Manufacturer Part Number AD595AD
Manufacturer: Analog Devices
Introduction
The AD595AD is a complete, integrated circuit thermocouple amplifier that provides cold-junction compensation and a high-level (10mV/°C) output suitable for direct interface to readout or control circuitry. It is designed to work with Type J, K, T, or E thermocouples.
Product Features and Performance
Integrated cold-junction compensation and thermocouple amplifier
Guaranteed accuracy of ±3°C max over full temperature range
Provides a high-level (10mV/°C) output suitable for direct interface to readout or control circuitry
Works with Type J, K, T, or E thermocouples
Performs cold-junction compensation and provides sensor fault detection
Operates from single 5V to ±15V supplies
Product Advantages
Integrated solution simplifies design and reduces component count
High accuracy and stability over temperature
Wide operating temperature range of -55°C to 125°C
Overload and sensor fault detection
Key Reasons to Choose This Product
Comprehensive thermocouple measurement solution in a single chip
Simplifies design and shortens development time
Excellent accuracy and reliability for critical temperature monitoring applications
Wide operating temperature range suitable for industrial and harsh environments
Quality and Safety Features
Designed and manufactured to high quality standards
Provides sensor fault detection to enhance system safety and reliability
Compatibility
The AD595AD is compatible with Type J, K, T, and E thermocouples.
Application Areas
Industrial temperature monitoring and control
Process control
HVAC systems
Automotive and transportation
Aerospace and defense
Product Lifecycle
The AD595AD is an obsolete product, meaning it is no longer in active production. However, there are several alternative models available from Analog Devices that provide similar functionality and performance:
AD595A (pin-compatible replacement)
AD596 (advanced thermocouple amplifier with additional features)
AD8495 (precision thermocouple amplifier with improved accuracy)