TMS320C6412AZDK7 Overview

This is an electronic component with a 548-FBGA, FCBGA package.Tray packaging is provided for it.Due to its Fixed Point membership, it is ideal for a wide range of applications.The mounting of the device is done in the direction of Surface Mount.It is essential that 0°C~90°C TC is kept at a temperature that ensures proper operation of the machine.In analog circuits, the analog voltage range 3.30V represents the voltage range that is available for input or output.The TMS320C6410/12/13/18 series includes this digital signal processor.The use of it is terminated by 548.A voltage of 1.4V is used as the supply voltage.There are pins on the 548 component.Its configuration includes 548 pins.Based on its base part number of 320C6412, many ralated parts can be found.In order for the device to operate at 720MHz frequency, there is a specific design.The mounting method of the device is Surface Mount.The device can be classified under the subcategory Digital Signal Processors based on its specific characteristics.This device can be powered by voltages as low as 1.36V.It can be supplied with a maximum voltage of 3.46V.This device is powered by a voltage of 1.4V.The electric power supply is 1.43.3V.It can also provide more features of ALSO REQUIRES 3.3V SUPPLY.16 I/Os are available on the device.A SDRAM, SRAM memory type is used.A 3 timer can give accurate feedback and activate events in industrial settings.The external source of 4 interrupts is causing 4 interrupts.To prevent CPU overload, 64 DMA channels are used to transfer data.

TMS320C6412AZDK7 Features

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

TMS320C6412AZDK7 Applications

There are a lot of Texas Instruments TMS320C6412AZDK7 DSP applications.

• Remote sensing image processing technology
• Digital communications
• Boats
• Radar
• Automatic analysis system of EEG or ECG
• Digital camera
• Scene analysis technology
• Radio detection and rangin systems
• Audio compression
• Other sensor array processing