Onboard Battery Chargers - Passenger Car Electric Powertrain
Onboard battery chargers convert alternating current from charging stations to direct current for electric truck, bus, and heavy-duty EV batteries. A block diagram highlights Littelfuse components that can serve as rectifiers, dc–dc converter gate drivers, and circuit protection devices for OBCs. Available products include thyristors, TVS diodes, and high-voltage fuses.
Block Diagram
| Technology: | |
|---|---|
| Product Series: | S8016xA |
| Features: | Compact TO-220 and surface mount TO-263 form factors, VDRM of 800 V, IT or 16 A(RMS) |
| Benefits: | Reduces the in-rush current during rectification that can damage expensive DC link capacitor |
| Technology: | |
|---|---|
| Product Series: | Low-Side Drivers, IX4340NE, IX4351NEAU, I |
| Features: | Tight tolerance, small form factor, fast thermal response |
| Benefits: | Dual outputs provide space-efficient design, high immunity to latch-up, rise/fall times less than 10ns |
| Technology: | |
|---|---|
| Product Series: | Low-Side Drivers, IX4340NE |
| Features: | Tight tolerance, small form factor, fast thermal response |
| Benefits: | Dual outputs provide space-efficient design, high immunity to latch-up, rise/fall times less than 10ns |
| Technology: | |
|---|---|
| Product Series: | 526, 527, 10EV, 20EV, 30EV1K, 25EV1K, 828, 38EV |
| Features: | AEC-Q200 and ISO 8820-qualified, high-voltage, high-breaking capacity, bolt-down form factor available, ceramic body ensures compatibility with high-temperature environment |
| Benefits: | Provides safety protection in high-voltage environments, full-range fuse |
| Technology: | |
|---|---|
| Product Series: | AQ24COM-02 |
| Features: | AEC-Q101-qualified, meets ESD protection levels specified under IEC 61000-4-2 and ISO 10605, low-leakage current and clamping voltage |
| Benefits: | Ensures reliability of the equipment without performance degradation |
| Technology: | |
|---|---|
| Product Series: | SSA |
| Features: | Isolated from HV network, no additional power loss due to shunt resistor |
| Benefits: | High-sensing accuracy, low-thermal offset drift, low-thermal sensitivity drift |