Analog Devices Manuals

This document describes the link port booting process, including the perspective of the master device and the slave SHARC.

This document is about Analog Devices ADSP-21060 Technical Note, which introduces the possible contention of ADSP-21060 SPORT DTx pins.

This document is a technical note on using Analog Devices DSPs, processors, and development tools. It provides information on understanding and using linker description files on SHARC processors.

This document is a technical note on using Analog Devices' DSP components and development tools. It covers considerations for using FLASH PROMS, specifically the minimum timing requirements between the RESET signal and the CS/OE signals.

Describes how to use short word memory addressing to access 16-bit data in C language

This document describes various forms of Direct Memory Accesses (DMA) on the TigerSHARC family of processors. Assembly code examples are provided

This document provides some notes on using Analog Devices' DSP, audio, and video components. It presents benchmarks for Link Port throughput on the ADSP-2106x floating point family DSPs and discusses a design that uses 3 link ports for transmitting and receiving while other IOP activity is happening at the same time.

This document provides notes on using Analog Devices' DSP, audio, and video components from the Computer Products Division. It also includes typical power consumption measurements for SHARC processors.

This document is an Engineer To Engineer Note from Analog Devices that provides a reference design for customers on how to interface a DRAM with the SHARC DSP using a DRAM Controller.

This application note provides a brief introduction to programming Analog Devices SHARC DSP in C language.

This document is about the upgrade of ADuC831 and ADuC812. It introduces new features and modification points of ADuC831, including ADC, voltage reference connection, interrupt structure, watchdog timer, flash programming/erase, SPI timing, etc.

Introduces the upgrades from the ADuC832 to the ADuC812, including new features and changes to register configurations. This document can help ADuC812 users quickly and efficiently modify their systems

This document describes a feature unique to MicroConverters with an external data memory interface that allows addressing of up to 16MB of external data memory. This feature is fully compatible with the standard 8051 for addressing up to 64kBytes of external data memory.

This document describes a 4-wire UART-to-PC interface called uC006, which is used for downloading or debugging code. This interface simplifies the connection between a PC and a MicroConverter chip without the need for additional components on the board. The document also mentions the implementation of the interface and provides information about RS-485.