ASD2116-R

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

Evaluation Boards - Expansion Boards, Daughter Cards, offer a wide range of uses from testing of electrical components to prototyping and/or system design. One particular example of boards within this category is the ASD2116-R Board. This board is designed for layout verification, design evaluation and to test components.

In the circuit design world, expansion boards are used to integrate different components together to form a larger system. ASD2116-R Board is designed to integrate MCUs with up to 16 channels of serial data communications. The board provides a simple and convenient method to evaluate the integrated system when all components are connected together.

The board contains a range of features which make it an ideal tool for prototyping and development. Firstly, it is powered directly from the host MCU power supply and therefore no additional power sources are required. Secondly, the board provides the necessary supplies and functions for operation. A status LED indicates when power is switched on, and various on-board LED’s indicate the status of the system. Finally, the board features several on-board connectors, allowing various modules and components to be connected and tested with ease.

The ASD2116-R Board provides a variety of integrated solutions for system design, evaluation, prototyping, and/or design verification. This board enables the user to quickly and easily transfer signals between the host MCU and its peripherals through an easily programmable communication interface. Protocols such as CAN, SPI, I2C, UART and RS232 are all supported on the board, meaning a variety of serial communication methods can be tested with ease. Additionally, an integrated power switch allows control of power supply from the host.

In terms of power considerations, the board can draw power from the host, and offers an adjustable voltage regulator to power external components. Interestingly, the board offers short-circuit protection, meaning that when the voltage drops too low the supply is automatically cut off to prevent loss of data or short-circuiting of other components.

The ASD2116-R Board is also designed with various I/O capabilities. The board features two FETs, allowing for independent control of external functions from the host. A range of GPIOs are also available, allowing for further expansion and prototyping. Finally, the board includes an 8-channel PWM generator, allowing for precise motor control and closed loop feedback systems. The board also includes an I2C-bus interface and two CAN-bus ports.

Flexible I2C bus interface, the board allows the use of I2C buses to interface with external devices. Additionally, the board allows direct manipulation of the serial device address, thus allowing the user the flexibility to apply various serial device settings and parameters. Finally, the board provides a dedicated serial debug port, allowing for easy debugging of systems.

In addition to the functions mentioned above, the board also includes a USB port, allowing for direct connection to the host system. This allows for convenient and easy transfer of data from the MCU to the board, allowing further design and evaluation. Finally, the board offers a range of built-in development tools, including a device programmer, a serial port monitor, and a terminal emulator.

Due to its wide range of functions and features, the ASD2116-R Board is an ideal tool for layout verification, design evaluation and testing of components. The board offers flexibility for system design by providing numerous connectors, GPIOs, I2C buses, and PWM generators. Additionally, the board provides a variety of development and debugging tools which allow for ease of use during system design.

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