WE-TDC HV SMT Coupled Inductor

Size	Dimensions	L (mm)	W (mm)	H (mm)
8018		8	8	1.8
8038		8	8	3.8

LTSpice files

LT
LTSpice_WE-TDC-HV (rev22a).zip
|
2.4 KB

Characteristics

Low profile coupled inductor with 2.0kV Isolation
Low losses and low Leakage Inductance
Magnetical shielded
1:1 Transformer
Operation temperature: -40°C to +125°C
Functional Isolation for a working voltage or 250VRMS

Reference Designs

RD006 3 W Dual-output isolated auxiliary supply for communication interfaces and measurement systems

Applications

High density Isolated converter application (e.g. Flyback converter)
Buck, Boost, Sepic, Zeta, CUK Converter
Switching regulator with second unregulated output voltage

Application Notes

ANP017 Designing Low-cost, Multiple Output DC/DC Converters
PDF

An Excellent Duet!

The WE-MCRI is an innovative molded coupled inductor with fully automated bifilar winding process. It offers an almost ideal coupling coefficient up to 0.995.

Product video and more

Products

All

8018

8038

Order Code	Datasheet	Downloads	L₁ (µH)	L₂ (µH)	n	I_R (A)	I_{R 2} (A)	I_SAT1 (A)	I_SAT2 (A)	R_{DC1 typ} (mΩ)	R_{DC2 typ} (mΩ)	R_{DC1 max} (mΩ)	R_{DC2 max} (mΩ)	f_{res 1} (MHz)
76889430056	SPEC	8 files EDA models: Components ZIP ALT Altium_WE-TDC HV (rev22b).IntLib \| 750.5 KB ZUK Download_Cadstar_WE-TDC-HV (rev19a).zip \| 9.4 KB CDS Cadence_WE-TDC HV (rev22a).zip \| 1.5 MB EAG Eagle_WE-TDC HV (rev19a).lbr \| 27.8 KB CAD files ZIP IGS Download_IGS_WE-TDCHV-8018 (rev1).igs \| 860.5 KB STP Download_STP_WE-TDCHV-8018 (rev1).stp \| 639.6 KB Electric models ZIP S S-Parameter_WE-TDC HV (rev21a).zip \| 1 MB PSP PSpice_WE-TDC_HV (rev22a).zip \| 5 KB Download all 8 files as zip archive ZIP	5.6	5.6	1:1	1.4	1.4	2	2	190	190	234	234	58
76889430100	SPEC	8 files EDA models: Components ZIP ALT Altium_WE-TDC HV (rev22b).IntLib \| 750.5 KB ZUK Download_Cadstar_WE-TDC-HV (rev19a).zip \| 9.4 KB CDS Cadence_WE-TDC HV (rev22a).zip \| 1.5 MB EAG Eagle_WE-TDC HV (rev19a).lbr \| 27.8 KB CAD files ZIP IGS Download_IGS_WE-TDCHV-8018 (rev1).igs \| 860.5 KB STP Download_STP_WE-TDCHV-8018 (rev1).stp \| 639.6 KB Electric models ZIP S S-Parameter_WE-TDC HV (rev21a).zip \| 1 MB PSP PSpice_WE-TDC_HV (rev22a).zip \| 5 KB Download all 8 files as zip archive ZIP	10	10	1:1	1.1	1.1	1.67	1.67	280	280	321	321	47.5
76889430150	SPEC	8 files EDA models: Components ZIP ALT Altium_WE-TDC HV (rev22b).IntLib \| 750.5 KB ZUK Download_Cadstar_WE-TDC-HV (rev19a).zip \| 9.4 KB CDS Cadence_WE-TDC HV (rev22a).zip \| 1.5 MB EAG Eagle_WE-TDC HV (rev19a).lbr \| 27.8 KB CAD files ZIP IGS Download_IGS_WE-TDCHV-8018 (rev1).igs \| 860.5 KB STP Download_STP_WE-TDCHV-8018 (rev1).stp \| 639.6 KB Electric models ZIP S S-Parameter_WE-TDC HV (rev21a).zip \| 1 MB PSP PSpice_WE-TDC_HV (rev22a).zip \| 5 KB Download all 8 files as zip archive ZIP	15	15	1:1	0.95	0.95	1.3	1.3	380	380	422	422	35
76889430220	SPEC	8 files EDA models: Components ZIP ALT Altium_WE-TDC HV (rev22b).IntLib \| 750.5 KB ZUK Download_Cadstar_WE-TDC-HV (rev19a).zip \| 9.4 KB CDS Cadence_WE-TDC HV (rev22a).zip \| 1.5 MB EAG Eagle_WE-TDC HV (rev19a).lbr \| 27.8 KB CAD files ZIP IGS Download_IGS_WE-TDCHV-8018 (rev1).igs \| 860.5 KB STP Download_STP_WE-TDCHV-8018 (rev1).stp \| 639.6 KB Electric models ZIP S S-Parameter_WE-TDC HV (rev21a).zip \| 1 MB PSP PSpice_WE-TDC_HV (rev22a).zip \| 5 KB Download all 8 files as zip archive ZIP	22	22	1:1	0.75	0.75	1	1	700	700	780	780	26
