TMS320C5420GGUR200

Series:	TMS320C54x
Packaging:	Tray
Part Status:	Obsolete
Type:	Fixed Point
Interface:	Host Interface, McBSP
Clock Rate:	100MHz
Non-Volatile Memory:	External
On-Chip RAM:	384kB
Voltage - I/O:	3.30V
Voltage - Core:	1.80V
Operating Temperature:	-40°C ~ 100°C (TC)
Mounting Type:	Surface Mount
Package / Case:	144-LFBGA
Supplier Device Package:	144-BGA MICROSTAR (12x12)
Base Part Number:	TMS320VC5420

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TMS320C5420GGUR200 – Embedded DSP (Digital Signal Processor)

Digital Signal Processors (DSPs) are integral to myriad embedded applications, offering the power to process digital signals faster, with greater accuracy, and with greater versatility than ever before. Many of these processors, such as the TMS320C5420GGUR200, bear additional features and capabilities beyond what standard processors offer.The TMS320C5420GGUR200 is an embedded digital signal processor developed by Texas Instruments. This DSP features several powerful enhancements that have made it one of the most versatile and effective processors for a number of embedded applications.

Application Field of TMS320C5420GGUR200

The TMS320C5420GGUR200 is a highly advanced DSP that is used in a variety of applications, ranging from industrial automation and control, to audio and video decoding, to communication systems and data acquisition.Industrial Automation: Given its incredible processing speed, the TMS320C5420GGUR200 is ideal for controlling and monitoring industrial processes. Automation systems utilize the processor to increase the precision and accuracy of operations while minimizing response times. Additionally, the processor\'s on-chip programmable logic devices grant it a greater degree of flexibility and versatility than standard microprocessors. Audio/Video Decoding: In this field, the TMS320C5420GGUR200 is often used to decode real-time audio and video signals. It offers faster processing speeds than a conventional processor, allowing it to decode data more quickly and accurately. Additionally, the TMS320C5420GGUR200 utilizes the on-chip programmable logic devices in order to decode a wider range of audio/video data with greater accuracy. Communication Systems: The TMS320C5420GGUR200 can be used in communication systems as an efficient method for controlling and monitoring these systems. The processor features high-performance data buses and peripherals, thus enabling it to communicate and transfer data quickly and efficiently. Additionally, the processor is capable of real-time monitoring and reporting, thus enabling it to effectively respond to changing conditions in the system. Data Acquisition: The TMS320C5420GGUR200 is also used for data acquisition. Its high performance buses and on-chip memory allow it to rapidly acquire data while minimizing response times. Additionally, its on-chip programmable logic allows it to detect and respond to a wider range of data signals, thus providing greater accuracy.

Working Principle of TMS320C5420GGUR200

The TMS320C5420GGUR200 works by utilizing a combination of digital signal processors and programmable logic. This combination ensures that the processor can operate at a faster pace while providing greater accuracy than a standard processor. The TMS320C5420GGUR200 uses a single core, fixed point processor in order to handle the majority of tasks. This processor is capable of operating at various frequencies from 6.5MHz to 200MHz. It also features a 128kB on-chip memory, which enables it to store and retrieve data quickly. The processor also utilizes a number of programmable logic devices (PLDs) in order to handle more complex tasks. These PLDs feature various components that can be configured in order to customize the processor for the specific application. This allows the processor to be much more versatile than a standard processor. The combination of these features makes the TMS320C5420GGUR200 one of the most powerful and versatile embedded DSPs on the market. It offers incredible performance and accuracy while remaining highly affordable. This makes it ideal for a variety of applications, from industrial automation and control, to audio and video decoding, to communication systems and data acquisition.

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