Analog Devices Manuals

This technical note shows by way of example the benefits of using the ADuC834 C library and describes how to use the C-library provided for the ADuC834.

This EE-Note describes how to interface Blackfin® processors to standard T1 or E1 encoded signals. The proposed template assumes that a Blackfin processor is functionally located between two T1/E1 streams to perform the required processing, such as line echo canceling. However, the Blackfin processor can be adapted easily to other functional architectures. As shown in this EE-Note, most standard backplane PCM data streams interface directly to the processor’s serial port(s), without any external hardware. This document provides schematics, layout suggestions, and a software framework for receiving, processing, and transmitting PCM streams between two T1/E1 transceivers/ framers. The chosen framing device

This document is a technical note on using Analog Devices DSPs, processors, and development tools. It provides an introduction to scripting in VisualDSP++®. Scripting is a powerful and flexible tool that can be used to extend and customize the built-in capabilities of the IDDE or to automate repetitive tasks. It is ideal for non-interactive scripting needs such as accessing DSP resources, performing repetitive tasks, or running full-blown regression tests.

ADSP-2126x is a SHARC® DSP family, which can interface with a variety of peripherals. This document introduces how to use ADSP-2126x DSP's Signal Routing Unit to configure input and output.

This document provides technical notes on using Analog Devices DSPs, processors, and development tools. It explains how to connect character LCD panels to ADSP-21262 SHARC DSPs and provides example code and hardware interface. Connecting a character LCD module to the DSP can serve as a user interface and a real-time debugging interface.

This document discusses the power consumption of the ADSP-21262S SHARC® DSPs based on characterization data measured over power supply voltage, core frequency (CCLK) and ambient operating temperature (TA). The intent of this document is to assist board designers in estimating their power budget for power supply design and thermal relief designs using the ADSP-21262S DSP.

This Engineer-to-Engineer Note provides detailed technical information on the Analog Devices ADSP-TS101S TigerSHARC® On-chip SDRAM Controller

This document describes the Ethernet network interface for Analog Devices ADSP-BF535 Blackfin® processors

This document discusses specific hardware issues when implementing a system design that incorporates ADSP-TS101S TigerSHARC® processors.

This document describes how to program the PCI interface to function in Host mode.

This document is a technical note on using Blackfin® processors, mainly introduces how to use Blackfin® processors for rational sampling rate conversion.

This EE-Note is intended to help the user select and configure a suitable Synchronous Dynamic Random Access Memory (SDRAM) device to interface with Analog Devices Inc. (ADI) processors and DSPs. This document discusses the different factors involved in choosing the appropriate memory component depending on the Processor or DSP used. Additionally, some programming examples on how to configure the SDRAM are provided.

This document discusses the functionality and performance of an asynchronous memory interface developed for ADSP-BF531 / BF532 / BF533 Blackfin® processors. The interface is designed to provide a host port-like interface in applications that require a Blackfin processor to be used in conjunction with a host microcontroller. It can also be used to connect two Blackfin processors with minimal external circuitry. The maximum throughput of this implementation is 14.8 MB/s without concurrent bus activity and 8.3 MB/s while concurrent DMA activity is taking place. (e.g., simultaneous peripheral and memory DMA). Higher bandwidth interfacing can be achieved with additional external logic.