76889440047	SPEC	8 files EDA models: Components ZIP ALT Altium_WE-TDC HV (rev22b).IntLib \| 750.5 KB ZUK Download_Cadstar_WE-TDC-HV (rev19a).zip \| 9.4 KB CDS Cadence_WE-TDC HV (rev22a).zip \| 1.5 MB EAG Eagle_WE-TDC HV (rev19a).lbr \| 27.8 KB CAD files ZIP IGS Download_IGS_WE-TDCHV-8038 (rev1).igs \| 858.9 KB STP Download_STP_WE-TDCHV-8038 (rev1).stp \| 639.5 KB Electric models ZIP S S-Parameter_WE-TDC HV (rev21a).zip \| 1 MB PSP PSpice_WE-TDC_HV (rev22a).zip \| 5 KB Download all 8 files as zip archive ZIP	4.7	4.7	1:1	2.45	2.45	4.7	4.7	85	85	110	110	43
76889440100	SPEC	8 files EDA models: Components ZIP ALT Altium_WE-TDC HV (rev22b).IntLib \| 750.5 KB ZUK Download_Cadstar_WE-TDC-HV (rev19a).zip \| 9.4 KB CDS Cadence_WE-TDC HV (rev22a).zip \| 1.5 MB EAG Eagle_WE-TDC HV (rev19a).lbr \| 27.8 KB CAD files ZIP IGS Download_IGS_WE-TDCHV-8038 (rev1).igs \| 858.9 KB STP Download_STP_WE-TDCHV-8038 (rev1).stp \| 639.5 KB Electric models ZIP S S-Parameter_WE-TDC HV (rev21a).zip \| 1 MB PSP PSpice_WE-TDC_HV (rev22a).zip \| 5 KB Download all 8 files as zip archive ZIP	10	10	1:1	1.6	1.6	3	3	160	160	200	200	29
76889440150	SPEC	8 files EDA models: Components ZIP ALT Altium_WE-TDC HV (rev22b).IntLib \| 750.5 KB ZUK Download_Cadstar_WE-TDC-HV (rev19a).zip \| 9.4 KB CDS Cadence_WE-TDC HV (rev22a).zip \| 1.5 MB EAG Eagle_WE-TDC HV (rev19a).lbr \| 27.8 KB CAD files ZIP IGS Download_IGS_WE-TDCHV-8038 (rev1).igs \| 858.9 KB STP Download_STP_WE-TDCHV-8038 (rev1).stp \| 639.5 KB Electric models ZIP S S-Parameter_WE-TDC HV (rev21a).zip \| 1 MB PSP PSpice_WE-TDC_HV (rev22a).zip \| 5 KB Download all 8 files as zip archive ZIP	15	15	1:1	1.25	1.25	2.8	2.8	300	300	355	355	21
76889440220	SPEC	8 files EDA models: Components ZIP ALT Altium_WE-TDC HV (rev22b).IntLib \| 750.5 KB ZUK Download_Cadstar_WE-TDC-HV (rev19a).zip \| 9.4 KB CDS Cadence_WE-TDC HV (rev22a).zip \| 1.5 MB EAG Eagle_WE-TDC HV (rev19a).lbr \| 27.8 KB CAD files ZIP IGS Download_IGS_WE-TDCHV-8038 (rev1).igs \| 858.9 KB STP Download_STP_WE-TDCHV-8038 (rev1).stp \| 639.5 KB Electric models ZIP S S-Parameter_WE-TDC HV (rev21a).zip \| 1 MB PSP PSpice_WE-TDC_HV (rev22a).zip \| 5 KB Download all 8 files as zip archive ZIP	22	22	1:1	1	1	2.1	2.1	390	390	455	455	15.5
76889440330	SPEC	8 files EDA models: Components ZIP ALT Altium_WE-TDC HV (rev22b).IntLib \| 750.5 KB ZUK Download_Cadstar_WE-TDC-HV (rev19a).zip \| 9.4 KB CDS Cadence_WE-TDC HV (rev22a).zip \| 1.5 MB EAG Eagle_WE-TDC HV (rev19a).lbr \| 27.8 KB CAD files ZIP IGS Download_IGS_WE-TDCHV-8038 (rev1).igs \| 858.9 KB STP Download_STP_WE-TDCHV-8038 (rev1).stp \| 639.5 KB Electric models ZIP S S-Parameter_WE-TDC HV (rev21a).zip \| 1 MB PSP PSpice_WE-TDC_HV (rev22a).zip \| 5 KB Download all 8 files as zip archive ZIP	33	33	1:1	0.85	0.85	1.85	1.85	575	575	640	640	14

Order Code	Datasheet	Simulation
76889430056	SPEC
76889430100	SPEC
76889430150	SPEC
76889430220	SPEC
76889440047	SPEC
76889440100	SPEC
76889440150	SPEC
76889440220	SPEC
76889440330	SPEC

Samples

Order Code	Datasheet	Simulation	Downloads	L₁ (µH)	L₂ (µH)	n	I_R (A)	I_{R 2} (A)	I_SAT1 (A)	I_SAT2 (A)	R_{DC1 typ} (mΩ)	R_{DC2 typ} (mΩ)	R_{DC1 max} (mΩ)	R_{DC2 max} (mΩ)	f_{res 1} (MHz)	Samples

REDEXPERT loss simulation

Find the best inductor!

REDEXPERT has the world’s most accurate AC loss model, which even includes the DC-bias current. With dedicated DC-DC topologies or the generic loss simulator, you can accurately determine the AC and DC losses for your converter. The model includes the core material, shape and winding structure of the inductor. REDEXPERT recommends suitable inductors and allows you to add more filters to find the best inductor for your application.

Learn more

Videos

WE-MCRI – Innovative Molded Coupled Inductor by Würth Elektronik eiSos