CS-SNICKERDOODLE-02

Series:	Zynq®-7000
Part Status:	Active
Type:	FPGA
For Use With/Related Products:	XC7Z010, XC7Z020
Contents:	Board(s)

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CS-SNICKERDOODLE-02 is a programmable logic controller evaluation board specifically designed for designing and testing professional-grade embedded complex logic applications in an FPGA or CPLD. It can be used to develop advanced control systems, test and debug complex logic applications, or even prototype complete embedded systems, as well as facilitate quick and easy interconnect between multiple devices.The CS-SNICKERDOODLE-02 is an advances model of the original SNICKERDOODLE, and provides improved performance over the original by doubling up the data transfer rate and introducing built-in I/O and memory expandability, as well as other new features. It is fully compatible with the latest versions of the FPGA and CPLD devices, as well as all major industry standards.The CS-SNICKERDOODLE-02 evaluation board includes a wide variety of features, including a data-focused power system designed to maximize the performance of the FPGA or CPLD devices it supports. The board is also designed with various levels of I/O integration, including a wide range of built-in inputs and outputs as well as interface options such as Ethernet, CANBUS, and IO-Link. Additionally, the CS-SNICKERDOODLE-02 supports in-circuit programming, debugging, as well as serial memory access, and is shipped pre-programmed with pre-configured firmware.In addition to data-focused power and I/O integration, the CS-SNICKERDOODLE-02 evaluation board includes a variety of logic analysis features, including pin-level debugging, signal integrity analysis, test coverage for mission-critical applications, and timing analysis, among other capabilities. This evaluation board also features an integrated bootloader, which makes it easier to update and debug firmware.In terms of application field, the CS-SNICKERDOODLE-02 evaluation board is best suited for advanced embedded complex logic applications that require high-performance and I/O integration, such as motion control systems, image processing systems, and real-time monitoring/diagnostics applications.The CS-SNICKERDOODLE-02 evaluation board supports the latest versions of the FPGA and CPLD devices, which means it can support the latest innovations and capabilities offered by these devices, such as low-power design options for power-constrained applications, softer error-correction for high-performance applications, and low-latency interrupt handling for faster response times.In terms of working principles, the CS-SNICKERDOODLE-02 evaluation board is based on the same basic construct as many other programmable logic controllers (PLCs): it uses a combination of digital logic functions and microcode to execute a specific task. It also contains an on-board flash memory for storing and executing programs as well as a built-in EEPROM for memory expansion.In terms of software, the CS-SNICKERDOODLE-02 evaluation board is designed to support a variety of development tools and software languages. It supports popular PLC languages such as ladder logic, and popular text-based languages such as C and C++. It also supports the Arduino programming language, as well as a variety of embedded development frameworks such as e2studio, MPLAB X IDE, and Code Composer Studio.In terms of hardware, the CS-SNICKERDOODLE-02 evaluation board supports a variety of industry-standard connectors, such as the MCX Cable Connector and Mini DisplayPort, as well as a variety of interfaces such as Ethernet, CANBUS, USB, and serial or parallel communications. Additionally, the board features a variety of integrated peripherals such as LED indicators, GPIOs, temperature sensors, acceleration/magnetic sensor, audio input/output, and photodetectors.Overall, the CS-SNICKERDOODLE-02 evaluation board combines the advantages of a programmable logic controller with modern I/O integration, logic analysis capabilities, and the support for the latest FPGA and CPLD devices, creating a powerful and reliable embedded complex logic solution. Its wide range of features, expandability, and user-friendly interface make it the perfect tool for designing and debugging applications in an embedded environment, as well as for prototyping embedded logic solutions.

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