TMS320C6412AZNZA5 Overview
It is a kind of electronic component available in the 548-BBGA, FCBGA package.Packaging is provided in the form of Tube.With its association with Fixed Point, it is suitable for a wide range of applications.The device is attached in a way that faces 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.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 contains this digital signal processor.There are 548 terminations for its uses.It is supplied with voltage by 1.4V.548 component pins are present.The configuration of the device includes 548 pins.By using its base part number of 320C6412, many related parts can be identified.In order for the device to operate at the frequency of 500MHz, it has been designed specifically.It adopts Surface Mount as its mounting way.The specific characteristics of this device can be categoriDigital Signal Processorsed within the Digital Signal Processors subcategory.1.36V is the minimum voltage that can be supplied to this device.This device can handle a maximum voltage of 3.46V.The device operates with a supply voltage of 3.3V.Electronic parts can also add more features to ALSO REQUIRES 3.3V SUPPLY.In industrial environments, 3 timers provide accurate feedback and event activation.There are 4 interrupts caused by external factors.For data transfer, 64 DMA channels are available without overloading the CPU.
TMS320C6412AZNZA5 Features
Supplied in the 548-BBGA, FCBGA package
Operating supply voltage of 3.3V
4 external interrupts
TMS320C6412AZNZA5 Applications
There are a lot of Texas Instruments TMS320C6412AZNZA5 DSP applications.
- Statistical signal processing
- Processing system
- Sound navigation and ranging systems
- Remote sensing image processing technology
- Radar
- Video coding, audio coding
- Infinite impulse response filters
- Compression of videos
- House construction
- Speech processing and recognition
