2N3500U4/TR NPN Transistor by 2N Brand – TO-220 Package, High Power Switching

2N3500U4/TR Overview

The 2N3500U4/TR is a high-performance silicon NPN transistor designed for medium power switching and amplification in industrial electronics. It features a robust collector current capacity and optimized gain characteristics, making it suitable for demanding applications such as power regulation and signal processing. Packaged in a standard TO-220 format, this device ensures effective heat dissipation and reliable operation under varying conditions. Engineers and sourcing specialists will find this transistor a dependable choice for integration into power management circuits and control modules. For more details, visit IC Manufacturer.

2N3500U4/TR Key Features

• High collector current: Supports up to 4A continuous current, enabling efficient power switching in industrial applications.
• Low saturation voltage: Ensures minimal power loss during conduction, improving overall circuit efficiency.
• TO-220 package: Provides effective thermal management for enhanced reliability and extended device lifespan.
• Wide voltage rating: Collector-emitter voltage up to 60V allows use in various medium voltage environments.

2N3500U4/TR Technical Specifications

2N3500U4/TR Advantages vs Typical Alternatives

This transistor offers superior current handling and voltage ratings compared to many typical medium-power transistors, ensuring robust performance in industrial switching and amplification roles. Its low saturation voltage reduces power dissipation, increasing circuit efficiency. The TO-220 package enhances thermal management and reliability, making it a preferred choice for engineers requiring durable and efficient transistor solutions in power control applications.

Typical Applications

• Power switching circuits: Ideal for controlling motors, relays, and solenoids in industrial automation due to its high current capacity and voltage ratings.
• Amplifier stages: Suitable for audio and signal amplification requiring medium power and linear gain characteristics.
• Voltage regulation: Used in power supply circuits for steady voltage control and protection.
• Industrial control systems: Employed in various control modules demanding reliable switching and amplification performance.

2N3500U4/TR Brand Info

The 2N3500U4/TR is a product designed and manufactured by a reputable semiconductor supplier specializing in industrial-grade transistors. Known for stringent quality controls and consistent performance, this transistor is part of a series focused on delivering reliable power handling and ease of integration. The brand supports engineers and sourcing professionals with comprehensive datasheets, application notes, and global distribution.

FAQ

What is the maximum collector current for this transistor?

The maximum continuous collector current is 4A, allowing it to handle medium power loads in switching and amplification applications without risk of damage under specified conditions.

Which package type does this transistor use, and why is it important?

This transistor is housed in a TO-220 package, which provides efficient heat dissipation and mechanical stability. This packaging is critical for maintaining reliability during high power operation and simplifies mounting on heat sinks.

What voltage ratings should be considered when designing with this transistor?

The collector-emitter voltage rating is 60V, while the collector-base voltage is 75V. These ratings define the maximum voltages the device can withstand without breakdown, essential for proper circuit design and protection.

How does low saturation voltage benefit circuit efficiency?

Lower saturation voltage means the transistor dissipates less power as heat when in the ON state. This improves overall power efficiency and reduces the need for extensive thermal management in the circuit.

Is this device suitable for switching and amplification roles?

Yes, the transistor??s gain bandwidth product and current rating make it versatile for both medium power switching and linear amplification tasks in industrial electronics.