Avago Technologies
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350 W. Trimble Rd., Bldg 90
San Jose, CA 95131
USA
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Products for Avago Technologies:
Recent Articles for Avago Technologies:
QSFP+ optical modules bridge compatibility gap
Said to enable more efficient switching and greater bandwidth in data centers, the AFBR-79EIDZ pluggable parallel optical QSFP+ eSR4 . . .
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FEM suits WiFi 5-GHz access points
The new AFEM-S105 front-end-module (FEM) integrates a power amplifier, directional coupler, and SPDT antenna switch in a small-footprint 3.2 . . .
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High-gain PA targets 4G LTE cellular apps
The MGA-43128 power amplifier is claimed to deliver superior transmission while simplifying design for 700 to 800-MHz cellular infrastructure . . .
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Hi-V optocouplers suit hybrid, electric vehicles
Using reinforced insulation, ACPL-K4xT series digital optocouplers can withstand continuous working voltages to 1140 V, enabling standardized battery management . . .
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SFP+ fiber-optic module handles 16 Gbits/s
The AFBR-57F5PZ SFP+ fiber-optic transceiver supports high-speed serial links up to 16 Gbits/s. The multimode 850-nm module operates from . . .
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Videos for Avago Technologies:
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IMS2010-Avago Technologies
Avago's booth demonstrations
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By Steve Saw, Product Marketing Manager and Saul Espino, Application Engineer for Avago's Wireless Division
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MTTS2008 Show Coverage - Avago
Avago Technologies
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Christina Nickolas talks with Titus Wandinger at the Avago booth at MTTS about the recently introduced RF amplifier
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Reference Design Documents for Avago Technologies:
Optical Finger Navigation Sensors
Avago Technologies has introduced a range of Optical
Finger Navigation (OFN) sensors family that is suitable for
navigation interface devices and mobile input devices.
These OFN sensors are low power sensor and coupled
with small form factor package are suitable for hand held
devices requiring navigation capabilities. Examples of end
user application include integrated input devices, batterypowered
input devices and finger input devices.
The OFN devices use an Infra-Red (IR) Light Emitting Diode
(LED) as its light source. It has a wavelength of 870nm.
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2.4GHz RF Wireless USB Optical Mouse Designer's Kit
This design guide describes a low power wireless optical mouse design using the new Avago Technologies low power, small form factor ADNS-5090 optical mouse sensor, Texas Instruments (TI) MSP430F2274 microcontroller and Nordic Semiconductor (Nordic) nRF24L01A 2.4GHz RF transceiver.
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One Chip USB LaserStream Mouse Designer's Kit
The Universal Serial Bus (USB) is an industry standard serial interface between a computer and peripherals such as mouse, joystick, keyboard, headset, etc. The ADNK-7703
design guide describes how a cost-effective USB laser
mouse can be built using the Avago Technologies
ADNS-7700 one chip USB LaserStream mouse sensor. The
document starts with basic operation of USB laser mouse,
followed by the assembly recommendation, USB interface,
OTP configurations, system design considerations and
applications circuits, BOM, and PCB layout in appendices.
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Complete List of Avago Technologies' RF/Wireless Reference Designs
Avago has Demonstration circuit boards for many of our most popular RF/Wireless devices. To obtain one of these boards, please contact one of our franchised distributors: http://www.avagotech.com/pages/purchase/find_a_distributor/
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HEDS-9200#360
The HEDS-9200 series is a high performance, low cost, optical incremental encoder module. When operated in conjunction with a codestrip, this module detects linear position. The module consists of a lensed LED source and a detector IC enclosed in a small C-shaped plastic package. Due to a highly collimated light source and a unique photodetector array, the module is extremely tolerant to mounting misalignment.
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eeTechBriefs –
15-Minute on-demand multimedia web casts covering the latest product developments.
Avago Technologies has leveraged its manufacturing expertise obtained from its wireless handset operations to reliably deliver high-quality MMIC products in high volume. With the introduction of several next-generation commercial millimeter wave (mmW) devices, Avago MMICs can support a wide range of radio bands and deliver industry-high performance levels.
Join Avago Technologies’ Gary Carr for an 10-minute Webcast discussing:
- mmW integrated circuit devices
- Fabrication technologies
- mmW low cost packaging challenges and technologies
- Proprietary wafer scale packaging development
- Thermal issues
In less than 10-minutes, you’ll gain an understanding of how Avago mmW MMICs can drive down development costs for volume markets without compromising bandwidth or performance
Currently, optical sensors are not the mainstream use in mice and trackballs. With consumers demanding enhanced capabilities as well as smaller technology for their computer peripherals, using lasers or LEDs in smaller mice and trackballs is one of the most effective ways of achieving that result. Laser technology makes it possible to track on various surfaces, so you’re not limited to your desktop, as well as providing a higher degree of precision in tracking.
This presentation provides information on challenges and resolutions with mouse/trackball design, from concept to creation. Avago will review the different optical navigation techniques, how the tracking actually works and what can be done to improve upon it. Answers to key challenges in designing very thin mice (less than 5mm) as well as optical sensor capabilities in trackball technology and design will be provided as well as recommendations.
At the end of this presentation, you will know how the laser technology works in tracking, how it can work in a small mouse and other design considerations, and future trackball technology.
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