How Does Vishay Mosfet Improve Telecom Equipment? keepbooming:Telecommunications Equipment supplier

Telecom equipment needs parts that work well and save space. The Vishay MOSFET SUD19P06-60-GE3 helps by using power better. It stays steady even with high currents and voltages. Its smart design cuts on-resistance by 68.3%. This lowers energy waste and boosts efficiency. It can handle up to 144 A of current, which is great for tough telecom tasks. Its small TO-252 package keeps it cool, perfect for tight spaces in modern telecom devices.

Key Takeaways

• The Vishay MOSFET SUD19P06-60-GE3 saves energy by cutting resistance by 68.3%. This makes telecom systems work better.

• Its small TO-252 package fits easily in tight spaces. This makes it perfect for modern telecom gadgets.

• The MOSFET can handle up to 144 A of current. This makes it reliable for powerful uses like base stations and data centers.

• It follows environmental rules, being RoHS-compliant and halogen-free. This makes it a safer option for telecom equipment.

• The Vishay MOSFET improves signal quality and lowers noise. This helps telecom systems work better overall.

Overview of the Vishay SUD19P06-60-GE3 MOSFET

Key Specifications

The Vishay SUD19P06-60-GE3 MOSFET is built for managing power well. It can handle a voltage of -60V and a current of 18.3A. Its low resistance of 0.048Ω at -10V reduces energy loss. The small TO-252 package makes it fit in tight spaces. These features make it great for tough telecom tasks while staying efficient.

Unique Features for Telecom Applications

This Vishay MOSFET has special features for telecom use. Its low resistance saves energy and improves system performance. Compared to other MOSFETs, like the SiZF4800LDT, it performs better:

• Resistance of 18.5 mΩ at 4.5 V, 16% lower than others.

• Handles 36 A of current, 38% more than similar parts.

• 54% lower thermal resistance than competing MOSFETs.

These qualities make it a strong choice for fast switching and stable power in telecom systems.

Environmental Compliance and Design Benefits

The Vishay SUD19P06-60-GE3 MOSFET follows safety and eco-friendly rules. It meets RoHS standards, meaning it avoids harmful materials. It is also halogen-free, making it safer for the environment. It passes IPC-9701 tests for handling temperature changes, ensuring durability.

These features make the Vishay MOSFET both efficient and environmentally safe. It’s a smart pick for modern telecom equipment.

Benefits of Vishay Mosfet in Telecommunications Equipment

Better Power Efficiency

Reducing Power Loss

The Vishay Mosfet helps cut power loss in telecom systems. Its smart design lowers on-resistance by 68.3% compared to older models. This reduces energy waste and improves efficiency. With an on-resistance of 0.051Ω and a gate charge of 72 nC, it reaches 96% efficiency. This meets the tough demands of high-power telecom equipment.

Boosting Energy Savings in Telecom Systems

Saving energy is important for telecom devices that run nonstop. The Vishay Mosfet improves energy use with a figure of merit (FOM) of 3.67Ω*nC. This is 1.1% better than other models. It converts power more efficiently and wastes less energy. It can handle up to 144 A of current, making it reliable for base stations and data centers.

Stronger Reliability

Tough in High-Current and High-Voltage Conditions

Telecom equipment often works in tough conditions. The Vishay Mosfet is built to last in such situations. It passes 100% of UIS (Unclamped Inductive Switching) tests and handles overvoltage spikes. Its capacitances (Co(er): 115 pF, Co(tr): 772 pF) add to its strength, making it great for high-current and high-voltage tasks.

Reliable in Harsh Telecom Environments

The Vishay Mosfet stays steady even in extreme conditions. Its low thermal resistance (0.45 °C/W) helps release heat efficiently, avoiding overheating. This keeps telecom networks running smoothly, even during busy times.

Compact Design and Heat Control

Space-Saving for Modern Telecom Devices

Modern telecom devices need small parts to save space. The Vishay Mosfet’s TO-252 package is tiny, fitting well on crowded circuit boards. This small size helps make smaller, better devices without losing performance.

Good Heat Control for Long-Term Use

Managing heat is key for telecom equipment to last long. The Vishay Mosfet’s low thermal resistance helps release heat effectively. This prevents damage from heat and ensures stable performance over time, even in powerful systems.

Telecom equipment includes base stations, routers, amplifiers, and switches. These tools are essential for modern communication, enabling data sharing and connections.

Practical Uses of Vishay Mosfet in Telecom

Telecom equipment includes base stations, routers, amplifiers, and switches. These devices help with communication and data sharing in networks. The Vishay MOSFET improves how these tools work with its advanced features.

Power Supplies

Role in Voltage Converters

Voltage converters control power in telecom systems. The Vishay MOSFET makes them better by lowering resistance and improving switching. For example, the SiRS5700DP MOSFET cuts resistance by 68.3%. It also boosts performance by 15.4%, making it great for high-power systems like AI servers.

Saving Energy in Power Systems

Saving energy is important for telecom devices that run nonstop. The Vishay MOSFET increases efficiency at different loads. At 300 kHz, it improves efficiency by 2%. At 1 MHz, it gains 6%. Under heavy loads, it adds up to 4% more efficiency. This ensures reliable power use in telecom systems.

Signal Amplifiers

Improving Signal Strength and Clarity

Signal amplifiers need parts that make signals clear and strong. The Vishay MOSFET has low resistance and high power, reducing signal distortion. Its design works well at high frequencies, perfect for telecom signal boosting.

Cutting Noise and Power Waste

Reducing noise and saving power are key for good signals. The Vishay MOSFET improves efficiency by up to 6% at different frequencies. This lowers power waste and boosts system performance.

Switching Systems

Fast Switching for Quick Data Processing

Switching systems need fast data handling. The Vishay MOSFET switches quickly, helping with fast and reliable signals. Its small size also reduces unwanted electrical effects, improving performance.

Helping High-Speed Data Transfer

Modern networks need fast data transfer. The Vishay MOSFET handles up to 144 A, supporting stable operation. Its low heat resistance keeps it cool, even under heavy use.

The Vishay MOSFET is useful for power supplies, amplifiers, and switches in telecom equipment.

The Vishay SUD19P06-60-GE3 MOSFET is important for telecom devices. Its smart design improves power use, reliability, and heat control. These features make it perfect for power supplies, amplifiers, and switches. Using this part, suppliers like keepbooming provide advanced solutions for communication needs. Telecom tools like routers, base stations, and amplifiers work better with its small and efficient design.

What is included in telecommunications equipment?

Telecommunications equipment includes routers, base stations, amplifiers, and switches. These devices help networks share data and communicate. They are important for smooth connections and fast data processing.

How does the Vishay SUD19P06-60-GE3 MOSFET save power?

The Vishay MOSFET lowers power loss with its low resistance of 0.048Ω. This design saves energy and improves efficiency. It works well for telecom systems that need constant power and reliability.

Why is heat control important in telecom equipment?

Telecom equipment gets hot when it runs. Good heat control stops overheating and keeps it working well. The Vishay MOSFET’s low heat resistance helps release heat, protecting parts from damage.

Can the Vishay MOSFET handle high power?

Yes, the Vishay SUD19P06-60-GE3 MOSFET can handle up to 144 A. This makes it great for tough telecom jobs like powering base stations and moving data quickly.

Is the Vishay MOSFET safe for the environment?

The Vishay MOSFET follows RoHS rules and has no halogens. This means it avoids harmful materials, making it a safer and greener choice for telecom devices.

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