Analog Devices LT8337-1 | Demoboard EVAL-LT8337-1-AZ | Würth Elektronik Reference Design Search

IC reference design search

reference designLT8337-1 | Demoboard EVAL-LT8337-1-AZ

Overview

Topology	Boost Converter
Input voltage	4-12 V
Switching frequency	2000-2400 kHz
Output 1	12 V / 2.5 A
Output 2	12 V / 1.35 A

Typical applications

General Purpose Step-Up
Battery Powered Systems

More information

Products

	Order Code	Datasheet	Simulation	Downloads	Status	Product series	L (µH)	I_SAT1 (A)	I_SAT2 (A)	f_res (MHz)	I_RP,40K (A)	I_SAT,30% (A)	R_{DC typ.} (mΩ)	V_OP (V)	Mount	Z @ 100 MHz (Ω)	Z_max (Ω)	Test Condition Z_max	I_{R 2} (mA)	R_{DC max.} (mΩ)	Type	Pins (pcs)	Rows	H (mm)	Gender	I_R (A)	Packaging	Samples
	74479290125	SPEC		10 files EDA models: Components ZIP ALT Altium_WE-PMCI (rev25a).IntLib \| 105 KB CDS Cadence_WE-PMCI (rev25a).zip \| 644.5 KB EAG Eagle_WE-PMCI (rev25a).lbr \| 55 KB KIC KiCad_WE-PMCI (rev25a).zip \| 76.2 KB ZUK Cadstar_WE-PMCI (rev19a).zip \| 14.8 KB CAD files ZIP 3D WE-PMCI_322515_3D (rev1).pdf \| 29.4 KB IGS Download_IGS_WE-PMCI-1210HS (rev1).igs \| 194.6 KB STP Download_STP_WE-PMCI-1210HS (rev1).stp \| 46.2 KB Electric models ZIP PSP PSpice_WE-PMCI (rev25a).zip \| 6.6 KB SCS Spectre_WE-PMCI (rev24a).mod \| 7.1 KB Download all 10 files as zip archive ZIP	Active i\| Production is active. Expected lifetime: >10 years.	WE-PMCI Power Molded Chip Inductor	0.25	8.5	15.65	150	9.05	15.65	26	–	SMT	–	–	–	4000	31	–	–	–	1.5	–	9.05	–
	74438357015	SPEC		10 files EDA models: Components ZIP ALT WE-MAPI (rev25a).IntLib \| 599.5 KB CDS Cadence_WE-MAPI (rev25a).zip \| 2.3 MB EAG Eagle_WE-MAPI (rev25a).lbr \| 200.3 KB KIC KiCad_WE-MAPI (rev25a).zip \| 743.2 KB ZUK Cadstar_WE-MAPI (rev20a).zip \| 15.9 KB CAD files ZIP 3D 3D_WE-IndMAPI_SSMC-4030_3D (rev1).pdf \| 69.8 KB IGS Download_WE-MAPI-4030_igs (rev1).igs \| 585.1 KB STP Download_WE-MAPI-4030_stp (rev1).stp \| 198.9 KB Electric models ZIP PSP PSpice_WE-MAPI (rev24a).zip \| 31.1 KB SCS Spectre_WE-MAPI (rev24a).mod \| 41 KB Download all 10 files as zip archive ZIP	Active i\| Production is active. Expected lifetime: >10 years.	WE-MAPI SMT Power Inductor	1.5	–	–	48	8.2	11	17.1	80	SMT	–	–	–	–	20	–	2	–	3.1	–	6.2	–
	742792040	SPEC		10 files EDA models: Components ZIP ALT WE-CBF (rev25a).IntLib \| 234 KB CDS Cadence_WE-CBF (rev22a).zip \| 774.3 KB CDS Cadence_WE-CBF (rev24a).zip \| 776.7 KB EAG Eagle_WE-CBF (rev24a).lbr \| 163 KB KIC KiCad_WE-CBF (rev25a).zip \| 301.1 KB ZUK Cadstar_WE-CBF (rev21a).zip \| 17.5 KB CAD files ZIP IGS WE-CBF_0805_CBF (rev1).igs \| 158.2 KB STP WE-CBF_0805_CBF (rev1).stp \| 34.7 KB Electric models ZIP PSP PSpice_WE-CBF (rev24a).zip \| 26.9 KB S S-Parameter_WE-CBF (rev22a).zip \| 2.8 MB Download all 10 files as zip archive ZIP	Active i\| Production is active. Expected lifetime: >10 years.	WE-CBF SMT EMI Suppression Ferrite Bead	–	–	–	–	–	–	–	–	SMT	600	700	150 MHz	2000	150	High Current	–	–	0.0009	–	1.5	–
	62001021121	SPEC	–	6 files EDA models: Components ZIP ALT Altium_WR-PHD (rev24a).IntLib \| 34.1 MB CDS Cadence_WR-PHD (rev24c).zip \| 63.9 MB EAG Eagle_WR-PHD (rev25a).lbr \| 5.2 MB CAD files ZIP 3D 62001021121_1 (rev1).pdf \| 58.4 KB IGS Download_IGES_62001021121 (rev1).iges \| 957.3 KB STP 62001021121 (rev1).stp \| 229.1 KB	Active i\| Production is active. Expected lifetime: >10 years.	WR-PHD 2.00 mm THT Dual Pin Header	–	–	–	–	–	–	–	–	THT	–	–	–	–	–	Straight	10	Dual	–	Pin Header	2	Bag
	60800213421	SPEC	–	3 files CAD files ZIP 3D 3D_60800213421 (rev1).pdf \| 65.8 KB IGS Downloads_IGES_60800213421 (rev1).iges \| 778 KB STP 60800213421 (rev1).stp \| 286.2 KB Download all 3 files as zip archive ZIP	Active i\| Production is active. Expected lifetime: >10 years.	WR-PHD 2.00 mm Jumper with Test Point	–	–	–	–	–	–	–	–	–	–	–	–	–	–	–	2	–	–	Jumper	3	Bag

	Order Code	Datasheet	Simulation
	74479290125	SPEC
	74438357015	SPEC
	742792040	SPEC
	62001021121	SPEC	–
	60800213421	SPEC	–

Samples

	Order Code	Datasheet	Simulation	Downloads	Status	Product series	L (µH)	I_SAT1 (A)	I_SAT2 (A)	f_res (MHz)	I_RP,40K (A)	I_SAT,30% (A)	R_{DC typ.} (mΩ)	V_OP (V)	Mount	Z @ 100 MHz (Ω)	Z_max (Ω)	Test Condition Z_max	I_{R 2} (mA)	R_{DC max.} (mΩ)	Type	Pins (pcs)	Rows	H (mm)	Gender	I_R (A)	Packaging	Samples

Online Evaluations