TMS320VC5402PGER10 Overview

It is a type of electronic component available in package 144-LQFP.Packaging method Tray is provided.The Fixed Point family provides a wide range of applications.The mounting of the device is done in the direction of Surface Mount.If it is operating at the temperature of -40°C~100°C TC, then it will be operating normally.The analog voltage range of 3.30V refers to the input or output voltage.TMS320C54x series digital signal processors contain this digital signal processor.There are 144 terminations for its uses.This device is powered by 1.8V's supply voltage.In this component, there are pins for 144.In its configuration, it contains 144 pins.The base part number 320VC5402 allows identification of a wide range of related parts.It is specifically designed to operate with the frequency of 100MHz.Using Surface Mount as a mounting method, it is mounted.As a result of its specific characteristics, this device can be classified under the Digital Signal Processors subcategory.It is possible to supply as low a voltage as 1.71V to this device.3.6V is the maximum voltage that can be supplied to this device.Using 3.3V as the supply voltage, it operates.In its memory, this device can store 8kB data.Data format and transmission speed can be configured for asynchronous serial communication on 0 UART channels.More additional features of ALSO OPERATES AT 3.3V SUPPLY can also be provided by this electronic part.In industrial environments, 2 timers are programmed to provide accurate feedback.Interrupts caused by an external source cause 4 interrupts.

TMS320VC5402PGER10 Features

Supplied in the 144-LQFP package
Operating supply voltage of 3.3V
4 external interrupts

TMS320VC5402PGER10 Applications

There are a lot of Texas Instruments TMS320VC5402PGER10 DSP applications.

• Digital communications
• Vehicle electronics
• Consumer electronic gadgets
• Dam design
• Compression of videos
• Remote sensing image processing technology
• Digital camera
• Digital hardware
• Tomography technology
• Processing system