EV Charging Pile
EV charging piles — whether AC posts or high-power DC fast chargers — operate continuously at elevated ambient temperature. The power stage must stay efficient while surviving grid surges, harmonic limits and long duty cycles.
- Fit-for-purposeMatch voltage, current and package to EV Charging Pile
- 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 EV Charging Pile power stages need
DC fast chargers use modular AC/DC front ends (PFC + isolated DC/DC) feeding a DC output stage. AC chargers still require robust input rectification and PFC. In both cases, fast-recovery and SiC diodes reduce switching loss in boost and output paths; low-Vf Schottky devices serve auxiliary and OR-ing functions. Module-level designs need consistent surge ratings (IFSM) and documented thermal resistance.
MHCHXM maps FRD, Schottky and SiC catalog parts to charging-pile voltage and current windows, with strength in Schottky and fast-recovery platforms manufactured in Wuxi. Use the product catalog or cross-reference tool to shortlist candidates, then request FAE overlay for your pile topology. Typical sample lead time is about 48 hours for catalog parts; overseas inquiries via Ningbo (Mr. Albert Hong, alberthong@jshxm.net).
Typical application topology
Recommended catalog
0 of 21 parts link to the MHCHXM catalog.
| 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) | VF(V) | Package | Actions |
|---|---|---|---|---|---|
| ECRP1065A | 650 | 10 | 1.6 | TO-247AC-A | Quote |
| ECRP1565A | 650 | 15 | 1.55 | TO-247AC-A | Quote |
| ECRP2065A | 650 | 20 | 1.5 | TO-247AC-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 |
Design-in support for EV Charging Pile
Map topology to catalog parts, request samples and lock AVL with MHCHXM FAE.
Frequently asked questions
Which MHCHXM devices are used in EV Charging Pile?
MHCHXM recommends Schottky, FRD, MOSFET or SiC devices matched to the EV Charging Pile power stage. See recommended models on this page or contact FAE for a shortlist.
How does MHCHXM help select devices for EV Charging Pile?
Share voltage, current, package and thermal limits. FAE proposes catalog or customized Schottky, FRD, MOSFET or SiC options matched to the EV Charging Pile power stage.
How fast can I get samples for EV Charging Pile projects?
Catalog samples for EV Charging Pile-related parts are typically prepared within about 48 hours after stock and specification confirmation.
How do I contact FAE for EV Charging Pile 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.
Find parts for this application
Browse MHCHXM catalog models suited to EV Charging Pile, then open each datasheet for details.
