RAA2P3200

Shielded inductive position sensor designs place coils, the chip, and passive elements in one compact layout footprint, which is ideal when housing constraints prevent external component placement. A conductive inner‑layer shield enables this solution but requires sufficient coil‑to‑shield distance to maintain RX amplitude. This application note guides engineers through the practical process.

An overview of the process for importing Gerber and drill data into Altium Designer, covering CAM document setup, parameter alignment, and adjustments made after PCB conversion. Essential post-import cleanup steps for pads, vias, and layout elements support accurate semiconductor sensor, coil, and chip-interface PCB designs.

The RAA2P3200 is a high-speed, single-channel inductive position sensor for rotary motion detection in industrial and robotic motor control applications. It enables position sensing up to 14-bit resolution and supports SPI, UART, and high-speed incremental outputs such as ABI, Step/Direction, UVW. This document details the key design and operational characteristics of the RAA2P3200, covering pin configuration, electrical specifications, functional architecture, and packaging information.

The RAA2P3200 is a high-speed, single-channel inductive position sensor designed for rotary motion detection in industrial and robotic motor control applications. This document describes the device’s memory map, along with its available settings and configuration options.

The RAA2P3200 is a high-speed, single-channel inductive position sensor designed for rotary motion detection in industrial and robotic motor control applications. This document describes the necessary steps to set up, program, and calibrate the sensor.

EMC recommendations for semiconductor SPI interfaces in industrial applications outline key emission and immunity tests based on CISPR 14-1 and IEC 61000-6-4 standards. This document includes a recommended schematic for EMC compliance and component selection tips, emphasizing that requirements should be tailored to each application. Integrators must ensure adherence to relevant EMC standards.

EMC recommendations for semiconductor ABI interfaces in industrial applications outline key emission and immunity tests based on CISPR 14-1 and IEC 61000-6-4 standards. This document includes a recommended schematic for EMC compliance and component selection tips, emphasizing that requirements should be tailored to each application. Integrators must ensure adherence to relevant EMC standards.

EMC recommendations for semiconductor UART interfaces in industrial applications outline key emission and immunity tests based on CISPR 14-1 and IEC 61000-6-4 standards. This document includes a recommended schematic for EMC compliance and component selection tips, emphasizing that requirements should be tailored to each application. Integrators must ensure adherence to relevant EMC standards.