#Voltage pclp full

#Voltage pclp full

PowerPSoC, the worldвЂ™s first programmable power controller, provides the highest level of intelligent integration available, combining onboard power regulation and power drive with a microcontroller capable of 16-bit dimming to full custom color mixing. Cypress offers a full range of lighting solutions, beginning with the stand-alone AC-DC Power Controllers for LED retrofits. LED designs offer significant new challenges for legacy lighting engineers, including efficient driving and functional dimming. A high-resolution photo of the CY8CLEDAC device is available at About CypressвЂ™s Intelligent Lighting Solutions They are both offered in 8-pin SOIC packages.

вЂњThe AC-DC controllers offer a strong combination of features and performance for LED retrofit bulbs.вЂќД«oth the CY8CLEDAC01 (non-dimmable) and CY8CLEDAC02 (dimmable) controllers are available today from Cypress and authorized distribution partners. вЂњCypress offers differentiated products that meet the unique needs of the growing LED lighting market,вЂќ said Curtis Davis, Vice President of CypressвЂ™s PowerPSoC Business Unit.

Cypress will demonstrate the AC-DC controllers, the PowerPSoC solution and its newly announced Powerline Communication solution at the Light Building 2010 exhibition from April 11-16 in Hall 4, Stand E15 at the Frankfurt Fair and Exhibition Center in Frankfurt, Germany.

Together, the AC-DC family and CypressвЂ™s PowerPSoC family cover a wide range of LED applications, from LED retrofit bulbs to high-end LED luminaires that require a variety of functions (communications, diagnostics, color-changing, etc). They complement the PowerPSoCВ® family of embedded power controllers, the industryвЂ™s first single-chip solution for both controlling and driving high-power LEDs. Reference designs for both the CY8CLEDAC01 and CY8CLEDAC02, including all schematics, BOM, gerber files, and documentation to create a power supply for a fully functional LED retrofit bulb, are available at The new AC-DC controllers expand CypressвЂ™ lighting portfolio to effectively cover LED retrofit bulbs. The built-in protection features include over-voltage protection (OVP), output short circuit protection (OSCP), peak current limit protection (PCLP), current-sense resistor short protection (CSSP), and over-temperature protection (OTP). The new controllers also feature circuit protection not normally available with other primary-side control solutions. This technique minimizes component count to reduce board space, power consumption, and overall BOM costs compared to other isolated solutions. The new AC-DC controllers offer primary-side sensing with tight LED current regulation, eliminating the need for opto-isolation and other secondary-side control circuitry. The second part of the presented work elaborates the state of art in research of smart microgrids energy management system (EMS) including ењЋVs to enhance the reliability of charging infrastructure.They provide automatic dimmer detection, so they work with the majority of the existing installed base of wall dimmers, providing dimming down to 2% with no flicker. The ењЋVs part of the presented manuscript discusses the detailed study of rising advancement in ењЋVs charging infrastructure, enhancement in international standards for proper ењЋVs deployment, and state of art in the ењЋVs application such as the vehicle to grid (V2G) and vehicle to home (V2H). ењЋVs and RESs based smart Microgrid has been covered. In this paper, two most emerging technologies belonging to smart cities i.e. GHG emission and rising power demand), the smart microgrids including Renewable Energy Sources (RESs) based charging infrastructure are becoming the most viable paradigm.

However, the unscheduled EVs connectivity with conventional grid system leading unreliable and interrupted power supply, which may lead to the grid failure. To mitigate the hazardous profile of GHG emissions, the electric vehicles (ењЋVs) as the part of smart cities, are gaining immense consideration. Thus, the rising pattern of conventional automobiles leading to the high contribution of greenhouse gas (GHG) emission. The swiftly growing structure of urbanization and smart cities facilitating the transportation era at peak.