DLP470TPFQN

Specialized ICs Texas Instruments DLP470TPFQN Overview

The Specialized ICs Texas Instruments DLP470TPFQN is a cutting-edge Digital Micromirror Device (DMD) encapsulated in a robust 250-BCLGA module. This device offers a seamless integration into a variety of surface mount applications, ensuring reliability and performance. With a termination count of 250, this IC is highly versatile and suitable for demanding environments. The operating temperature range is from -20°C to below 90°C, which makes it robust for various industrial applications. To maintain optimal functionality, the voltage supply should stay between 1.65V and 1.95V. As part of the DLP470 family, this device offers compatibility with a range of similar IC systems, enhancing its utility and adaptability in specialized circuits.

Key Features

• Encapsulated in a 250-BCLGA module for enhanced protection and durability.
• Supports surface mounting for easy integration into various systems.
• Operational voltage range from 1.65V to 1.95V, ideal for stable and efficient performance.
• Designed for low thermal output with an operating temperature range of -20°C to 90°C.
• Part of the broader DLP470 family, offering extensive compatibility with other Digital Micromirror Devices.

Applications

• Industrial measurement instruments for enhanced accuracy and reliability.
• PC-based analytical devices, improving computational analysis capabilities.
• Portable diagnostic instruments, suitable for field operations and remote applications.
• Membrane keypads for industrial controls and user interfaces.
• Medical sensor authentication, ensuring secure and reliable usage of medical tools.
• Limited-use consumable management, facilitating secure and efficient inventory controls.
• IoT node authentication, enhancing security in connected devices.
• Peripheral device authentication, securing communication between primary devices and accessories.
• Reference design license management, providing solutions for intellectual property protection.
• Printer cartridge identification and authentication, promoting efficient resource management.