2SK3012

Features:






Specifications






Description

      The 2SK3012 has four features. The first feature of the 2SK3012 is that input capacitance (Ciss) is small especially input capacitance at and the biass is small. The second feature of the 2SK3012 is that the static Rds(on) is small. The third feature of the 2SK3012 is that the switching time is fast. The fourth feature of the 2SK3012 is that avalanche resistance guaranteed. According to the above whole features of the 2SK3012, you may know the 2SK3012 is a useful kind of product.
      The features of the 2SK3012 make itself have many applications. Here show them to you. The first application of the 2SK3012 is switching power supply of AC 100-200V input. The second application of the 2SK3012 is inverter. The third application of the 2SK3012 is power factor control circuit.
      The 2SK3012 has many absolute maximum ratings. Here show you six absolute maximum ratings of the 2SK3012. It can make you clear of the 2SK3012. The first absolute maximum rating is the gate to source voltage which is ±30 V, and its symbol is VGSS. The second absolute maximum rating is continuous drain current, which is ±16A, and its symbol is ID. The third absolute maximum rating is total power dissipation, which is 125W, and its symbol is PT. The fourth absolute maximum rating is channel temperature, which is 150 °C, and its symbol is Tch. The fifth absolute maximum rating is storage temperature range, which range from −55 °C to 150 °C, and its symbol is Tstg. The last absolute maximum rating is drain to source voltage which is 100V, and the symbol is VDSS.
      The 2SK3012 also has many electrical characteristics on the condition of TC = 25°C. Here show you five electrical characteristics of the 2SK3012. It can make you clear of the 2SK3012. The first electrical characteristics is the gate threshold voltage which is 3 V, and its symbol is Vth. The second electrical characteristics is zero gate voltage drain current, which is 250A , and its symbol is IDSS. The third electrical characteristics is drain to source breakdown voltage, which is 600V, and its symbol is V(BR)DSS. The fourth electrical characteristics is source-drain diode forward voltage, which is 1.5V, and its symbol is VSD. The last electrical characteristics is gate to source leakage current which is ±0.1A, and the symbol is IGSS.