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Product Application

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The alternating current generated by the induction heating power supply passes through the coil to produce an alternating magnetic field. When a magnetically conductive object is placed in this field, it cuts the alternating magnetic lines of force, inducing alternating current inside the object. This alternating current causes atoms within the object to move rapidly and randomly. The atoms collide and rub against one another, generating thermal energy to heat the workpiece.

Advantages of Silicon Carbide (SiC) Power Semiconductors in Induction Heating Applications

  • Excellent high-temperature performance
  • Low switching loss
  • High operating frequency characteristics
  • Higher power density
  • Higher efficiency

Food Processing

Industrial Production

Induction Cooker Heating Solution

Part No. Package VDSS(V) Rdson(mΩ) Vgsth(V) Qg(nC) PD(W) TJmax(℃)
GXW120R160ZXCA4 TO-247-4 1400 160 3.6 43 134 175
GXW120R080GLCA4 TO-247-4 1400 80 2.8 51 176 175

Induction Burner Heating Solution

Part No. Package VDSS(V) Rdson(mΩ) Vgsth(V) Qg(nC) PD(W) TJmax(℃)
GXW120R035ZXCA4 TO-247-4 1400 35 2.8 83 288 175
GXW120R017ZXCA4 TO-247-4 1200 17 3.2 280 503 175

Induction Heating Solutions for Processing