AD7873ACPZ-REEL7

Data Acquisition - Touch Screen Controllers

AD7873ACPZ-REEL7 is a touch screen controller designed for data acquisition. It features a Sparse Cycle Micro Programmed Control Architecture (SCMPA) with a 32-bit internal processor architecture as well as support for up to 16 channels of analog data acquisition. Its advanced features provide fast sampling rate and active-matrix display support.

The main features of the AD7873ACPZ-REEL7 include the 32-bit internal processor architecture, the Sparse Cycle Micro Programmed Control Architecture (SCMPA), and support for up to 16 channels of analog data acquisition. In addition, the controller supports a wide variety of operating temperature ranges and supports active-matrix display.

The AD7873ACPZ-REEL7\'s 32-bit internal processor architecture is designed to provide both fast sampling rates and low-power consumption. The SCMPA provides a real-time control architecture that is optimized for touch-screen display applications, allowing for both high-speed display refresh rates and highly accurate data capture.

In terms of analog data acquisition, the AD7873ACPZ-REEL7 provides sixteen channels of analog data acquisition. Each channel is capable of sampling frequencies up to 200MHz. Furthermore, the controller also supports both single-ended and differential input modes.

The AD7873ACPZ-REEL7\'s active-matrix display support is also an important feature. The controller provides sensitivity, resolution, and scan rates that are optimized for active-matrix displays. It also provides advanced compensation for ambient light for improved display accuracy.

In terms of its operating temperature range, the AD7873ACPZ-REEL7 is rated for operation from +25°C to +85°C. This range is sufficient for most applications and helps ensure reliable operation even in hot climates.

Overall, the AD7873ACPZ-REEL7 is a powerful and reliable controller designed for data acquisition. Its 32-bit internal processor architecture, SCMPA, and active-matrix display support provide fast and accurate data capture, while its wide operating temperature range ensures reliable operation even in extreme conditions.