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Opto Diode CorporationBy Connect OneWith PULS

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Plastic Logic said it wanted to maintain its position as a technology leader in the development of polymer-based electronics. Dresden has become a center of excellence in organic semiconductor research.

About the authors:

If we look at the current class of designs targeting FPGA devices, designers now face much of the same timing analysis challenges that ASIC designers have been facing for several years. Typical designs now use multiple clock domains, have complex relationships between clock domains and have a heavy focus on interface timing rather than purely finding the maximum clock frequency. On top of this the modern process geometries of 65 and 40 nm require that analysis be performed at multiple timing corners to guarantee operation. The original vendor timing languages were not originally designed for constraining this class of designs. This has resulted in FPGA designers needing to learn ASIC timing analysis techniques.

The basics: It is important to ensure that the system has all the basic tasks completed in order to avoid spending unnecessary time working issues that are already well known. Some of the first steps include:  

DeLorme

443162-1_Datasheet PDF

VenkelBy Laser Technology Inc.With Marvell Semiconductor, Inc.

About the authors:

If we look at the current class of designs targeting FPGA devices, designers now face much of the same timing analysis challenges that ASIC designers have been facing for several years. Typical designs now use multiple clock domains, have complex relationships between clock domains and have a heavy focus on interface timing rather than purely finding the maximum clock frequency. On top of this the modern process geometries of 65 and 40 nm require that analysis be performed at multiple timing corners to guarantee operation. The original vendor timing languages were not originally designed for constraining this class of designs. This has resulted in FPGA designers needing to learn ASIC timing analysis techniques.

If we look at the current class of designs targeting FPGA devices, designers now face much of the same timing analysis challenges that ASIC designers have been facing for several years. Typical designs now use multiple clock domains, have complex relationships between clock domains and have a heavy focus on interface timing rather than purely finding the maximum clock frequency. On top of this the modern process geometries of 65 and 40 nm require that analysis be performed at multiple timing corners to guarantee operation. The original vendor timing languages were not originally designed for constraining this class of designs. This has resulted in FPGA designers needing to learn ASIC timing analysis techniques.

The basics: It is important to ensure that the system has all the basic tasks completed in order to avoid spending unnecessary time working issues that are already well known. Some of the first steps include:  

By now, we have a known good chip with known good SerDes interfaces. The chip is mounted on a system board, and further tests need to be performed (right hand side of figure 1). Just like at the component level, integrating the chip on the PCB with various other components may introduce issues that affect system functionality.

PCIe technology has truly become ubiquitous.One of the last remaining markets – consumer electronics — is now adopting PCIe on a large scale.With the advent of USB 3.0 and SATA 6, PCIe Gen 2 is needed in the processors to support the higher (5Gbps) speeds. However the processors are always going to be limited in the number of PCIe lanes and ports that they can support, which often won't be sufficient for designers.This is where the PCIe switch comes into play; it will not only provide fan-out but also will help balance the speeds and feeds in the system with its flexibility to operate at both Gen 1 and Gen 2 speeds on each lane or port independently.

Fairchild (ON Semiconductor)

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AZ DisplaysBy ThordarsonWith FDK America

The basics: It is important to ensure that the system has all the basic tasks completed in order to avoid spending unnecessary time working issues that are already well known. Some of the first steps include:  

By now, we have a known good chip with known good SerDes interfaces. The chip is mounted on a system board, and further tests need to be performed (right hand side of figure 1). Just like at the component level, integrating the chip on the PCB with various other components may introduce issues that affect system functionality.

PCIe technology has truly become ubiquitous.One of the last remaining markets – consumer electronics — is now adopting PCIe on a large scale.With the advent of USB 3.0 and SATA 6, PCIe Gen 2 is needed in the processors to support the higher (5Gbps) speeds. However the processors are always going to be limited in the number of PCIe lanes and ports that they can support, which often won't be sufficient for designers.This is where the PCIe switch comes into play; it will not only provide fan-out but also will help balance the speeds and feeds in the system with its flexibility to operate at both Gen 1 and Gen 2 speeds on each lane or port independently.

Hey, don't laugh. Wood can be a perfectly reasonable building material for the right kind of robot. The disk-type of developmental robot is sometimes made of wood, and I've seen fairly substantial robot arms (experimental, not industrial) made out of it. In my son's Tech Ed class, he made an extremely cool hydraulic arm out of nothing more than 3/4-inch plywood, wooden pegs, plastic tubing, and medical syringes. Pushing and pulling the water pressurized inside of the syringes and plastic tubing powers the components of the arm (see Figure 4.7). Obviously, problems with wood include its relatively low strength-to-weight ratio and its low durability (at least under many active conditions). It's also, well, wood-not the most twenty-first century material from which to build a robot.

Datel

JMACD-26XPS_Datasheet PDF

XMOSBy AKM Semiconductor, Inc.With Tansitor

By now, we have a known good chip with known good SerDes interfaces. The chip is mounted on a system board, and further tests need to be performed (right hand side of figure 1). Just like at the component level, integrating the chip on the PCB with various other components may introduce issues that affect system functionality.

