	Size	Dimensions
EXT.	0504
EXT.	0805

LTSpice files

LT
LTSpice_WE-CNSW-HF (rev22a).zip
|
3 KB

Characteristics

Current compensated data line filter
High common mode noise suppression at high frequencies
Small influence on high speed signals through winding symmetry
Climatic category 40/105/21 (Size 0504)
Climatic category 40/125/21 (Size 0805)
Flammability corresponding to UL 94 V-0

Reference Designs

RD022 GB PoE+-Ethernet-USB“ adapter for industrial use with an EMC perspective

Applications

USB 3.0
USB 2.0
HDMI
LVDS
High-Speed data lines
IEEE 1394 (Firewire)

Application Notes

USB Type-C. 24 reasons to connect with us.

Würth Elektronik offers the complete product range from connectors, components for filtering of EMI noise, ESD surge protection as well as AC/DC to DC/DC power conversion for USB 3.1. All information here.

All Information here

Products

All

0504

0805

	Order Code	Datasheet	Downloads	L (nH)	Z @ 100 MHz (Ω)	I_R (mA)	V_R (V)	V_T (V (AC))	Filter Bag	Filter Stick	Design Kit
NEW	7442335600	SPEC	9 files EDA models: Components ZIP ALT WE-CNSW_HF (rev22a).IntLib \| 101.5 KB ZUK Cadstar_WE-CNSW-HF (rev19a).zip \| 5.6 KB CDS Cadence_WE-CNSW_HF (rev20a).zip \| 619.4 KB EAG Eagle_WE-CNSW HF (rev19a).lbr \| 19.3 KB CAD files ZIP 3D 3D_7442335xxx (rev1).pdf \| 391.8 KB IGS WE-CNSW_HF_0504 (rev1).igs \| 1.2 MB STP WE-CNSW_HF_0504 (rev1).stp \| 267.8 KB Electric models ZIP S S-PARAMETER_WE-CNSW_HF (rev19a).zip \| 460.8 KB PSP PSpice_WE-CNSW_HF (rev22a).zip \| 5.1 KB Download all 9 files as zip archive ZIP	100	60	600	20	125	82931061 82931101	82931060 82931100	744230
NEW	7442335900	SPEC	8 files EDA models: Components ZIP ALT WE-CNSW_HF (rev22a).IntLib \| 101.5 KB ZUK Cadstar_WE-CNSW-HF (rev19a).zip \| 5.6 KB CDS Cadence_WE-CNSW_HF (rev20a).zip \| 619.4 KB EAG Eagle_WE-CNSW HF (rev19a).lbr \| 19.3 KB CAD files ZIP IGS WE-CNSW_HF_0504 (rev1).igs \| 1.2 MB STP WE-CNSW_HF_0504 (rev1).stp \| 267.8 KB Electric models ZIP S S-PARAMETER_WE-CNSW_HF (rev19a).zip \| 460.8 KB PSP PSpice_WE-CNSW_HF (rev22a).zip \| 5.1 KB Download all 8 files as zip archive ZIP	170	90	500	20	125	–	–	744230
NEW	744233670	SPEC	8 files EDA models: Components ZIP ALT WE-CNSW_HF (rev22a).IntLib \| 101.5 KB ZUK Cadstar_WE-CNSW-HF (rev19a).zip \| 5.6 KB CDS Cadence_WE-CNSW_HF (rev20a).zip \| 619.4 KB EAG Eagle_WE-CNSW HF (rev19a).lbr \| 19.3 KB CAD files ZIP IGS WE-CNSW_HF_0805_CNSWHF (rev1).igs \| 2.2 MB STP WE-CNSW_HF_0805_CNSWHF (rev1).stp \| 567.8 KB Electric models ZIP S S-PARAMETER_WE-CNSW_HF (rev19a).zip \| 460.8 KB PSP PSpice_WE-CNSW_HF (rev22a).zip \| 5.1 KB Download all 8 files as zip archive ZIP	92	67	320	50	125	829993BAG	–	744230
NEW	744233900	SPEC	8 files EDA models: Components ZIP ALT WE-CNSW_HF (rev22a).IntLib \| 101.5 KB ZUK Cadstar_WE-CNSW-HF (rev19a).zip \| 5.6 KB CDS Cadence_WE-CNSW_HF (rev20a).zip \| 619.4 KB EAG Eagle_WE-CNSW HF (rev19a).lbr \| 19.3 KB CAD files ZIP IGS WE-CNSW_HF_0805_CNSWHF (rev1).igs \| 2.2 MB STP WE-CNSW_HF_0805_CNSWHF (rev1).stp \| 567.8 KB Electric models ZIP S S-PARAMETER_WE-CNSW_HF (rev19a).zip \| 460.8 KB PSP PSpice_WE-CNSW_HF (rev22a).zip \| 5.1 KB Download all 8 files as zip archive ZIP	131	90	280	50	125	–	–	744230
NEW	744233121	SPEC	8 files EDA models: Components ZIP ALT WE-CNSW_HF (rev22a).IntLib \| 101.5 KB ZUK Cadstar_WE-CNSW-HF (rev19a).zip \| 5.6 KB CDS Cadence_WE-CNSW_HF (rev20a).zip \| 619.4 KB EAG Eagle_WE-CNSW HF (rev19a).lbr \| 19.3 KB CAD files ZIP IGS WE-CNSW_HF_0805_CNSWHF (rev1).igs \| 2.2 MB STP WE-CNSW_HF_0805_CNSWHF (rev1).stp \| 567.8 KB Electric models ZIP S S-PARAMETER_WE-CNSW_HF (rev19a).zip \| 460.8 KB PSP PSpice_WE-CNSW_HF (rev22a).zip \| 5.1 KB Download all 8 files as zip archive ZIP	167	120	280	50	125	–	–	744230

