Induction Cooking
Induction cookers rely on high-performance power semiconductors to deliver precise, energy-efficient, and responsive heating. These components enable high-frequency switching to control magnetic field strength, ensuring instant temperature adjustments and minimal heat loss. Insulated Gate Bipolar Transistors (IGBTs) or silicon carbide (SiC) devices optimize power conversion, reducing energy consumption by up to 30% compared to traditional stoves. Advanced semiconductor technology also supports safety features like automatic shut-off and pan detection, while maintaining compact, lightweight designs for user convenience.
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Induction Cooking
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01 – Inrush current Limiter
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Triac
Function : Bypass Switch
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02 – PFC (Optional)
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Standard Diodes
Function : Input Rectifier
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FRD
Function : Rectifier
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SiC
Function : Rectifier
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IGBT
Function : Switches
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MOSFET
Function : Switches
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03 – Inverter
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HB Inverter IGBT
Function : Switches
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Single Switch Inverter IGBT
Function : Switches
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04 – Power Management
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Power MOSFET
Function : Switches
Remarks : Buck or Flyback
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FRD
Function : Rectifiers
Remarks : Buck or Flyback
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SBD
Function : Rectifiers
Remarks : Buck or Flyback
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TVS
Function : Protection
Remarks : Buck or Flyback
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05 – Main Controller
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Smal Signal MOSFET
Function : Switches
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ESD
Function : Protection
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06 – Current & Voltage Sense
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ESD
Function : Protection
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TVS
Function : Protection
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FRD
Function : Diodes
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07 – Communication Interface
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ESD
Function : Protection
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TVS
Function : Protection
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08 – Sensing
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ESD
Function : Protection
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TVS
Function : Protection
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09 – HMI
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ESD
Function : Protection
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TVS
Function : Protection
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