Cypress launches new PSoC Express 3....

Cypress has released version 3.0 of PSoC Express. This version of PSoC Express is a breakthrough visual embedded system design tool for PSoC? Mixed-signal array products greatly simplify embedded design. The new version provides real-time monitoring and debugging of the design, allowing designers to observe and improve the performance of Cypress's CapSense touch sensing and EZ-Color high-brightness LED (HB-LED) control solutions. .

Designers can now monitor application data via an I2C to USB bridge connected to the target board. PSoC Express captures and records data and allows users to select variables, set sample rates, and view updated variable values ​​in real time. Later, while the target board is still running, the spinner allows the user to adjust the configuration and debug system performance. In addition to new monitoring and debugging features, PSoC Express 3.0 offers a new and better user interface with the same look and feel as Microsoft's Visual Studio software. This interface enables flexible window placement, drag-and-drop placement of drives, and easy window switching. The new version also includes new feature drivers, including support for high-brightness LEDs, a new wireless driver and an LCD driver.

PSoC Express

PSoC Express is the industry's first easy-to-use development tool that enables system engineers to develop microcontroller-based designs without any assembly or C programming. PSoC Express operates at a higher level of abstraction and does not require firmware development, so it can be created, simulated, and programmed into target PSoC devices in hours or days instead of spending weeks or weeks Months of time. PSoC Express's built-in support for portability, seamless multitasking capabilities, design visualization features, and a rich library of content make design creation faster and more reliable.

With PSoC Express, designers only need to work in their respective specialized application areas, define a custom solution by selecting input and output devices in the catalog, and then logically connect them to define system behavior. For example, the user can select a temperature sensor, voltage input, fan, LED, and then define the temperature range over which the fan operates, the voltage monitor threshold, and the sequence logic. Inside PSoC Express, designers can also verify the design through simulation and then generate and download device programming files. In addition, the tool allows users to design any Cypress PSoC device and create custom project documentation with register-mapped data sheets, interface schematics, and bill of materials. No need to write any microcontroller code, designers can implement reliable custom applications faster.

PSoC - because change is omnipresent

The PSoC device uses a highly configurable system-on-chip architecture designed for embedded control that provides flash-based circuitry equivalent to field-programmable application-specific integrated circuits (ASICs) without lead-time or Loss of sexual non-recurring expenses (NRE). PSoC devices integrate configurable analog and digital circuitry controlled by an on-chip microcontroller to provide even greater design modification and further reduce component count. PSoC devices include up to 32Kb of flash, 2Kb of SRAM, an 8x8 multiplier with a 32-bit accumulator, power and sleep monitoring circuitry, and hardware I2C communication.

Flexible PSoC resources allow designers to make firmware-based changes in the design, validation, and production process to prevent product obsolescence. PSoC's unique flexibility greatly shortens the design cycle, enabling the latest performance improvements before the market. All PSoC devices are dynamically reconfigurable, allowing designers to change the internal resource form at will and perform fewer tasks with fewer components.

Easy-to-use development tools give designers the ability to choose library elements to provide analog functions such as amplifiers, ADCs, DACs, filters, and comparators, as well as digital functions such as timers, counters, PWM, SPI, and UART. . The analog performance of the PSoC family of devices includes rail-to-rail inputs, programmable gain amplifiers, and ADCs with up to 14-bit resolution, as well as ultra-low noise, input leakage current, and voltage offset.

A single PSoC device can integrate up to 100 peripheral components while improving system quality while saving customers' design time, reducing board space and power consumption, and reducing system cost by as much as $5 to $10.

About Cypress

Cypress aims to provide customers with high-performance, programmable mixed-signal solutions that enable customers to benefit from fast time-to-market and superior system value. Cypress products include PSoC? Programmable system-on-chip? , USB controller, general purpose programmable clock and memory. Also, is the company also offering from WirelessUSB? RF on-chip system to West Bridge? And EZ-USB? A variety of wired and wireless connectivity solutions, such as the FX2LP controller, to improve the connectivity and performance of multimedia handsets. Cypress serves a number of market segments, with business involvement


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