	Order Code	Datasheet
NEW	7442335600	SPEC
NEW	7442335900	SPEC
NEW	744233670	SPEC
NEW	744233900	SPEC
NEW	744233121	SPEC

Samples

	Order Code	Datasheet	Simulation	Downloads	L (nH)	Z @ 100 MHz (Ω)	I_R (mA)	V_R (V)	V_T (V (AC))	Filter Bag	Filter Stick	Design Kit	Samples

Compliance with AEC-Q200

Highest reliability in terms of

EMC compatibility
Solderability
Humidity
Temperature influences

HF version for high data rates

While the WE-CNSW series can work up to USB 2.0 interfaces, the WE-CNSW HF was designed to have wider frequency band to be able to work with the newest high-speed interfaces.

WE-CNSW HF Series

Fully automated production

Thanks to the fully automated process, a high degree of winding symmetry and constantly high quality can be achieved. The winding symmetry ensures low parasitic effects and therefore high signal integrity.

Common and Differential Mode Behavior

When the common mode component of a signal tries to pass through the choke, it encounters a high impedance. This is caused by the magnetization of the core and the resulting mutual inductance in the coil.

In contrast to the common mode behavior, the differential mode signal will see almost no impedance, which can be explained by the magnetic field compensation in the core. If the core is not magnetized, there is no mutual inductance so that the useful signal can pass through.

Speed up your design-in process!

The following tools and libraries make component search and selection easier for you

REDEXPERT

The online platform for easy component selection, simulation and design-in with high-precision component and circuit models.

Common Mode Attenuation and Impedance
Differential Mode Attenuation and Impedance
Temperature Derating

REDEXPERT

Component Libraries

EDA models: Altium, Cadstar, Cadence and Eagle
CAD files: IGS and STP

Electric models

S-Parameter, measured with 4 ports and high accuracy equipment
Pspice
LTspice

More Tools and Support

Design-in Support

With the Würth Elektronik Application Guide, you can find useful information about interfaces like USB, Ethernet, LVDS and a few more.

Applications & Industries Guide

Or use one of the various ways to get in touch with us. Feel free to contact us with your questions. Our technical specialists will be happy to help and advise you.

Contact

Temperature Derating

How to interpret the temperature derating curve?

Check the data sheets for operating temperature. All derating curves for our CMC can be found in REDEXPERT.

T_R = Rated Temperature
T_max = Upper limit of the operating temperature and max. temperature allowed
ΔT = T_max – T_R

Example of use:
The maximum abient temperature with maximum current capability is 85 °C over this temperature the current capabilities sink. For a higher ambient temperature the maximum current can be read easily from the derating curve with the help of the chart marker.

To REDEXPERT

Bifilar vs. Sectional Winding

Bifilar winding shows the lowest attenuation in differential mode. These chokes are recommended for data lines, where a high isolation is not needed and some high speed signals are involved.

Sectional winding shows the highest attenuation in differential mode. This chokes are recommended for power lines, where a high isolation is mandatory, and the power delivery is happening at low frequency.