Infineon 2ED2182S06FXUMA1, 2.5 A, 20V 8-Pin, DSO

The Infineon 2ED2182S06FXUMA1 is a rugged, high-speed gate driver IC engineered for efficient switching of IGBTs and MOSFETs in UK power electronics. Delivering ±2.5 A drive current with swift 15 ns rise/fall times, it supports voltages up to 650 V via a bootstrap configuration and integrates a fast low‑resistance bootstrap diode. Built on silicon‑on‑insulator (SOI) tech, it delivers top-tier robustness against negative transient voltages, ensuring reliable operation under harsh conditions. Encased in a compact 8‑pin DSO package, this gate driver is ideal for UK designs in industrial power, automotive inverters, renewable energy systems, and lighting control applications.

Why Buy the Infineon 2.5 A, 20V 8-Pin, DSO?

Opt for the 2ED2182S06FXUMA1 when reliability and performance under stress matter. Its SOI-based design ensures immunity to negative voltage spikes and eliminates latch-up, while the integrated bootstrap diode and fast pulse drive simplify external circuitry and boost efficiency. The 2.5 A drive strength paired with precise dead-time control enhances switching accuracy, making it a go-to choice for UK engineers tackling demanding switching tasks in compact form factors.

Salient Features and Benefits Include

• Robust SOI technology handles negative VS transients and prevents latch-up.
• Strong 2.5 A source/sink capability ensures fast, reliable gate switching.
• Integrated bootstrap diode simplifies circuit design and reduces component count.
• Compact 8‑pin DSO package is ideal for space-conscious UK PCB layouts.
• 650 V half-bridge operation suits both MOSFETs and IGBTs across power sectors.

Product Use Cases

• Industrial motor drives requiring efficient IGBT/MOSFET control
• UK solar and renewable energy inverters leveraging compact, high-voltage drivers
• LED/HID lighting power stages in commercial and architectural systems
• EV charging infrastructure and onboard conversion modules
• Power supplies and inverters demanding resilient, high-speed switching performance

For more information please check the datasheets.