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PV Inverter application

PV Inverter

Photovoltaic inverters convert DC from solar strings into grid-tied or off-grid AC. As power levels rise and enclosures stay compact, designers move to higher switching frequency and wide-bandgap devices to cut magnetic size and improve efficiency.

  • Fit-for-purposeMatch voltage, current and package to PV Inverter
  • Low lossLower conduction and switching loss for efficiency targets
  • ReliabilityHigh-temperature and long-term reliability for industrial duty
  • DeliveryDatasheets, catalog samples (~48h) and FAE support

What PV Inverter power stages need

String inverters use boost stages (sometimes with SiC diodes), full-bridge or multi-level inverters, and anti-parallel / bypass diodes rated for outdoor thermal swing. Micro-inverters add even tighter size constraints. Selection focuses on VRRM, IF(AV), trr and Qrr (for silicon FRD), VF versus temperature, and avalanche/surge behavior under partial shading events.

MHCHXM offers 650 V and 1200 V class SiC Schottky diodes with surge performance suited to PV boost and inverter legs, alongside FRD and MOSFET catalog lines. We support global inverter OEMs with datasheet-aligned reliable supplier evaluation — compare dynamic parameters, not logos — and catalog samples in about 48 hours. Wuxi manufacturing; international sales through Ningbo overseas desk.

Typical application topology

PV Inverter topology

Recommended catalog

0 of 30 parts link to the MHCHXM catalog.

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Model VDS (V) Rdson Max(mΩ) Package Actions
HXMH60M99EF 600 99 ITO-220AB Quote
HXMH60M99EP 600 99 TO-247AB Quote
HXMH60M70EP 600 70 TO-247AB Quote
HXMH60M40EP 600 40 TO-247AB Quote
HXMH60M28EP 600 28 TO-247AB Quote
HXMH60M75P 600 75 TO-247AB Quote
HXMH60M30P 600 30 TO-247AB Quote
Model VRRM (V) IF (A) Trr(ns) VF(V) Package Actions
SFP3006A 600 30 50 1.55 TO-247AC-A Quote
SFP3012A 1200 30 75 2.4 TO-247AC-A Quote
SFP6006A 600 60 70 1.7 TO-247AC-A Quote
SFP6012A 1200 60 100 3.5 TO-247AC-A Quote
SFP6003 300 60 50 1.15 TO-247AB Quote
SFP6004 400 60 50 1.4 TO-247AB Quote
SFP6006 600 60 50 1.6 TO-247AB Quote
Model VRRM (V) IF (A) VF(V) Package Actions
ECR465A 650 4 1.5 TO-220AC-A Quote
ECR665A 650 6 1.5 TO-220AC-A Quote
ECR865A 650 8 1.5 TO-220AC-A Quote
ECR1065A 650 10 1.5 TO-220AC-A Quote
ECRP1065A 650 10 1.5 TO-247AC-A Quote
ECR2065A 650 20 1.5 TO-220AC-A Quote
ECR5120ACS 1200 5 1.8 TO-252-2L Quote
ECR5120A 1200 5 1.8 TO-220AC-A Quote
ERC10120A 1200 10 1.8 TO-220AC-A Quote
ECRP10120A 1200 10 1.8 TO-247AC-A Quote
ECRP15120A 1200 15 1.8 TO-247AC-A Quote
ECRP20120A 1200 20 1.8 TO-247AC-A Quote
ECRP30120A 1200 30 1.8 TO-247AC-A Quote
ECR20120PT 1200 20 1.8 TO-247AB Quote
ECR30120PT 1200 30 1.8 TO-247AB Quote
ECR40120PT 1200 40 1.8 TO-247AB Quote

Frequently asked questions

Which MHCHXM devices are used in PV Inverter?

MHCHXM recommends Schottky, FRD, MOSFET or SiC devices matched to the PV Inverter power stage. See recommended models on this page or contact FAE for a shortlist.

How does MHCHXM help select devices for PV Inverter?

Share voltage, current, package and thermal limits. FAE proposes catalog or customized Schottky, FRD, MOSFET or SiC options matched to the PV Inverter power stage.

How fast can I get samples for PV Inverter projects?

Catalog samples for PV Inverter-related parts are typically prepared within about 48 hours after stock and specification confirmation.

How do I contact FAE for PV Inverter design-in?

Use the Contact form with stage Design-in, or reach the Ningbo overseas office for international programs. Typical reply is within 24 hours.

Selection & application guides

Package notes, thermal checklists and sample workflow — useful before you submit a design-in request.

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