TS13102EVB

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Evaluation and Demonstration Boards and Kits offer manufacturers and designers of electronics products an economical way to develop, evaluate, and demonstrate their designs. Among them, TS13102EVB is a comprehensive evaluation and development board for use with TS13102-based systems. In this article, we are going to discuss the application field and working principle of TS13102EVB.

Application Field of TS13102EVB

At the heart of TS13102EVB is the TS13102, a 266 MHz 32-bit advanced embedded processor with up to 256KB dedicated SRAM and 1MB embedded program and data memory. It supports up to nine independent peripheral buses, including S-ATA, USB 2.0, I2C, SPI, CAN, and UART. It also provides rich I/O support, including I/O, timers, pulse width modulation (PWM), A/D, D/A converters, and so on. This combination of features makes TS13102EVB ideal for industrial, medical, consumer, and networking applications.

TS13102EVB can be used for embedded design, development, evaluation, and demonstration without the need for additional hardware. The full-featured development board includes a debug header for serial communication and allows for In-SYSTEM programming. It includes support for TTL Remote I/O, low-frequency signals, pulse width modulation, as well as audio output.

One of the most attractive features of TS13102EVB is its Audio Interface, which allows for 8- or 16-bit stereo audio output. This can be used for streaming audio or video, or for outputting streaming audio and video data. With the integrated audio codec, hardware and programming are no longer required.

Working Principle of TS13102EVB

The TS13102EVB uses the ARM Cortex-M4 processor to run the board’s programs, with the integrated memory providing all the necessary system resources. The TS13102EVB board is shipped with all the necessary components to build a complete system, including the processor itself, one or more I/O interfaces, a reset circuit, and a power supply circuit. The board also contains four general-purpose I/O pins, each of which is programmable and can be configured as input or output.

The I/O pin is designed to operate at the most advantageous voltage level for the application. When the pin is configured as an input, the pin will be at a high impedance state. When the pin is used as an output, the pin can be driven high or low and the current output is limited to a maximum of 12 mA.

The board’s reset circuit is controlled by a momentary push button. Activating the reset button will cause the processor to reset and begin executing code from the beginning of the programming memory. The board also contains a power-on reset circuit that will reset the processor if power is lost.

The board also contains two optional memory modules and one USB port. The memory modules are 2GB Flash and 16MB DDR3 RAM. The Flash module is used to store data and code, and the DDR3 RAM is used for running programs. The USB port can be used for programming the board or for interfacing to external devices.

Finally, the board includes a debug header that allows for serial communication with the processor. This allows for In-SYSTEM programming, so that code can be written without the need for additional hardware. With the board’s debug header, one can also monitor the board and debug code.

Conclusion

TS13102EVB is a comprehensive evaluation and development board for use with TS13102-based systems and in many industrial, medical, consumer, and networking applications. It includes a debug header for serial communication, allows for In-SYSTEM programming, and contains two optional memory modules and one USB port. With its Audio Interface, streams of audio and video data can be outputted without the need for additional hardware. Finally, the board allows for debugging, so that code can be written and monitored without the need for additional hardware.

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