ADSP-BF533SBSTZ400 Overview

It is a kind of electronic component that comes in a package of 176-LQFP.There is a packaging method of Tray provided with it.In addition to meeting a wide range of requirements, it is a member of Fixed Point.It is mounted in the way of Surface Mount.If it is operating at the temperature of -40°C~85°C TA, then it will be operating normally.In analog circuits, the analog voltage range 3.30V represents the voltage range that is available for input or output.The Blackfin? series includes this digital signal processor.In order to use it, it has 176 terminations.This device is powered by 1.2V's supply voltage.Pins are located on the 176 component.In its configuration, 176 pins can be found.By using its base part number of ADSP-BF533, many related parts can be identified.The device operates at the frequency of 400MHz in accordance with a specific design.The mounting method of the device is Surface Mount.The device can be classified under the subcategory Microprocessors based on its specific characteristics.In order to power this device, a voltage as low as 2.7V needs to be supplied.The maximum voltage supplied to this device amounts to 3.6V.A voltage of 3.3V is used as the supply voltage.There is a memory on this device that can store 148kB data.Time and external events are measured and counted with 4 timers/counters.Blackfin architecture is used for this processor core.ROM is the type of memory it uses.16 information is stored on the device.Short-range communication is achieved using 1 SPI channels in this embedded system.3 PWM channels are used to control analog circuits through digital means.

ADSP-BF533SBSTZ400 Features

Supplied in the 176-LQFP package
Operating supply voltage of 3.3V
4 timers/counters

ADSP-BF533SBSTZ400 Applications

There are a lot of Analog Devices Inc. ADSP-BF533SBSTZ400 DSP applications.

• Biomedical treatment
• Radio detection and rangin systems
• Vibration signal processing
• Automatic analysis system of EEG or ECG
• Geoscience signal processing
• Receivers
• Speech processing
• Electronic information engineering
• Audio compression
• Digital communications