2SC0115T

Smallest IGBT Gate-Driver for 90 kW-500 kW Inverters

SCALE™-2+ Technology
Galvanic solution for 1200 V IGBT drivers
Advanced active clamping or SSD
This product is available with Conformal Coating

Applications

Description

Leveraging SCALE-2+ integrated circuit and isolated transformer technology for DC/DC power and switching signal transmission, the new 2SC0115T IGBT driver core improves system reliability and performance by eliminating the need for an opto-coupler. The IGBT driver core’s reinforced electrical isolation targets systems with a working voltage of 900 V, which is typical for 1200 V IGBT modules and complies with the PD2 and OV II requirements of IEC 60664-1 and IEC 61800-5-1. The 2SC0115T IGBT gate driver core supports modules up to 2400 A and switching frequencies of up to 50 kHz.

Key Features

  • SCALE™-2+ chip set
  • Available with Conformal Coating
  • Programmable SSD and AAC function
  • New Pin length for 2mm PCB's (2.54mm; 3.1mm; 5.84mm)
  • New pins for hand-, wave-and selective soldering processes
  • All lead free
  • All with EMC improved technology
  • 100% downward compatible
  • Dual-channel driver core for up to 1200 V
  • ±15A gate current, +15 V/-6 V
  • 1.2 W max. per channel
  • On-board regulated power supply
  • Soft Shut Down (SSD) or Advanced Active Clamping (AAC)
  • High reliability (reduced component count)First-class isolation technology
  • Partial-discharge-tested isolation technology
  • Delay time <100 ns, up to 50 kHz
  • Isolation coordination with working voltage 900V according to IEC 61800-5-1 and IEC 60664-1
  • -40°C to +105°C (105°C with derating)
  • RoHS compliant
  • No change in electrical and mechanical performance
  • UL Recognized Component

Basic Schematic

Data Sheets

Driver Description Status* (V) (A) Manufacturer
2SC0115T2A0-12
Conformal Coated Version
  2SC0115T2A0C-12
Dual-Channel IGBT Driver Core for 1200V IGBTs Current 1200 Any

Manuals

Application Notes

Reference Designs

Product Documents

Downloads

TitleSize
3D stp and dwg files 2SC0115T214.09 KB