TMS320DM6435ZWT5 Overview

Basically, it is a type of electronic component that is available in a 361-LFBGA package.Tray is the packaging method provided.In addition to meeting a wide range of requirements, it is a member of Fixed Point.Surface Mount is mounted in a manner that allows it to be moved.As long as it is operated at the temperature of 0°C~90°C TJ, it will operate normally.Voltages can be input or output within 1.8V 3.3V's analog voltage range.It is a part of the TMS320DM643x, DaVinci? series of digital signal processors.There are 361 terminations for its uses.It operates with the supply voltage of 1.2V.Pins are available for 361 components.The configuration of the device includes 361 pins.Based on its base part number of 320DM6435, many ralated parts can be found.A specific design is present for the device in order for it to operate at the frequency of 500MHz.The mounting method is Surface Mount.Based on its specific characteristics, this device can be classified into the subcategory of Digital Signal Processors.The minimum voltage supplied to this device is as low as 1V.This device can be powered by 3.63V voltages.In order for it to operate, 1.2V is the supply voltage.Data format and transmission speed can be configured for asynchronous serial communication on 2 UART channels.The processor core uses the architecture of the TMS320 processor.111 I/Os are available on the device.A DDR2, FLASH, NAND, SDRAM, SRAM memory type is used.Industrial environments utili5e 5 timers for accurate feedback and event activation.Upon opening the device, there are 32 pieces of information stored.

TMS320DM6435ZWT5 Features

Supplied in the 361-LFBGA package
Operating supply voltage of 1.2V
111 I/Os

TMS320DM6435ZWT5 Applications

There are a lot of Texas Instruments TMS320DM6435ZWT5 DSP applications.

• Image compression
• Instrument modeling
• Airplanes
• Automatic analysis system of EEG or ECG
• Receivers
• Remote sensing image processing technology
• Other sensor array processing
• Audio
• Digital image processing
• Finite impulse response digital filters