Ferrite Chip Beads provide EMI noise filtering effect.
November 26, 2008 -
Featuring monolithic assembly and 0.6 x 0.3 x 0.3 mm dimensions, LI0201 series offers impedance versus frequency characteristics with minimal DCR for EMI noise suppression on high-frequency or broadband digital signal lines. Design conserves mounting space, making beads suited for dense, compact circuit board construction in portable/handheld electronic devices. They can be placed close to EMI source or receptor of external interface or internal signal interconnection.
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|Original Press Release |
16401 Swingley Ridge Rd., Suite 600
Chesterfield, MO, 63017
Laird Technologies Introduces LI0201 Ferrite Chip Beads
Smaller foot-print provides excellent chip bead solution for portable / handheld electronic applications.
St. Louis, Missouri, USA - November 3, 2008 - Laird Technologies, Inc., a global leader in the design and manufacture of customized, performance-critical components and systems for wireless and advanced electronics, today announced its new line of EIA 0201 Ferrite Chip Beads that extends the existing 0402 to 3312 surface-mounted monolithic EMI suppression product families.
The LI0201 chip beads' smaller, miniature foot-print make them ideal for advanced handheld electronic devices such as cellular phones, Bluetooth® handsets, PDAs, GPS, MP3 players, digital camcorders, and digital cameras.
Laird Technologies' new LI0201 series offers superior impedance versus frequency characteristics with low DCR for EMI noise suppression on high-frequency or broadband digital signal lines. The rugged monolithic assembly and 0.6 mm x 0.3 mm x 0.3 mm foot-print offers approximately 40% mounting space savings over the existing 0402 products, making the LI0201 Ferrites ideal for dense, compact circuit board construction. The chip beads provide a superior EMI noise filtering effect and space efficiency; and can be placed close to the EMI source or receptor of the external interface or the internal signal interconnection.
"Our new ferrite chip beads meet today's trend for smaller, yet powerful, electronics for portable devices such as cellular phones, gaming devices, and other applications," said Davis Huang, Laird Technologies Product Director, Signal Integrity Products. "This trend requires manufacturers to continually increase the number of mounted components in a smaller space. Laird Technologies is committed to expanding its EMI solutions portfolio to address such needs"
Laird Technologies offers a complete product portfolio of EMI suppression solutions include Ferrites Cable Cores, Chip Beads, and Common Mode Chokes with reliable performance, numerous features, as well as global technical service and support to meet customers' global requirements.
The LI0201 Ferrite Chip Beads are available at competitive pricing and are ideal for use in the telecommunications, data communications, and consumer electronics markets. For product or technical information, please contact Scott Wooden at +1 423-308-1568 or email@example.com.
About Laird Technologies, Inc.
Laird Technologies designs and manufactures customized, performance-critical products for wireless and other advanced electronics applications.
The company is a global market leader in the design and supply of electromagnetic interference (EMI) shielding, thermal management products, mechanical actuation systems, signal integrity components, and wireless antennae solutions, as well as radio frequency (RF) modules and systems.
Custom products are supplied to all sectors of the electronics industry including the handset, telecommunications, data transfer and information technology, automotive, aerospace, defense, consumer, medical, and industrial markets.
Laird Technologies, a unit of Laird PLC, employs over 14,000 employees in more than 40 facilities located in 14 countries.
For additional information or your nearest Laird Technologies representative, contact:
Tel: 800.634.2673 or 423.308.1690
© 2008 All rights reserved. Laird Technologies and its logo are trademarks of Laird Technologies, Inc. Other products, logos, and company names mentioned herein, may be trademarks of their respective owners.