ATNGW100

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

The ATNGW100 evaluation board is an embedded device designed to use the powerful Atmel AVR gateware processor. It has been designed to provide designers with the ability to easily evaluate the features and performance of the ATNGW100 without expending time and effort into the details of designing a product for this particular processor. By using the onboard AVR gateware, users can take advantage of a highly integrated platform for product development.

The evaluation board comprises several distinct components. It includes a main board which houses both the AVR gateware processor and the onboard RAM, as well as several support circuitry such as the crystal oscillator and memory bus. In addition, the evaluation board includes several daughter boards, such as the debug display board which allow connected peripheral devices to be monitored, as well as the expansion interface board which allows for the addition of other components and daughter boards.

The ATNGW100 evaluation board’s main purpose is to enable the evaluation of the AVR gateware processor. This can be accomplished by running various application programs and testing the processor’s performance. The evaluation board contains an onboard debugger which can be used to debug applications running on the processor. It also features a variety of interfaces to external devices such as Serial Peripheral Interface (SPI), Universal Synchronous/Asynchronous Receiver/Transmitter (USART), and Inter-Integrated Circuit (I2C). Furthermore, the evaluation board includes an onboard debugger which can be used to debug applications and programs running on the processor.

The ATNGW100 evaluation board is compatible with most AVR family processor architectures. In addition, the onboard debugger and memory bus contained within allow for quick prototypes and product development that is not tied to a specific processor. This allows for a cost effective method of designing a more complex product. Furthermore, the ATNGW100 evaluation board is also capable of testing and debugging code written in C or assembly.

The working principle of the ATNGW100 evaluation board relies on the various embedded components contained within it. These include the AVR gateware processor, the memory bus, and interface circuitry which allow the evaluation board to communicate with external devices. The processor directs the commands which are sent to the various components, and the memory bus ensures their execution. The interface circuitry acts as an interface between the processor and the external devices. For example, if the user wishes to interface with a SPI device, the evaluation board will be able to communicate with this device and the programmer will be able to observe the data being transferred.

The ATNGW100 evaluation board also contains the necessary circuitry to allow it to be used as a development platform. It includes an onboard debug module, which allows for the monitoring of the performance of the processor, as well as a wide variety of inputs and outputs, such as switches, LEDs, and serial interfaces. The evaluation board offers flexibility and ease of use when developing applications for the AVR gateware processor. Lastly, the ATNGW100 evaluation board is also equipped with an onboard firmware updater, which allows designers to easily update the processor’s firmware.

The ATNGW100 evaluation board is an embedded device providing designers with the ability to easily evaluate the features and performance of the AVR gateware processor. It contains all the necessary components needed for the evaluation and development of a product for this processor, including an onboard debugger, memory bus, interface circuitry, and a variety of inputs and outputs. The evaluation board is compatible with all AVR family processors, and its onboard debug module allows for the monitoring of the performance of the processor. Furthermore, the ATNGW100 evaluation board contains an onboard firmware updater which allows designers to easily update the processor’s firmware.

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