SM320C6455BGTZSEP Overview

An electronic component available in package 697-BFBGA, FCBGA.Packaging is provided in the form of Tray.The fact that it belongs to the Fixed Point family means that it can be applied to a wide range of applications.In order to mount it, it must be in the direction of Surface Mount.As long as it is operated at the temperature of -55°C~105°C TC, it will operate normally.In analog circuits, the analog voltage range 1.2V1.25V1.5V1.8V3.3V represents the voltage range that is available for input or output.Digital signal processors such as this one are included in the TMS320C645x series.In order to use it, it has 697 terminations.A voltage of 1.25V is used as the supply voltage.There are 697 component pins.The configuration of the device includes 697 pins.There are a number of related parts that can be identified using the base part number 320C6455.The device is specifically designed to operate at the frequency of 1GHz.Surface Mount is used as the mounting method.The device can be classified under the subcategory Digital Signal Processors based on its specific characteristics.This device requires a minimum voltage of 1.1875V.A maximum voltage of 3.46V can be provided to this device.The device operates on a voltage of 1.25V as its supply voltage.It is supplied with 1.21.83.3V electric power.This electronic part can also provide additional features to IT ALSO REQUIRES 3.3V I/O SUPPLY.The device is equipped with 16 I/Os.Industrial environments have 4 timers that provide accurate feedback and trigger events.The CPU is not overloaded when data is transferred via 64 DMA channels.

SM320C6455BGTZSEP Features

Supplied in the 697-BFBGA, FCBGA package
Operating supply voltage of 1.25V
16 I/Os

SM320C6455BGTZSEP Applications

There are a lot of Texas Instruments SM320C6455BGTZSEP DSP applications.

• Vibration signal processing
• Video coding, audio coding
• Spectral density estimation
• Radio detection and rangin systems
• Finite impulse response digital filters
• Geophysical processing
• Audio compression
• Electronic information engineering
• Voice recognition
• Remote sensing image processing technology