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Filter Bag USB 2.0 Type A EMC

Order Code 829999BAG

Characteristics

  • USB 2.0 filter circuit with all important components
  • Prevention of negative influence on the operating behavior due to interference emissions, electrostatic discharges (ESD) and fast transients (burst)
  • Straightforward design implementation through BOM and layout files
  • Data rate up to 450 Mbps
  • Up to 2.5 W (500 mA @ 5 V)

Applications

  • Universal Serial Bus (USB) 2.0 Typ A Applikationen

PCB layout files

The USB 2.0 EMC and ESD solution can be easily integrated into designs. PCB layout files (Gerber) can be downloaded here.

Download Gerber File here

Products

Order Code Data­sheet Simu­lation Downloads Product series Samples
742792651SPEC
8 files WE-CBF SMT EMI Suppression Ferrite Bead
744232090SPEC
8 files WE-CNSW SMT Common Mode Line Filter
82400102SPEC
6 files WE-TVS TVS Diode – High Speed Series
885012206051SPEC
6 files WCAP-CSGP MLCCs 16 V(DC)
629004113921SPEC
6 files WR-COM USB 2.0 Plug Type A SMT w. Clip
62900416021SPEC
6 files WR-COM USB 2.0 Type A Horizontal SMT
Samples
Order Code Data­sheet Simu­lation Downloads Product series Samples

Ready to implement

Due to the steadily growing number of applications that are based on networked communication through data lines, it is becoming increasingly importan to ensure trouble-free operation and protection of electrical systems and devices.

To avoid reduced integrity of the data transfer due to interference and to pass EMC tests, components matched to the data lines are necessary. Implementation is greatly simplified by the filter bags, which contain filter components specially selected for the respective application.

Filterperformance

Power Line Attenuation

<ul><li>T-filter (WE-CBF and WCAP-CSGP) for optimal impedance adjustment</li><li>Suppression of Vcc line noise</li></ul>
  • T-filter (WE-CBF and WCAP-CSGP) for optimal impedance adjustment
  • Suppression of Vcc line noise

Data Line Impedance Common Mode

<ul><li>High common mode impedance for suppression of common mode interference by common mode choke (WE-CNSW)</li></ul>
  • High common mode impedance for suppression of common mode interference by common mode choke (WE-CNSW)

Data Line Impedance Differential Mode

<ul><li>No influence on the data signal due to the low impedance at low frequencies</li></ul>
  • No influence on the data signal due to the low impedance at low frequencies