EVKVC5-5901LVDS

Series:	VersaClock® 5
Part Status:	Active
Type:	Timing
Function:	Clock Generator
Embedded:	--
Utilized IC / Part:	IDT5P49V5901
Primary Attributes:	LVDS Compatible Outputs
Supplied Contents:	Board(s)
Secondary Attributes:	SMA Connectors

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

EVKVC5-5901 LVDS Application Field and Working PrincipleEvaluation and demonstration boards and kits are vital tools for engineers that are designing, evaluating and demonstrating system-level products and components. The EVKVC5-5901LVDS is one such board, which is an evaluation kit for Low Voltage Differential Signaling (LVDS) based on the TMS320C5509A Digital Signal Processor (DSP). This evaluation kit can be used to help evaluate the performance of the chip in various types of applications.This evaluation board was designed using the TMS320C5509A DSP, which is a small-form-factor, low-power processor which has been optimized to run in an LVDS environment. This processor can process digital signal processing operations at high speeds, making it especially suitable for applications that require processing of high-speed data streams. The EVKVC5-5901LVDS board includes eight MMCX connectors that can be used to interface with various LVDS-based peripherals.The EVKVC5-5901LVDS evaluation board also includes features such as dedicated PCB mounting standoffs, power supply voltage inputs, differential input and output connectors, circuit breakers, bootstrap jumper, as well as two push-buttons and four LEDs. These features are necessary for certain applications which include embedded vision projects, motion-based applications, and real-time data acquisition and analysis.The main purpose of this evaluation board is to evaluate, demonstrate, and develop solutions that use LVDS for high-speed data transmission between devices. The board allows users to evaluate the performance of the TMS320C5509A DSP and the performance of various peripheral devices which use the LVDS protocol. It also enables users to optimize the performance of the System on Chip (SoC) and to maximize the performance of the peripheral devices.The board is capable of recognizing various digital signal formats, such as TDM, I2S, PCM, and I2C. The TDM and I2S ports are used for transmitting and receiving audio signals, while the other ports are used to transmit and receive data. The board also supports various I/O protocols such as SPI, UART, USB, JTAG, and Ethernet.The EVKVC5-5901LVDS offers a high-quality LVDS interface for devices such as automotive, industrial, medical, and consumer applications. The EVKVC5-5901LVDS evaluation board is programmed using the CCS (Code Composer Studio) platform. This platform provides a powerful integrated development environment which makes the process of development and evaluation easier. This allows users to quickly prototype and test their designs on the evaluation board.The board includes an integrated hardware debugging interface which can be used to help analyze the performance and system configurations more effectively. The board also features a base address selection option, which allows the user to select the base address for the system.To summarize, the EVKVC5-5901LVDS evaluation board is an ideal tool for engineers who are developing and evaluating products and solutions which use LVDS for high-speed data transmission. The board is capable of recognizing various digital signal formats, supports various I/O protocols, and is programmable using an integrated development environment. The board includes various features such as dedicated mounting standoffs, power supply voltage inputs, differential input and output connectors, circuit breakers, bootstrap jumper, two push-buttons, and four LEDs. All these features make it ideal for embedded vision projects, motion-based applications, real-time data acquisition, and analysis.

The specific data is subject to PDF, and the above content is for reference

Part Number	Manufacturer	Price	Quantity	Description