VSEB0430H VSEB530H Hot-pressed Molding Power Chokes

Date: 

2024-07-02

Sep. 2022, CODACA Electronic, the global leading high current power inductor manufacturer, announced high efficiency molding power choke VSEB0430H and VSEB0530H series with low AC losses and DC losses at a high frequency.

Automotive grade power inductors VSEB0430H and VSEB0530H series are winding by flat wire providing very low DCR and high current, featuring ultra-low loss at high frequencies. The fixed inductors are designed with a shielded composite construction to minimizes audible buzzing.


Automotive grade power inductors


Hot Molded with High Performance

VSEB0430H and VSEB0530H series exhibit soft-saturation to withstand high peak currents, improving working efficiency. The inductors are hot pressed by alloy powder exhibit no thermal aging issue and they are qualified by AEC-Q200 Grade 0 (−55°C to +155°C) international standards, making them ideal for automotive and other harsh-environment applications.

Lightweight Design Save PCB Space

Both of these series with lightweight design and special bottom terminal. The VSEB0430H series offers a small size of 4.30mm*4.30mm*3.00mm and the VSEB0530H series is 5.55mm*5.35mm*3.00mm, which is ideal for high-density SMT installations in ADAS, T-boxes, infotainment, on-board chargers and car lighting applications, etc.

Environment Standard

VSEB0430H and VSEB0530H series feature RoHS, REACH compliant and Halogen-free.

Product Status

VSEB0430H and VSEB0530H series have been in mass production and samples are available to clients after inquiry.

About CODACA

CODACA has focused on developing and manufacturing high quality power inductors to serve tier-one global manufacturers for more than 23 years. Through material research and development, CODACA power inductors are built and certified to quickly meet specific customer requirements.


Datasheet Download:VSEB0430H VSEB530H Hot-pressed Molding Power ChokesVSEB0430H.pdf

Datasheet Download:VSEB0430H VSEB530H Hot-pressed Molding Power ChokesVSEB0530H.pdf