STP5NK65Z

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STP5NK65Z is a N-channel Power MOSFET transistor that is widely used in various applications. It is capable of switching the power transistor on or off to control the power flow between the drain and the source terminal. The STP5NK65Z has been designed to carry high voltage and high current with low ON resistance.

The device is designed as a part of an integrated circuit that allows a user to control and control the power to an integrated circuit easily. It is used in a wide range of applications. It is an ideal way to implement a switchable power supply with minimal additional components. Additionally, it can be used in applications such as in industrial motor control, power switching, logic level converters, lighting circuits, automotive circuits, and high power audio systems.

Applications of STP5NK65Z

STP5NK65Z is suitable for applications that require a low on-resistance and high-speed switching. The device is frequently used in automotive, industrial, audio, and power-control electronic circuits as well as in the most programming languages, such as C and Python, for low-level logic applications. They are also used for lighting systems and for high-speed switching of DC motors, as well as for a good range of short circuit protection and dynamic load protection.

STP5NK65Z is a great transistor for low cost, high-speed switch control applications such as motor control, dynamic load control, and power switching. Other applications include AC current control, relay switching, DC motor control, LED dimming, and motion control.

Features of STP5NK65Z

• Drain-Source Voltage: 600 V
• Drain-Gate Voltage: +-20 V
• Continuous Drain Current: 4 A
• Pulsed Drain Current: 24 A
• Power Dissipation: 0.8 W
• RDS(on): 0.17 Ω
• Low Capacitors: 220 nF
• High-speed High Voltage Switching
• High Power
• Low On-resistance
• Low On-state Gate-Source Voltage.

Working Principle of STP5NK65Z

STP5NK65Z is made up of several layers of semiconductor material, which are bound together and then formed into the transistor shape. The various layers of STP5NK65Z include the source, the drain, and the gate. The source is connected to the negative voltage and the drain is connected to the positive voltage. A positive voltage is applied to the gate, which turns on, activating the transistor.

A typical N-type MOSFET has five terminals: source, drain, gate, body (or substrate), and substrate-drain. In this device the substrate is connected to the negative voltage, while the other four terminals are connected to the positive voltage. By applying a negative voltage to the gate, charge carriers in the body are induced and drawn down to the source. This reduces the resistance between the drain and the source and the transistor is turned on.

The benefit of using the STP5NK65Z is that its switching speed is high compared to other types of transistors due to its low on-resistance. This makes it an excellent choice for applications that require fast switching speed and low on resistance. Additionally, due to its low on-resistance, it consumes less power than other types of transistors.

Conclusion

STP5NK65Z is a versatile N-channel Power MOSFET transistor that has a wide range of applications in various electrical circuit applications. It is capable of switching the power transistor on or off to control the power flow between the drain and the source terminal. The device has a high switching speed, thanks to its low on-resistance, as well as low power consumption.

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