Arrays

Programmer and Starter Kit support FPGAs.

FlashPro3 Device Programmer supports company's flash-based ProASIC3 and ProASIC3E FPGA families. Compatible with high-speed USB 2.0 specification, Kit allows engineers to design and program nonvolatile devices as well as examine secure in-system programmability using AES encryption. Also, by connecting programmer to FPGAs already soldered on board using JTAG 10-pin interface, FlashPro3 may be...

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FPGAs include on-chip user flash memory.

Single-chip, live-at-power-up ProASIC3 and ProASIC3E deliver 64-bit, 66 MHz PCI performance and integrated secure in-system programmability. ProASIC3 offers 30 k to 1 million system gates, 18-108 kbits of true dual-port SRAM, and 81-288 user I/Os, while ProASIC3E provides 600 k to 3 million system gates, 108-504 kbits of true dual-port SRAM, and up to 616 user I/Os. Both feature 1.5 V core...

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FPGA utilizes 90 nm process technology.

Cyclone(TM) II Model EP2C35 features up to 68K logic elements, 150 18 x 18 embedded multipliers for digital signal processing functions, and up to 1.1 Mbits of on-chip memory. Unit supports 32-bit NiosÂ-® II soft embedded processor.

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FPGA offers adaptive logic modules.

Stratix II FPGA family offers densities ranging from 15,600 to 179,400. Model EP2S180 features implementation of 10 NiosÂ-® II/f embedded processors, each running at 225 DMIPs with 64 Kb on-chip memory, 4 Kb instruction cache, and 2 Kb data cache with two-thirds of FPGA available for other functions.

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Laser Stack Arrays range from 790-980 and 1,435-1,570 nm.

Laser Stack Arrays range from 790-980 and 1,435-1,570 nm.

Based on MOCVD-grown laser structure, micro-channel, water-cooled Cascade bars provide 50, 60, 80, or 100 W of CW power from 790-980 nm and 20 W of CW power from 1,435-1,570 nm. Stacks can include fast axis and slow axis collimation optics and can be configured horizontally or vertically, with max of 20 bars high or 6 bars across. Diode laser stack arrays are suited for direct-diode materials...

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FPGA Development Platform facilitates algorithm testing.

FPGA Development Platform facilitates algorithm testing.

Model APS-ArmXF Platform is a programmable FPGA and ARM system for product development and implementation. ARM-Block exists as main support, configuration, and control interface to programmable logic XF-Blocks. It contains 200 MHz 32-bit ARM Processor, 32 Mb SDRAM, 8 Mb flash, and IDE Compact Flash interface for up to 1 Gb of storage space. Featuring 1.5 million gate FPGA, XF-Block has 3...

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Diode Laser Array suits commercial and defense applications.

Diode Laser Array suits commercial and defense applications.

Cascades(TM) water-cooled, 1 cm array provides 100 W of continuous-wave output power in 790-815 nm wavelength range. Configured in vertical or horizontal architecture, unit has less than 1.5 microns smile. Drive current and compliance voltage to achieve 100 W at room temperature is 115 A at 1.85 V. Spectral width is less than 3.0 nm, FWHM, and beam divergence is less than 36Â-

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Array includes analog and digital circuits.

Mixed-Signal Structured Array uses single IC fabrication mask to configure array of analog and digial circuit elements into application specific integrated circuit. Digital logic, analog amplifiers, resistors, switches, and capacitors are included. Using single process layer, they are interconnected to form ASIC. Model MSSA-1 contains 24 operational transconductance amplifiers, 12 buffer...

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FPGAs feature adaptable architecture.

Optimized for 90-nm process, Stratix(TM) II FPGAs provide up to 384 18-bit x 18-bit multipliers per device, while supporting 370 MHz performance for high-bandwidth parallel processing. SERDES and DPA circuitry enables 1 Gbps source-synchronous I/O performance without consuming logic resources. Units include AES-based, non-volatile 128-bit encryption technology and up to 9 Mbits of memory with...

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Oilfield Improvements® Wheeled Rod Guide® Couplings Celebrate 35th Anniversary
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Oilfield Improvements® Wheeled Rod Guide® Couplings Celebrate 35th Anniversary

For over 35 years our Wheeled Rod Guide Couplings, have been at work in oil fields across the globe. Our products are engineered to extend the service life of sucker rods and tubing, delivering cutting-edge innovation that enhances oilfield operation, maximizes output, and enhancing overall operations. To learn about the advantages of using Wheeled Rod Guide Couplings in your wells, see our video.

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