UCC23513

• 5.7-kV_RMS single channel isolated gate driver with opto-compatible input
• Pin-to-pin, drop in upgrade for opto isolated gate drivers
• 4.5-A source / 5.3-A sink, peak output current
• 14-V to 33-V output driver supply voltage
• Rail-to-rail output
• 105-ns (maximum) propagation delay
• 25-ns (maximum) part-to-part delay matching
• 35-ns (maximum) pulse width distortion
• 150-kV/µs (minimum) common-mode transient immunity (CMTI)
• Isolation barrier life >50 Years
• 13-V reverse polarity voltage handling capability on input stage
• Stretched SO-6 package with >8.5-mm creepage and clearance
• Operating junction temperature, T_J: –40°C to +150°C
• Safety-related certifications (Planned):
  • 8000-V_PKreinforced isolation per DIN V VDE V0884-11: 2017-01
  • 5.7-KV_RMS isolation for 1 minute per UL 1577
  • CQC certification per GB4943.1-2011

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The UCC23513 is an opto-compatible, single-channel, isolated gate driver for IGBTs, MOSFETs and SiC MOSFETs, with 4.5-A source and 5.3-A sink peak output current and 5.7-KV_RMS reinforced isolation rating. The high supply voltage range of 33-V allows the use of bipolar supplies to effectively drive IGBTs and SiC power FETs. UCC23513 can drive both low side and high side power FETs. Key features and characteristics bring significant performance and reliability upgrades over standard opto-coupler based gate drivers while maintaining pin-to-pin compatibility in both schematic and layout design. Performance highlights include high common mode transient immunity (CMTI), low propagation delay, and small pulse width distortion. Tight process control results in small part-to-part skew. The input stage is an emulated diode (e-diode) which means long term reliability and excellent aging characteristics compared to traditional LEDs. It is offered in a stretched SO6 package with >8.5mm creepage and clearance, and a mold compound from material group I which has a comparative tracking index (CTI) >600V. UCC23513’s high performance and reliability makes it ideal for use in all types of motor drives, solar inverters, industrial power supplies, and appliances. The higher operating temperature opens up opportunities for applications not previously able to be supported by traditional optocouplers.