Toshiba LTC1799IS5 | Demoboard RD220 | Würth Elektronik Reference Design Search

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reference designLTC1799IS5 | Demoboard RD220

Overview

Topology	Positive to Negative Converter
Input voltage	530-670 V
Output 1	440 V / 15 A
IC revision	2

Description

This reference design provides design guide, data and other contents of the 3-phase inverter using 1200 V SiC MOSFET. It drives AC 440V motors.

Features

Drives AC 440 V motor using 1200 V SiC MOSFETs
Outline size : 250 mm x 145 mm (Inverter Board)
Uses optimum SiC MOSFETs, photocouplers, and operational amplifiers etc.

Typical applications

Server
Uninterruptible power supply
LED Lighting

More information

Products

	Order Code	Datasheet	Simulation	Downloads	Product series	λ_{Dom typ.} (nm)	Emitting Color	λ_{Peak typ.} (nm)	I_{V typ.} (mcd)	V_{F typ.} (V)	Chip Technology	2θ_{50% typ.} (°)	L (µH)	Z_max (Ω)	I_R (mA)	Samples
	150080VS75000	SPEC		7 files EDA models: Components ZIP ALT Altium_WL-SMCW (rev22d).IntLib \| 741.5 KB CDS Cadence_WL-SMCW (rev24a).zip \| 996.7 KB EAG Eagle_WL-SMCW (rev22c).lbr \| 64.2 KB CAD files ZIP 3D Download_3D_150080VS75000 (rev1).pdf \| 54.7 KB IGS Download_IGS_WLSMCW-0805 (rev1).igs \| 431.9 KB STP Download_STP_WL-SMCW-0805 (rev1).stp \| 107 KB Electric models ZIP PSP PSpice_WL-SMCW (rev22b).zip \| 9.8 KB Download all 7 files as zip archive ZIP	WL-SMCW SMT Mono-color Chip LED Waterclear	570	Bright Green	572	40	2	AlInGaP	140	–	–	–
	744227	SPEC		7 files EDA models: Components ZIP ALT WE-SL2 (rev22a).IntLib \| 117.5 KB ZUK Cadstar_WE-SL2 (rev20a).zip \| 5.9 KB CDS Cadence_WE-SL2 (rev18a).zip \| 242 KB EAG Eagle_WE-SL2 (rev20a).lbr \| 21 KB CAD files ZIP IGS WE-SL2_74422 (rev1).igs \| 1.7 MB STP WE-SL2_74422 (rev1).stp \| 557.7 KB Electric models ZIP PSP PSpice_WE-SL2 (rev22a).zip \| 9.1 KB Download all 7 files as zip archive ZIP	WE-SL2 SMT Common Mode Line Filter	–	–	–	–	–	–	–	51	5500	1000

	Order Code	Datasheet	Simulation
	150080VS75000	SPEC
	744227	SPEC

Samples

	Order Code	Datasheet	Simulation	Downloads	Product series	λ_{Dom typ.} (nm)	Emitting Color	λ_{Peak typ.} (nm)	I_{V typ.} (mcd)	V_{F typ.} (V)	Chip Technology	2θ_{50% typ.} (°)	L (µH)	Z_max (Ω)	I_R (mA)	Samples