STP13NK60Z

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Options in the field of transistors and power semiconductor come in all shapes, sizes and ratings. STP13NK60Z is a special kind of power MOSFET developed by STMicroelectronics. This type of transistor is a three-terminal surface mountable device featuring a vertical N-Channel MOSFET. It offers a wide range of benefits and a unique combination of performance, safety and reliability.

The STP13NK60Z is a great choice for compact devices and power electronics that require a high RDS(on) to control current with minimal losses. This device is designed for applications operating at voltages up to 600V and with currents up to 13A.

Moreover, it showcases a low gate charge and a low thermal resistance. This particular combination in terms of features and ratings make the product adaptable to more sophisticated and demanding applications and best of all, it’s adjustable in power, size and cost.

In addition to this, this type of MOSFET boasts an ultra-low threshold voltage that makes it highly suitable for switching applications. Such applications may range from small motors, portable devices and portable battery chargers to LED drivers, automotive power accessories and switching power supplies.

The STP13NK60Z is also equipped with a new high-density process technology and yields a unique combination of speed and efficiency. When compared to another MOSFET, this type of device provides enhanced capacitance and better ESD performance.

Working principle of STP13NK60Z is quite straightforward. When the gate is in wide open position, the drain and source are at equal potentials and the current flows in the circuit due to a voltage applied at the drain or the source terminals. When a gate voltage is applied, the current flow is modulated as the junction between the drain and the source is a combination of both a Schottky diode and a depletion region.

This type of single junction transistor hence acts as a voltage controlled resistor which offers a very low resistance when gate voltage is high and a large resistance when the gate voltage is low. This is because when gate voltage is applied, the potential barrier between the drain and the source is widened, thus lowering the current flow between the two terminals. As a result, the device acts as a switch, switching the current flow between the two, depending on the voltage applied at the gate.

Taking into account all the features of this particular type of power semiconductor, it is easy to understand why this product is so popular with engineers and hobbyists alike. It is easy to use, reliable and offers a wide variety of benefits that make it the ideal choice for power applications that require high performance with minimal energy losses.

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