PCIe technology has truly become ubiquitous.One of the last remaining markets – consumer electronics — is now adopting PCIe on a large scale.With the advent of USB 3.0 and SATA 6, PCIe Gen 2 is needed in the processors to support the higher (5Gbps) speeds. However the processors are always going to be limited in the number of PCIe lanes and ports that they can support, which often won't be sufficient for designers.This is where the PCIe switch comes into play; it will not only provide fan-out but also will help balance the speeds and feeds in the system with its flexibility to operate at both Gen 1 and Gen 2 speeds on each lane or port independently.

Hey, don't laugh. Wood can be a perfectly reasonable building material for the right kind of robot. The disk-type of developmental robot is sometimes made of wood, and I've seen fairly substantial robot arms (experimental, not industrial) made out of it. In my son's Tech Ed class, he made an extremely cool hydraulic arm out of nothing more than 3/4-inch plywood, wooden pegs, plastic tubing, and medical syringes. Pushing and pulling the water pressurized inside of the syringes and plastic tubing powers the components of the arm (see Figure 4.7). Obviously, problems with wood include its relatively low strength-to-weight ratio and its low durability (at least under many active conditions). It's also, well, wood-not the most twenty-first century material from which to build a robot.

12.3.4.4 Floorplanning Tools All FPGA vendor design tools contain a floorplan tool, or in some cases multiple floorplan tools.

Tadiran Batteries

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HellermannTytonBy Radial Magnet, Inc.With Macraigor Systems

PCIe technology has truly become ubiquitous.One of the last remaining markets – consumer electronics — is now adopting PCIe on a large scale.With the advent of USB 3.0 and SATA 6, PCIe Gen 2 is needed in the processors to support the higher (5Gbps) speeds. However the processors are always going to be limited in the number of PCIe lanes and ports that they can support, which often won't be sufficient for designers.This is where the PCIe switch comes into play; it will not only provide fan-out but also will help balance the speeds and feeds in the system with its flexibility to operate at both Gen 1 and Gen 2 speeds on each lane or port independently.

Hey, don't laugh. Wood can be a perfectly reasonable building material for the right kind of robot. The disk-type of developmental robot is sometimes made of wood, and I've seen fairly substantial robot arms (experimental, not industrial) made out of it. In my son's Tech Ed class, he made an extremely cool hydraulic arm out of nothing more than 3/4-inch plywood, wooden pegs, plastic tubing, and medical syringes. Pushing and pulling the water pressurized inside of the syringes and plastic tubing powers the components of the arm (see Figure 4.7). Obviously, problems with wood include its relatively low strength-to-weight ratio and its low durability (at least under many active conditions). It's also, well, wood-not the most twenty-first century material from which to build a robot.

Hey, don't laugh. Wood can be a perfectly reasonable building material for the right kind of robot. The disk-type of developmental robot is sometimes made of wood, and I've seen fairly substantial robot arms (experimental, not industrial) made out of it. In my son's Tech Ed class, he made an extremely cool hydraulic arm out of nothing more than 3/4-inch plywood, wooden pegs, plastic tubing, and medical syringes. Pushing and pulling the water pressurized inside of the syringes and plastic tubing powers the components of the arm (see Figure 4.7). Obviously, problems with wood include its relatively low strength-to-weight ratio and its low durability (at least under many active conditions). It's also, well, wood-not the most twenty-first century material from which to build a robot.

12.3.4.4 Floorplanning Tools All FPGA vendor design tools contain a floorplan tool, or in some cases multiple floorplan tools.

The SDR-4X (Sony Dream Robot), Sony's diminutive answer to Honda's Asimo. The SDR looks human-sized in many pictures, but it's actually tiny (23 inches tall). When it's available for sale, the SDR-4X will cost as much as a luxury car! Photo courtesy of Sony Corporation.

The data sent by the DMX host need not only be the dimming value of individual LEDs, It can be interpreted in any form. This data can be used for setting white light at different color temperatures.Figure 3 shows a block diagram of a tunable white light application using Cypress Programmable System-on-Chip (PSoC) technology with configurable digital and analog peripherals.

Electroswitch

S48C8C150BL_Datasheet PDF

12.3.4.4 Floorplanning Tools All FPGA vendor design tools contain a floorplan tool, or in some cases multiple floorplan tools.

The SDR-4X (Sony Dream Robot), Sony's diminutive answer to Honda's Asimo. The SDR looks human-sized in many pictures, but it's actually tiny (23 inches tall). When it's available for sale, the SDR-4X will cost as much as a luxury car! Photo courtesy of Sony Corporation.

The data sent by the DMX host need not only be the dimming value of individual LEDs, It can be interpreted in any form. This data can be used for setting white light at different color temperatures.Figure 3 shows a block diagram of a tunable white light application using Cypress Programmable System-on-Chip (PSoC) technology with configurable digital and analog peripherals.

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AA1218FK-073R16L_Yageo_Chip Resistor - Surface Mount

Artaflex Inc.

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Quest Manufacturing

Flex Power Modules

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Cherry Americas

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Kioxia America, Inc.

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