TMS320DM642AGNZ6 Overview

In electronic terms, it is a type of component that comes in the package of type 548-BBGA, FCBGA .There is a packaging method of Tray provided with it.Due to its Fixed Point membership, it is ideal for a wide range of applications.It is mounted in the way of Surface Mount.It is important that the device is operated at a temperature of 0°C~90°C TC in order to ensure its normal functioning.Voltages can be input or output within 3.30V's analog voltage range.It is a part of the TMS320DM64x, DaVinci? series of digital signal processors.548 terminations are available for its use.It works with a voltage of 1.4V as a supply voltage.Pins are present on the 548 component.In its configuration, there are 548 pins.With its base part number of 320DM642, many related parts can be identified.In order for the device to operate at 600MHz frequency, there is a specific design.It adopts Surface Mount as its mounting way.The characteristics of this device allow it to be placed in the subcategory of Digital Signal Processors.In this device, the minimum voltage is 1.36V.This device can handle a maximum voltage of 3.46V.1.4V is the supply voltage for this device.1.43.3V electric power supplies it.This electronic part can provide more features for ALSO REQUIRES 3.3V SUPPLY.16 I/Os are available on the device.It uses SDRAM, SRAM as its memory type.In industrial environments, 3 timers provide accurate feedback and event activation.An external source is causing 4 interrupts.On the device, there is 64 information.The CPU is not overloaded when data is transferred via 64 DMA channels.

TMS320DM642AGNZ6 Features

Supplied in the 548-BBGA, FCBGA package
Operating supply voltage of 1.4V
16 I/Os
4 external interrupts

TMS320DM642AGNZ6 Applications

There are a lot of Texas Instruments TMS320DM642AGNZ6 DSP applications.

• Speech processing and recognition
• Statistical signal processing
• Scene analysis technology
• Biomedical treatment
• Image compression
• Digital camera
• Tomography technology
• Seismology
• Biomedical engineering
• Geoscience signal processing