The AD574SDATD883 is a complete 12-bit analog-to-digital converter (ADC) with a specified performance over the full military temperature range. It includes a high-speed successive approximation ADC, a voltage reference, clock, and three-state output buffers, all integrated into a single monolithic chip. This device is known for its reliability and performance in harsh environments.

Applications

• Military and Aerospace Systems
• High-Reliability Data Acquisition
• Industrial Control Systems
• Avionics
• Process Monitoring

Features

• Complete 12-Bit ADC
• Guaranteed Performance Over Military Temperature Range (-55°C to +125°C)
• Single Chip Construction
• High Speed Conversion (25 μs)
• Three-State Output Buffers
• Internal Voltage Reference and Clock
• TTL Compatible

Benefits

• Provides a complete ADC solution, simplifying system design
• Ensures reliable performance in extreme temperature environments
• Reduces component count and board space
• Enables high-speed data acquisition
• Facilitates easy interfacing with digital systems
• Eliminates the need for external reference and clock components
• Compatible with standard TTL logic

Additional Details

The AD574SDATD883 is designed for applications requiring high reliability and performance in harsh environments. It offers a 12-bit resolution with a fast conversion time of 25 μs. The integrated voltage reference and clock eliminate the need for external components, simplifying system design and reducing overall cost. The three-state output buffers allow for easy interfacing with digital systems. This device is available in a hermetically sealed package to ensure long-term reliability.

The AD574SDATD883 is particularly well-suited for military and aerospace applications, where performance and reliability are critical. Its ability to operate over the full military temperature range makes it an ideal choice for systems deployed in extreme environments. The complete ADC solution and easy-to-use interface simplify system integration and reduce development time.