TMS320DM368ZCED Overview
This is an electronic component with a 338-LFBGA package.Packaging is provided in the form of Tray.In addition to meeting a wide range of requirements, it is a member of Digital Media System-on-Chip (DMSoC).In order to mount it, it must be in the direction of Surface Mount.It is essential that -40°C~85°C TC is kept at a temperature that ensures proper operation of the machine.Voltages can be input or output within 1.8V 3.3V's analog voltage range.Digital signal processors such as this one are included in the TMS320DM3x, DaVinci? series.The 338 terminations are used for its uses.This device is powered by 1.35V's supply voltage.There are pins on the 338 component.In its configuration, 338 pins can be found.There are a number of related parts that can be identified using the base part number 320DM368.In order for the device to operate at 432MHz frequency, there is a specific design.The mounting method of the device is Surface Mount.The device can be classified as part of the Digital Signal Processors subcategory based on its specific characteristics.In order to power this device, a voltage as low as 1.28V needs to be supplied.Devices like this can be powered by voltages up to 1.42V.A supply voltage of 1.35V is required for its operation.Data can be stored in this device's memory in 16kB format.Data formats and transmission speeds are configurable for 2 UART channels used for asynchronous serial communication.Count, measure, and measure external events using 4 timers/counters.The processor core uses the architecture of the ARM processor.104 I/Os are available on the device.FLASH is the type of memory it uses.In the device are 32 pieces of information.It features 1 A/D converters.
TMS320DM368ZCED Features
Supplied in the 338-LFBGA package
Operating supply voltage of 1.35V
4 timers/counters
104 I/Os
TMS320DM368ZCED Applications
There are a lot of Texas Instruments TMS320DM368ZCED DSP applications.
- Digital communications
- Automobile electronic gadgets
- Digital image processing
- Medical imaging
- Speech processing and recognition
- Encoding/broadcast
- Seismology
- Radio detection and rangin systems
- Infinite impulse response filters
- Sound navigation and ranging systems
