2N5663-Transistor by ON Semiconductor | NPN Transistor | TO-39 Metal Can Package

2N5663-Transistor Overview

The 2N5663 transistor is a high-performance silicon NPN bipolar junction transistor designed for medium power amplifier and switching applications. It offers robust current handling capabilities and reliable operation in a variety of industrial electronic circuits. With a collector current rating up to 600mA and a voltage rating suitable for moderate power stages, it is an ideal choice for engineers seeking stable gain and efficient switching performance. This transistor delivers consistent electrical characteristics, making it well-suited for audio, signal amplification, and general purpose switching tasks. For sourcing and detailed specifications, visit the IC Manufacturer.

2N5663-Transistor Key Features

• High collector current (600mA) capability: Enables handling of medium power loads without degradation, ensuring durability in demanding environments.
• Collector-emitter voltage rating of 60V: Provides ample voltage headroom for a wide range of amplifier and switching circuits.
• Low saturation voltage: Enhances efficiency by reducing power loss during switching, improving thermal management.
• Medium gain (hFE) range: Ensures consistent amplification performance suitable for linear and switching applications.

2N5663-Transistor Technical Specifications

2N5663-Transistor Advantages vs Typical Alternatives

This transistor provides a balanced combination of collector current capacity and voltage ratings that often surpass standard low-power transistors, enabling more robust switching and amplification. Its relatively high gain and low saturation voltage contribute to improved efficiency and reduced heat dissipation compared to other medium power devices. These characteristics make it a reliable and practical choice for industrial applications requiring stable performance and durability under varying electrical loads.

Typical Applications

• Audio frequency power amplification where moderate power output and linear gain are necessary for clear sound reproduction.
• Switching circuits in industrial control systems benefiting from reliable current handling and fast response.
• Driver stages for relay and solenoid actuators requiring medium power transistor switching.
• General purpose amplification and switching in consumer electronics and instrumentation.

2N5663-Transistor Brand Info

The 2N5663 transistor is a well-established component widely recognized in the semiconductor industry for its robust performance and reliability. Manufactured by reputable IC suppliers, it meets stringent quality standards and is available through authorized distributors. Its long-standing presence in the market reflects its suitability for diverse applications, backed by comprehensive datasheets that facilitate seamless integration into industrial electronic designs.

FAQ

What is the maximum collector current for this transistor?

The maximum continuous collector current rating is 600mA, allowing it to drive medium power loads safely within its thermal limits when properly mounted and cooled.

Can this transistor be used in high-frequency applications?

With a transition frequency (fT) of approximately 100 MHz, this device is suitable for moderate frequency applications including audio and switching circuits but is not optimized for very high-frequency RF design.

What package type does this transistor come in?

This transistor is typically supplied in a TO-39 metal can package, providing good thermal dissipation characteristics and mechanical robustness for industrial environments.

How does this transistor perform in switching applications?

Its low saturation voltage and adequate gain make it efficient in switching roles, minimizing power loss and heat generation during ON states, which enhances overall circuit reliability.

Is this transistor suitable for audio amplifier stages?

Yes, the transistor’s medium gain and power handling capabilities make it well-suited for audio frequency power amplification, delivering stable and linear output in such circuits.