SM32C6713BGDPS20EP Overview

It is a type of electronic component available in package 272-BBGA.Tray packaging is provided for it.With its association with Floating Point, it is suitable for a wide range of applications.There is a mounting point for it along the direction of Surface Mount.Keeping the device at the temperature of -55°C~105°C TC will ensure that it runs as it should.3.30V refers to the range of analog voltages that can be input or output.The TMS320C67x series contains this digital signal processor.The uses of this product can be terminated with 272.A voltage of 1.26V is used as the supply voltage.Pins are present on the 272 component.Its configuration includes 272 pins.Many related parts can be identified by using the 32C6713 part number as a base.In order for the device to operate at 200MHz frequency, there is a specific design.Using Surface Mount as a mounting method, it is mounted.The device can be classified under the subcategory Digital Signal Processors based on its specific characteristics.This device can be powered by voltages as low as 1.2V.There is a maximum voltage supply of 3.47V to this device.1.26V is the supply voltage for this device.1.33.3V electric power powers it.With this electronic part, additional features of ALSO REQUIRES 3.3V SUPPLY can also be provided.16 I/Os are available on the device.A SDRAM, SRAM memory type is used.Industrial environments utili2e 2 timers for accurate feedback and event activation.An external source is causing 4 interrupts.There are 16 DMA channels used to transfer data without exposing the CPU to a work overload.

SM32C6713BGDPS20EP Features

Supplied in the 272-BBGA package
Operating supply voltage of 1.26V
16 I/Os
4 external interrupts

SM32C6713BGDPS20EP Applications

There are a lot of Texas Instruments SM32C6713BGDPS20EP DSP applications.

• Digital hardware
• Vibration signal processing
• Sonar
• Smart camera
• Digital image processing, data compression
• Radio detection and rangin systems
• Control systems
• Tomography technology
• Digital camera
• Spectral density estimation