SemiMedia SemiMedia
  • Breaking News
  • MarketWatch
  • Distribution
  • Manufacturer
  • Video
  • About us
Home › Manufacturer › TDK released small thin-film common mode filters for USB 3.2/4 applications
  • 0

TDK released small thin-film common mode filters for USB 3.2/4 applications

SemiMediaEdit
August 21, 2024

August 21, 2024 /SemiMedia/ -- TDK Corporation recently announced the development of its TCM06U series of small thin film common mode filters for noise reduction in high-speed differential transmission (0.65 x 0.5 x 0.3 mm - L x W x T). Mass production of this new common-mode filter began in August 2024.

Laptops, tablets, game consoles and other digital devices increasingly offer convenient expandability, with higher display resolution and functionality. Their transmission signals are also becoming faster and larger in capacity every year. At the same time, electromagnetic interferences (EMI) from devices have increased in frequency and amplitude. Therefore, action needs to be taken to control the impact on other devices and the qualitative deterioration of transmission signals. As a measure against EMI, TDK has launched a common mode filter for high-speed differential transmission at high frequencies. This will support the miniaturization, thinning, and weight reduction of electronic devices.

It is compatible with a 20 Gbps high-speed signal at cutoff frequencies of 20 GHz or higher. Common mode attenuation at 10 GHz is 30 dB or higher, which is effective in controlling high-frequency noise. Impedance matching within a range between 85 and 90 Ω controls the reflections in high-speed USB lines. The internal coil conductor pattern is designed using TDK’s proprietary fine patterning, which uses a thin-film production method and applies a technology cultivated by the development of TDK’s magnetic heads.

To control radiation and exogenous EMI in the differential transmission lines that are expected to increase in speed in the future, TDK will continue to develop small thin-film common mode filters and provide services contributing to the quality improvement of transmission signals.

For more informaiton, please visit: https://product.tdk.com/system/files/dam/doc/product/emc/emc/cmf_cmc/catalog/cmf_commercial_signal_tcm06u_en.pdf.

Related

electronic components news Electronic components supplier Electronic parts supplier TCM06U TDK
Microchip expands SPE solutions with new LAN887x Ethernet PHY transceivers
Previous
SK Telecom and Rebellions merge to create a $740 million AI chip giant
Next

All Comments (0)

Back
No Comment.

Top Post

Mouser Electronics expands to the Philippines with local customer service center
Fire broke out at AKM factory in Japan
Qualcomm ranked first in the world's top ten IC design companies
TSMC’s CoWoS capacity to reach 75,000 wafers/month by end-2025
Analyze the key factors and prospects of electronic components shortage from the perspective of wafer industry
onsemi expects to produce 200mm SiC wafers by 2025

Subscribe SemiMedia

Please check your E-mail to confirm the subscribtion.

Related posts

Murata to raise EMI component prices on rising silver costs

Murata to raise EMI component prices on rising silver costs

March 20, 2026
0
Vishay launches space-grade common mode choke for GaN and SiC designs

Vishay launches space-grade common mode choke for GaN and SiC designs

March 20, 2026
0
Lattice to raise FPGA prices by 10% on rising backend costs

Lattice to raise FPGA prices by 10% on rising backend costs

March 20, 2026
0
TDK-Lambda releases 60V ORing FET modules with low Rds(on) for redundant power

TDK-Lambda releases 60V ORing FET modules with low Rds(on) for redundant power

March 19, 2026
0
Copyright © 2017-2026 SemiMedia. Designed by nicetheme.
  • Please set up your first menu at [Admin -> Appearance -> Menus]
  • electronic components news
  • Electronic components supplier
  • Electronic parts supplier
  • Infineon
  • Electronic component news
  • Renesas
  • Vishay
  • STMicroelectronics
  • Electronic components distributor
  • NXP

SemiMediaEdit

Administrator