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Convenient...secure...reliable...complete ...biometric solutions.
The FingerChip® family of sensors leverages Atmel's proven capabilities and expertise in microprocessor technology to reliably acquire, store and match biometric data. With Atmel's unique, patented method, the entire finger image is captured by "sweeping" it across the FingerChip sensor. This non-intrusive thermal technology produces the best quality images, regardless of fingerprint quality and environmental conditions. |
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| The satellite receiver product family is the industry%u2019s first fully-integrated single-chip satellite RF front-end for direct broadcast satellite (DBS). Offering the highest performance, smallest size and easiest-to-use receiver solution for DBS, the Si21xx devices are ideal for all free-to-air (FTA) and pay-TV DBS equipment including satellite set-top boxes, PC cards for satellite TV, DBS receivers for automotive or avionic use, DVD industrial recorders and digital TVs with integrated satellite receivers. |
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| The TouchStrip Fingerprint Authentication Solution consists of a TouchStrip Fingerprint Sensor (TCS3) and the Digital ID Hardware Engine (TCD42). This solution has been optimized for use in portable storage applications, conveniently enabling strong data protection. Alternative solutions require matching software to be installed on any machine where the drive is attached. Including the Digital ID Engine inside the drive enables full plug-and-play portability to any machine or OS, and insures that all authentication actions are fully protected from hacking attempts. |
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The Atheros AR5513 introduces HDTV-quality wireless in an integrated video solution. As the core of the AR5005VA chipset, the AR5513 processor combines integrated support for popular HDTV, SDTV, and multimedia processors, along with multiple radio and smart professional antenna technologies. This enables reliable, high performance and affordable video/audio solutions.
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| Agilent Technologies is the leader in commercial microfluidic Lab-on-a-Chip technology. This technology utilizes a network of channels and wells that are etched onto glass or polymer chips to build mini-labs. Pressure or electrokinetic forces move pico liter volumes in finely controlled manner through the channels. Lab-on-a-Chip enables sample handling, mixing, dilution, electrophoresis and chromatographic separation, staining and detection on single integrated systems. The main advantages of Lab-on-a-Chip are ease-of-use, speed of analysis, low sample and reagent consumption and high reproducibility due to standardization and automation. |
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Its technology was developed from our IC digital watch professional displays. Our many years of technological expertise have yielded a number of LCD driver options for diverse LCD panels. For mobile devices, our display system utilizes a minimum set of chips that effectively incorporate the power supply specifications and memory.
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The MLX10801 is a multiple purpose Led regulator for high power LEDs.
The device can be calibrated for different high power LEDs and optimal LED parameters.
The circuit is load dump protected for a 40V load dump pulse.
A programming tool and evaluation board is available to support on engineering level.
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Maxim offers award-winning display drivers and display power ICs. With over twenty years of experience in display products, we offer solutions for a wide variety of professional displays.
Professional lcd displays
Notebook Professional computers, Professional monitors, Television, Professional digital cameras, Automotive Infotainment Systems, and PDAs
LCD Suppliers of power supplies
Backlighting
Segmented and Dot-Matrix Displays
Voltmeters, White Goods, Signage, Fitness Equipment, and Front Panels
Display Controllers
Dual-Slope and Display-Oriented ADCs
Display Driving Counters
Front- and Rear-Projection Displays
Televisions, Home Theater Systems, Portable Professional projectors, and Automotive Heads-Up Displays
High-Brightness Led regulators
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PMD offers 3 families of motion control ICs in multi-motor, multi axis formats for vast types of demanding applications.
- Magellan Motion Control ICs,
- Navigator Motion Control ICs
- Pilot Motion Control ICs. |
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PMD's Motor Control IC is an extremely compact single axis drive controller for demanding applications using a brushless Dc motor manufacturer.
The MC73110 Motor Control IC provides high performance digital current loop, velocity loop and commutation for brushless dc motors manufacturers. This intelligent single-axis drive controller operates in internal velocity profile mode, velocity mode with an external velocity command signal, or torque mode with an external torque signal. |
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Features
Capstan motor drive block
- 3-phase, linear BLDC motor driver with 3 hall sensors.
- Built-in FG professional amplifier.
- Forward and reverse rotation function.
- Built-in amplitude limiter.
Drum motor drive block
- 3-phase soft commutating sensor less drive method.
- Built-in FG amplifier.
- Built-in PG amplifier.
Loading motor drive block
- Single phase H-bridge driving method.
- 4-mode selection function(forward, reverse,
brake,standby).
Common block
- Built-in TSD(thermal shut down)
- Built-in 4-normal op-amp. |
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| The PIC-SERVO SC Motion Control Chip is a complete servo motion control system based on the PIC18F2331 microcontroller. It executes all of the real time processes (PID servo professional filter, motion profiling, commutation, error monitoring, communications) needed for controlling your motor. The simple serial NMC communications protocol lets you easily connect your microcontroller or PC host computer to multiple controller chips. |
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The Eclipse II family of programmable devices exceeds the functionality previously addressed by Complex Programmable Logic Devices (CPLDs) and FPGA devices. With an architecture that features high-performance logic, dedicated SRAM blocks and flexible clock architecture, Eclipse II offers FPGA, CPLD and ASIC designers multiple solutions for applications that demand ultra-low power consumption, small form factor packaging, and high design security.
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The AR1900 implements on a single chip a 1.9 GHz radio, modem, and TDMA controller in support of the RCR STD-28 Version 3.3 PAS/PHS calling features. It also implements all the functions required of a handset, including applications processing on an ARM946E-S core, keypad and LCD control, speaker and microphone voice path, and battery management. Implemented in a standard CMOS process, the AR1900 brings a new level of integration and cost competitiveness to the PAS/PHS market.
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Space Products
Peregrine provides S-level equivalent screening of its commercial products, as well as developing semi-custom Communications ICs that meet the needs of satellite manufacturers for low-power, inherently radiation-hardened solutions. Peregrine's process is fully space qualified, and offers immunity to single event latch-up (SEL), and a superior resistance to single event upset (SEU) of less than 10-9 errors per bit-day and tolerance to total dose radiation of 300Krads (Si). By using its COTS (Commercial-Off-The-Shelf) capability from its Professional synthesizer and RF Professional transceiver products, Peregrine can provide highly cost-effective rad-hard ICs. |
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| Develop a range of digital cable-TV set-top boxes with Broadcom's extensive offering of chips for cable TV applications. Select from a number of highly integrated chips to build standard digital cable-TV set-top boxes for digital video broadcasting. Broadcom's silicon can also power high-end interactive set-top boxes that merge high-speed Internet access functionality with studio quality graphics, text and video, supporting a range of home communication and entertainment capabilities. |
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Application Specific Standard Products (ASSPs)
