Printer Friendly
The Free Library
14,506,614 articles and books
Member login
User name  
Password 
 
Join us Forgot password?

Zilker Labs Introduces Industry's Most Integrated 3 Amp Power Management and Conversion IC; ZL2105 Complements Existing Digital-DC(TM) Products with Low Power Solution.


AUSTIN, Texas -- Zilker Labs, Inc., today introduced the industry's only single-chip 3A power conversion solution that integrates full digital power management capabilities. The ZL2105 extends Zilker Labs' innovative Digital-DC(TM) technology into lower power applications and combines a synchronous Refers to events that are synchronized, or coordinated, in time. For example, the interval between transmitting A and B is the same as between B and C, and completing the current operation before the next one is started are considered synchronous operations. Contrast with asynchronous.  step-down converter (1) A device that changes one set of codes, modes, sequences or frequencies to a different set. See A/D converter.

(2) A device that changes current from 60Hz to 50Hz and vice versa.
 including synchronous power MOSFETs A Power MOSFET is a specific type of Metal Oxide Semiconductor Field-Effect Transistor (MOSFET) designed to handle large powers. Compared to the other power semiconductor devices (IGBT, Thyristor...  with key power management functionality in a tiny 6 x 6 mm package. A ZL2105 circuit with full digital power management capabilities requires less than two square centimeters of board space, representing size and component count reductions of up to 50 percent. Like all Digital-DC ICs, the ZL2105 is designed to be a digital building block that can be seamlessly combined with other Digital-DC devices to provide a comprehensive solution for board-mounted power management and conversion.

"The ZL2105 is a key addition to our Digital-DC product family and advances our goal of making advanced power design simple. The ZL2105 combines the digital power management capabilities, simple configurability and high efficiency of our existing ZL2005 into a part that is ideal for lower power applications," said Jim Templeton, Zilker Labs' vice president of marketing. "Customers can combine multiple Digital-DC devices on a given PCB PCB: see polychlorinated biphenyl.
PCB
 in full polychlorinated biphenyl

Any of a class of highly stable organic compounds prepared by the reaction of chlorine with biphenyl, a two-ring compound.
 and easily configure See configuration.

(software) configure - A program by Richard Stallman to discover properties of the current platform and to set up make to compile and install gcc.

Cygnus configure was a similar system developed by K.
 the parts to simplify a complicated power design. Ours are the only solutions to offer this 'plug and play' experience for board-level power."

Zilker Labs' Digital-DC products are fully configurable with simple pin-strap connections, resistor resistor, two-terminal electric circuit component that offers opposition to an electric current. Resistors are normally designed and operated so that, with varying levels of current, variations of their resistance values are negligible (see resistance).  selection or via the device's on-board On board usually means to be traveling on some vehicle. For example, Baby On Board. Compare with overboard.

Metaphorically, the term on-board is often used to refer to some piece of technology that is integrated in a moving vehicle, for example:
 serial port using the industry-standard PMBus(TM) (Power Management Bus) command set. The single-chip Digital-DC products provide the configurability, control and monitoring capabilities of digital power technology without compromising efficiency. Additionally, they eliminate the requirement for user programming. To combine multiple Digital-DC ICs in a given application, the designer simply configures each IC via pin-strap selection and connects the serial bus (SMBus) of each device. The devices then communicate with each other via the SMBus and can operate independent of a host controller. The devices can be monitored and controlled individually or as a system.

"By extending their Digital-DC technology into lower power applications, Zilker Labs allows system designers to create a simple, easily implemented, and intelligent power system across a wider range of end products," said principal analyst Jim McGregor of In-Stat.

Zilker Labs began sampling the ZL2105 in July to select customers. The ZL2105 is available in a 6 x 6 mm 36-lead QFN QFN Quad Flat No-Lead
QFN Queen Fan Newsletter (rock band)
QFN Quad Flat No Leads
 package. Pricing starts at US$2.80 in quantities of 1,000. An evaluation kit, the ZL2105EV1, is also available. Please contact Zilker Labs for more information.

About Zilker Labs, Inc.

Zilker Labs is a fabless semiconductor company A fabless semiconductor company specializes in the design and sale of hardware devices implemented on semiconductor chips. It achieves an advantage by outsourcing the fabrication of the devices to a specialized semiconductor manufacturer called a semiconductor foundry or "fab.  based in Austin, Texas, that provides power management and conversion ICs with unparalleled integration, performance and ease-of-use. The company applies unique mixed-signal IC design techniques to address the increasing challenges associated with implementing today's board-level power. The result is the company's patented Digital-DC technology and its first family of ICs targeted at embedded applications An application that permanently resides in an industrial or consumer device. Providing some type of control function and/or user interface, the software is typically stored in a non-volatile memory such as ROM or flash memory.  such as datacom, telecom, industrial control and other electronic systems. For more information on Zilker Labs and its innovative products, please visit www.zilkerlabs.com.

Note to editors: Zilker Labs, Digital-DC and the Zilker Labs logo are trademarks of Zilker Labs, Inc. PMBus is a trademark of the System Management Interface Forum Inc. All other products or brandnames mentioned herein are trademarks of their respective holders.
COPYRIGHT 2006 Business Wire
No portion of this article can be reproduced without the express written permission from the copyright holder.
Copyright 2006, Gale Group. All rights reserved. Gale Group is a Thomson Corporation Company.

 Reader Opinion

Title:

Comment:



 

Article Details
Printer friendly Cite/link Email Feedback
Publication:Business Wire
Date:Jul 31, 2006
Words:546
Previous Article:Zacks Bull and Bear of the Day Highlights: United Natural Foods, CONMED Corporation, Owens-Illinois and CVS Corporation.
Next Article:Clifford Chance Continues Global Roll-Out of ADERANT; World's Largest Law Firm Implementing ADERANT Expert, Powered by Keystone in 28 Offices.
Topics:



Related Articles
Power Integrations Introduces TinySwitch(R)-III Power Conversion IC Family; Next Generation of World's Leading High-Voltage IC for Power Supplies...
Power Integrations Introduces Industry-First Integrated Switcher IC Family with Peak Power Capability; PeakSwitch Reduces Cost of Power Supplies for...
IR's High Performance iMOTION(tm) Platform Enables 95 Percent Efficiency in Air Conditioning Applications.
Zilker Labs Expands Team to Support Digital-DC(TM) Products.
Power Integrations Introduces Reference Design Kit for Multi-class Power-over-Ethernet Powered Devices; Design Kit Reduces Time, Cost of PoE PD...
austriamicrosystems Unveils 5V 130mA Step-up DC-DC Converter; AS1321 High Efficiency Step-up DC-DC Converter Supplies Fixed Output of 5V for Battery...
Primarion Introduces Industry's First Dual-Phase, Programmable Digital Power Conversion and Power Management IC; New Integrated Controller Chip...
Microchip Technology's New Digital Signal Controllers (DSCs) Power Next-Generation Switch-Mode Power Supplies; Low-Cost, Ultra-Fast PWM and A/D...
Integration's New LED Driver Enhances Flash Power in Camera Phones.
Freescale Drives Motor Control Efficiency with Intelligent Analog IC.

Terms of use | Copyright © 2009 Farlex, Inc. | Feedback | For webmasters | Submit articles