• IGBT Discretes

  • Why choose SHYSEMI's IGBT Discretes?

    A freewheeling diode (FRD) is essential in parallel with an IGBT to conduct reactive load current, shorten capacitor charging time, and clamp voltage spikes caused by instantaneous load reversal. The IGBT Discretes module addresses this by co-packaging an IGBT chip and a fast recovery diode (FRD) chip on a common copper substrate. To keep pace with the increasing switching speeds of modern power devices, SHYSEMI specifically pairs its IGBTs with FRDs that feature fast turn-on, rapid turn-off, and optimized recovery characteristics—resulting in a short reverse recovery time (trr), a low reverse recovery current (IRRM), and soft recovery behavior.

  • TO-220

    Integrating rectification, braking, driving, and protection, this IGBT discrete，utilizes advanced CS Trench technology and an optimized wafer configuration. By perfectly balancing saturation voltage drop and switching losses, it meets customers' high-efficiency requirements. SHYSEMI further ensures safety, stability, and reliability through a rigorous three-layer verification and screening system.

  • Choose the Model

    product image
    SYD2065SLB: 650V/20A IGBT delivers low saturation voltage, low loss, built-in fast recovery diode
    product image
    SYD3065SLB: 650V/30A IGBT features low saturation voltage, high-speed switching and built-in FRD
    product image
    SYD1565SLA: 650V/15A IGBT provides low loss, built-in FRD and excellent parallel capability
    product image
    SYD1565SL: 650V/15A IGBT provides low loss, built-in FRD and excellent parallel capability
    product image
    SYD3065SLA: 650V/30A IGBT offers low saturation voltage, fast switching, built-in FRD
    product image
    SYD2065SLA: 650V/20A IGBT delivers low saturation voltage, low switching loss and built-in FRD

  • TO-247

    The TO-247 Plus (also known as TO-247-4L or TO-247AD) is an optimized variant specifically engineered to address the high-frequency switching limitations of the standard TO-247 package. SHYSEMI's implementation maintains robust power handling while delivering more agile and precise control. With the proliferation of SiC and GaN technologies, the TO-247 Plus has become an indispensable package for designs targeting peak efficiency. Consequently, for new high-frequency switching designs, it now represents a near-mandatory selection.

  • Choose the Model

    product image
    SYD75H120FNB: 1200V/75A trench IGBT, low loss, 10μs SC, fast recovery diode for solar/UPS/welding
    product image
    SYD40N170TMA1: 700V/40A trench IGBT, low VCEsat, high ruggedness, 10μs SC withstand for EV charging
    product image
    SYD40N120LN: 1200V/40A trench IGBT, low loss, high ruggedness, built-in diode for UPS/inverters
    product image
    SYD3N020WRH: 1350V/20A RC IGBT with low loss, soft switching, for induction cooking, converter
    product image
    SYD40H120ADB: 1200V/40A trench IGBT, low saturation voltage, low loss, high reliability for UPS
    product image
    SYD25H120ADB: 1200V/25A trench IGBT, low VCE(sat), low loss, positive temp coeff for welder/UPS
    product image
    SYD15H120ADB: 1200V/15A trench IGBT with low loss, positive temp coeff, high reliability for solar
    product image
    SYD075H065CX1S3: 650V/75A trench IGBT, low VCE(sat), fast switching, 175°C for solar/UPS/welding
    product image
    SYD060Q065AY1S3: 650V/60A trench IGBT, ultra‑low VCE(sat), fast switching, high‑temp resistant
    product image
    SYD050Q065AY1S3: 650V/50A trench IGBT with low saturation voltage, fast switching, high temperature
    product image
    SYD4065RH1: 650V/40A IGBT transistor features ultra-low saturation voltage, fast switching
    product image
    SYD3065SLW: 650V/30A IGBT features low saturation voltage, high-speed switching and built-in FRD
    product image
    SYD2065SL: 650V/20A IGBT features low loss, fast switching, built-in FRD, easy parallel for UPS
Cookie Use
We use cookies to ensure a smooth browsing experience. By continuing we assume you accept the use of cookies.
Learn More