ANALOG Manuals (Industrial)

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

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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.

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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.

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This document is a technical note on using Analog Devices' DSP components and development tools, providing information on using Link Ports for point-to-point communication and discussing some tips and anomalies associated with the SHARC DSP family.

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Introduces how to configure the AD74111 audio codec and connect it to the ADSP-21161 SHARC® DSP

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

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The ADSP-21262 is the latest member of the SHARC® family, delivering new levels of speed, power performance, and peripheral integration while maintaining code compatibility with the existing SHARC portfolio of products. This document is focused on helping existing SHARC designers who need information on evaluating whether upgrading systems to the new ADSP-21262 is right for them. This note will highlight the new features that the ADSP-21262 has to offer and detail the list of traditional SHARC peripherals that do not exist in this product. The ADSP-21161 will be used as the example for the traditional SHARC processor. For a more in-depth analysis of each of the peripherals available on the ADSP-21262, the ADSP-2126x SHARC Hardware Reference Manual is an excellent resource.

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This document describes the multicycle instructions and latencies specific to the ADSP-BF531/532/533 Blackfin® Processor devices.

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This EE-note explains the functional operation and usage of the ADSP-21161N SHARC® processor asynchronous host interface for uni-processor- and multi-processor systems.

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This document introduces the performance of the ADSP-BF535 Blackfin® Processor PCI interface, including burst and single word transfers

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This document describes how to hook up video devices such as the ADV7183 NTSC/PAL Video Decoder to the external bus of the ADSP-BF535 Blackfin Processor. It also explains the interface between the Blackfin processor and video devices. Contact information for technical support is provided.

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This document describes how to link boot one slave ADSP-21161 SHARC® DSP from another master ADSP-21161 DSP.

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This document discusses the issues to consider when migrating from ADSP-21160M SHARC® DSP to ADSP-21160N SHARC DSP, including core voltage requirement, pin changes, startup specification, and anomalies.

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This application note focuses on the control circuitry, using the ADuC832 MicroConverter IC and the AD8305 logarithmic converter, for a MEMS based, silicon, optical Closed-Loop Control Circuit Implementation of the ADuC832 MicroConverter® IC and the AD8305 Logarithmic Converter in a Digital Variable Optical Attenuator.

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This note describes one way to interface a CompactFlash Storage Card to the ADSP-BF535 EZ-KIT Lite Evaluation Board.

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This document provides technical notes on using Analog Devices' DSP components and development tools, with a focus on creating interrupt-driven systems using C on Blackfin processors.

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This document is a technical note on using Analog Devices' DSP components and development tools. It discusses the interfacing of the EPSON S1D13806 memory display controller with the ADSP-BF535 Blackfin Processor.

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Technical notes on using Analog Devices' DSP components and development tools, presenting the implementation of a glueless UART using the SHARC® DSP SPORTs.

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This engineer's note describes advanced EPROM boot and no-boot scenarios for ADSP-219x DSPs.

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