Compact, Powerful, and Dependable - Discover What the 2N7002KW 60V MOSFET Can Do for Your Designs!
Ultrasonic motors are rapidly gaining attention in the micro motor industry as the demand for fast response, high torque, and compact size continues to grow. Unlike conventional motors based on electromagnetic principles, ultrasonic motors leverage an entirely different operating mechanism. Through continuous innovation, they offer standout advantages such as high torque at low speeds, rapid response, resistance to magnetic interference, and reliable torque performance — making them an exciting focus in both domestic and global micro motor research.
The development of micro motor technology heavily depends on advancements in semiconductor devices like MOSFETs and power management ICs. MOSFETs are valued for their high input impedance, low control power, fast switching speeds, low on-resistance, excellent reliability, compact form factor, and stable performance. In ultrasonic motor systems, they deliver efficient, stable power output, perfectly matching the high-frequency, high-efficiency demands of these motors.
Power management chips play an equally critical role, processing and amplifying control signals to precisely manage the vibration of ultrasonic motors — ensuring rapid response and strong torque delivery. These chips also add essential protection functions such as overvoltage, overcurrent, and thermal safeguards to secure system stability and safety.
In short, semiconductor components are the technological backbone of modern ultrasonic motor design and production, covering everything from power drive and control signal processing to system protection. At Slkor (www.slkoric.com), we proudly offer a diverse range of high-performance semiconductor solutions — including high, medium, and low voltage MOSFETs, thyristors, bridge rectifiers, and a suite of power management ICs such as LDO regulators, AC-DC converters, and ADC series — supporting next-generation micro motor innovations worldwide.
In ultrasonic motor applications, the 2N7002KW medium-voltage MOSFET plays a pivotal role in delivering efficient power driving, precise circuit control, and reliable energy management. It ensures high-efficiency energy conversion, stable operation, and robust protection functions — critical for the demanding performance requirements of ultrasonic motors. With excellent reliability, broad adaptability, and cost-effectiveness, the 2N7002KW stands out as a key enabler in advancing and optimizing next-generation ultrasonic motor systems.
The 2N7002KW is a versatile N-channel MOSFET designed for a wide range of low-power, high-efficiency electronic applications. With a 60V drain-source voltage and 340mA continuous drain current, it’s engineered to handle moderate voltage and current demands with ease. Its low on-state resistance (1.1Ω @ 4.5V, 200mA) and low threshold voltage (1.3V @ 250μA) minimize power loss, ensuring efficient, reliable performance in operation. This compact, high-performance MOSFET is a vital component for precision power management and control in modern circuit designs.
The 2N7002KW stands out with its 60V drain-source voltage, making it ideal for handling higher voltages in ultrasonic motor systems. This capability ensures reliable protection against voltage spikes while maintaining stable drive voltage under varying load conditions. In ultrasonic sensor applications, it effectively controls the drive current of transmitters and receivers, delivering clear, precise ultrasonic signals.
Moreover, its low on-state resistance minimizes power loss, improving energy efficiency and extending battery life — a crucial advantage for compact, high-performance systems. Combined with its low threshold voltage, the 2N7002KW enables rapid, accurate system response to control signals, supporting faster, more flexible control in demanding environments.
The 2N7002KW is a versatile N-channel MOSFET with significant applications in low-power electronic devices, making it a smart choice for mobile electronics, portable gadgets, and embedded systems. Its excellent electrical characteristics make it ideal for use in switching circuits, relay drivers, logic control, and even in amplifiers, filters, and signal conditioning systems requiring precise and efficient control. Additionally, it’s widely applied in LED lighting systems, providing reliable brightness control and optimized energy management.
When paired with ultrasonic motor technology, the 2N7002KW’s attributes — including its high efficiency, low on-resistance, and fast switching performance — deliver precise power control and stable system operation. As MOSFETs are essential in advancing micro-motor applications, Slkor’s comprehensive semiconductor lineup has become a vital driver in the ultrasonic motor sector.
With a portfolio that includes power semiconductors, drive modules, and high-performance MOSFETs tailored for ultrasonic applications, Slkor continues to lead in supporting the development of intelligent, compact, and efficient motion control systems. Committed to pushing the boundaries of micro-motor technology, Slkor is helping shape a smarter, more automated future.
About Slkor：
Slkor (www.slkoric.com) offers a range of high-end products including silicon carbide (SiC) diodes, SiC MOSFETs, IGBTs, fifth-generation ultra-fast recovery power diodes, and more, catering to industries such as new energy vehicles, high-end equipment, communication power devices, solar photovoltaics, medical equipment, and industrial automation. Their general-purpose products include Schottky diodes, ESD protection diodes, TVS transient suppression diodes, general-purpose diodes, and transistors. They also provide power devices such as high, medium, and low-voltage MOSFETs, silicon-controlled rectifiers, bridge stacks, as well as power management chips like LDOs, AC-DC converters, ADC chips, along with complementary products like Hall sensors, high-speed optocouplers, crystal oscillators, and more. These products find wide applications in smartphones, laptops, robots, smart homes, IoT, LED lighting, consumer electronics, wearable devices, and various other smart interconnected products!
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