With the rapid development of artificial intelligence (AI) technology, from data centers to edge computing, from autonomous driving to smart homes, AI is profoundly changing the way we live and work. However, the high performance requirements of AI systems also put higher demands on hardware, especially in power management and power conversion. Efficient and reliable power devices have become the key to supporting the implementation of AI technology.

In this context, IPW65R019C7-VB, as a high-performance MOSFET, provides efficient solutions for power management and motor drive in the AI field with its excellent electrical characteristics and optimized design. Whether in AI servers, electric vehicles, robots, or smart home devices, IPW65R019C7-VB can significantly improve system efficiency, reduce energy loss, and promote the widespread application and popularization of AI technology.

Application of IPW65R019C7-VB in AI field

1. AI Servers and Data Centers

In power conversion modules (such as DC-DC converters, AC-DC power supplies), the low on-resistance and low switching loss of IPW65R019C7-VB can improve power efficiency and reduce energy loss.

Its high reliability and surge resistance can ensure the stability of the server under long-term high-load operation.

2. AI edge computing devices

In edge computing devices (such as smart cameras and drones), the high

power density and low loss characteristics of IPW65R019C7-VB enable higher power output in miniaturized devices.

Its low gate charge and optimized input capacitance ratio can reduce switching losses and improve device energy efficiency.

3. AI-driven electric vehicles and charging piles

In on-board chargers (OBCs) and DC-DC converters, the low on-resistance and low switching loss of IPW65R019C7-VB can improve energy conversion efficiency and reduce heat generation.

Its high reliability and avalanche breakdown resistance can cope with voltage fluctuations and surge currents that may occur in electric vehicles.

4. AI Robots (Industrial and Service Robots)

In motor drive modules, the low Rds(on) and low Qg characteristics of IPW65R019C7-VB can reduce power loss and improve motor efficiency. Its optimized gate anti-crosstalk capability can avoid the risk of shoot-through caused by Miller crosstalk and ensure the stability and safety of motor control.

5. AI accelerator card and GPU power management

In power modules (such as POL power supply, VRM), the low on-resistance and low switching loss of IPW65R019C7-VB can improve power conversion efficiency and reduce heat generation.

Its low reverse recovery charge and current characteristics help reduce turn-off loss and voltage spikes, and improve the stability and reliability of power modules.

6. AI-driven smart home and IoT devices

In smart home devices (such as smart speakers and smart lighting), the high power density and low Rds(on) characteristics of IPW65R019C7-VB enable efficient power management in small devices.

Its low gate charge and optimized input capacitance ratio can reduce switching losses and improve device energy efficiency.

VBsemi sincerely invites you to visit our booth N4.229 at the Munich Exhibition held at the Shanghai New International Expo Center from April 15 to 17, 2025. At that time, we will showcase the latest technology and product innovations and present you with cutting-edge semiconductor solutions in the industry. Whether you are a new customer or an old friend, we look forward to in-depth exchanges with you, jointly discussing future technological innovations, and jointly promoting the development of the semiconductor industry. Looking forward to seeing you at the exhibition!

As a high-performance MOSFET, IPW65R019C7-VB can play an important role in multiple application scenarios in the AI field with its excellent characteristics such as low on-resistance, low switching loss, and high reliability. Whether it is AI servers, edge computing devices, electric vehicles, robots, or AI accelerator cards and smart home devices, IPW65R019C7-VB can provide efficient power management and motor drive solutions to help the rapid development and popularization of AI technology.

By enabling efficient power management in the future of AI, IPW65R019C7-VB is becoming an important force in promoting the era of intelligence.