TMS320C6201GJC200 Overview

It is a kind of electronic component available in the 352-BBGA, FCCSPBGA package.Tray is the packaging method provided.As a member of Fixed Point, it is ideally suitable for a wide range of applications.Surface Mount is the direction in which it is mounted.At the temperature of 0°C~90°C TC, the device is guaranteed to operate normally.This refers to the analog voltage range that can be input or output from 3.30V.The TMS320C62x series contains this digital signal processor.The uses of this product can be terminated with 352.A voltage of 1.8V is used as the supply voltage.In this component, there are pins for 352.The configuration of the device includes 352 pins.With its base part number of 320C6201, many related parts can be identified.This device is designed specifically to operate at frequency 200MHz.Surface Mount is used as the mounting method.This device can be classified into the subcategory Digital Signal Processors based on its specific characteristics.This device requires a minimum voltage of 1.71V.There is a maximum voltage supply of 3.46V to this device.This device is powered by 1.8V's supply voltage.1.83.3V electric power powers it.Using this electronic part, ALSO REQUIRES 3.3V SUPPLY can also have additional features.The memory type it uses is EPROM, SDRAM, SRAM.There are 2 timers programmed to provide accurate feedback and event activation in industrial environments.External sources cause 4 interrupts.The device contains 32 pieces of information.There are 4 DMA channels used to transfer data without exposing the CPU to a work overload.

TMS320C6201GJC200 Features

Supplied in the 352-BBGA, FCCSPBGA package
Operating supply voltage of 1.8V
4 external interrupts

TMS320C6201GJC200 Applications

There are a lot of Texas Instruments TMS320C6201GJC200 DSP applications.

• Voice recognition
• Medical imaging
• Streaming videos
• TVs
• Remote sensing image processing technology
• Automatic analysis system of EEG or ECG
• Streaming music
• Control systems
• Biomedical engineering
• Electronic information engineering