments
Instrumentation and control system training
Microprocessor-based temperature monitoring
Electronics and physics laboratory practicals
💡 Why Choose This Apparatus?
Provides hands-on understanding of thermocouple operation
Demonstrates real-world temperature sensing techniques
Ideal for instrumentation and embedded system education
Durable, accurate, and easy to use for academic labs
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