LTC1096LIS8#TRPBF - 10-Bit Micropower Sampling A/D Converter

The LTC1096LIS8#TRPBF is a highly efficient 10-bit analog-to-digital converter (A/D converter) from Linear Technology, designed to provide precision digital conversion in compact, power-sensitive applications. This device is part of a family of micropower sampling A/D converters that offer a perfect blend of performance and power conservation, suitable for battery-operated equipment, portable devices, and other systems where power efficiency is crucial.

Operating from a single 5V power supply, the LTC1096LIS8#TRPBF features a sampling rate of up to 15,000 samples per second, ensuring rapid and accurate data acquisition. The converter incorporates automatic power down after conversion, significantly reducing power consumption when not in active use. This feature, combined with a typical supply current of just 1mA, makes it an excellent choice for energy-critical designs.

The LTC1096LIS8#TRPBF offers a differential input range of 0V to Vref (with Vref ranging up to 5V), providing flexibility in signal acquisition and the ability to handle a wide array of sensor outputs. Its serial interface is SPI/MICROWIRE compatible, allowing for easy integration into a variety of microcontroller-based systems.

Housed in a narrow 8-lead SO package, the LTC1096LIS8#TRPBF is designed for space-constrained environments. The device's small footprint does not compromise its performance or reliability, making it an ideal solution for portable medical devices, industrial control systems, and remote sensing applications.

Key features of the LTC1096LIS8#TRPBF include:

• 10-bit resolution
• Single 5V supply operation
• Low power consumption with automatic power-down feature
• Up to 15,000 samples per second
• Flexible differential input range
• SPI/MICROWIRE compatible serial interface
• Compact 8-lead SO package

Overall, the LTC1096LIS8#TRPBF from Linear Technology represents a robust and efficient solution for designers looking to incorporate precise A/D conversion into their low-power, space-sensitive applications.