Renesas Electronics TP65B110HRU Bi-Directional Switch (BDS)

Renesas Electronics TP65B110HRU Bi-Directional Switch (BDS) is a 650V and 110mΩ normally-off Gallium Nitride (GaN) BDS in a compact TOLT package. This BDS conducts current and blocks voltage in both directions, combining a high-voltage depletion-mode GaN with low-voltage normally-off silicon MOSFETs. The TP65B110HRU BDS is based on the SuperGaN® Gen 1 bidirectional platform.  This BDS delivers superior performance, standard gate‑drive compatibility, easy integration, and robust reliability. The TP65B110HRU BDS offers breakthrough integration, resulting in reduced component count, lower cost, and a smaller footprint. This BDS enables ultra-fast switching, high efficiency, and higher power density, and is ideal for MHz-class operation and compact magnetics. Typical applications include solar inverters, AI infrastructure, automotive OBC, motor drives, and AC/DC and DC/DC single-stage power conversion architectures.

Features

  • High noise immunity, easy to drive, and compatible with standard silicon drivers, with no negative voltage required
  • Robust and reliable performance in high-speed soft-switching and hard-switching applications enabled by high dv/dt immunity
  • Integrated freewheeling diode with the lowest reverse conduction loss, improving overall power conversion efficiency
  • Enables single-stage AC/DC topologies, eliminating bulky electrolytic capacitors, reducing system size, weight, and cost

Applications

  • Solar inverters
  • AI infrastructure
  • Automotive OBC
  • Motor drives
  • AC/DC and DC/DC single-stage power conversion architectures

Specifications

  • 110mΩ Rss(on) typical on‑state resistance
  • 3V Vgs,th gate threshold voltage
  • ±12V Vgs,max maximum gate‑source voltage rating
  • >100V/ns dv/dt immunity
  • 1.8V VSS,R reverse conduction voltage
  • ±800V transient rating
  • 2kV HBM ESD

Example Application (Solar-Micro Inverter)

Renesas Electronics TP65B110HRU Bi-Directional Switch (BDS)
Publicerad: 2026-03-16 | Uppdaterad: 2026-03-20