2N6660 NPN Transistor High-Speed Switching TO-18 Metal Can Package

2N6660 Overview

The 2N6660 is a high-performance NPN silicon transistor designed for switching and amplification in industrial and commercial applications. With a robust voltage rating and considerable current handling capabilities, this transistor delivers reliable operation in medium-power circuits. Its construction ensures stable electrical characteristics over a wide temperature range, making it suitable for demanding environments. Engineers and sourcing specialists can leverage the 2N6660 for efficient signal amplification and switching tasks, benefiting from its proven durability and consistent performance. For verified technical details and sourcing, visit IC-Hersteller.

2N6660 Technical Specifications

2N6660 Key Features

• High Collector Current Capability: Supports up to 10A, enabling effective switching and amplification in medium-power circuits.
• Elevated Voltage Ratings: With 60V collector-emitter and 75V collector-base ratings, it accommodates a broad range of industrial voltage requirements.
• Wide DC Current Gain Range: Gain between 40 and 160 ensures flexibility in circuit design for precise amplification control.
• Robust Power Dissipation: Handles up to 80W, allowing reliable operation under high power loads without thermal failure.
• Temperature Stability: Rated for junction temperatures up to 200??C, ensuring dependable performance in harsh thermal environments.
• Moderate Transition Frequency: Operating at 3MHz, suitable for many switching applications without compromising signal integrity.

2N6660 Advantages vs Typical Alternatives

This transistor offers a compelling balance of high current capacity and voltage tolerance compared to typical alternatives. Its wide DC current gain range enhances design flexibility, while its robust power dissipation and thermal tolerance support reliable operation under demanding conditions. The combination of these factors makes it ideal for engineers seeking durable, efficient switching and amplification devices in industrial applications.

Typische Anwendungen

• Power switching circuits in industrial control systems, providing reliable operation at medium voltage and current levels with efficient thermal management.
• Audio frequency amplification stages requiring stable gain and moderate frequency response for signal conditioning.
• Motor control circuits where robust current handling and voltage ratings are essential for driving loads safely.
• General-purpose amplifiers and switch components in power supplies, benefiting from its high power dissipation and thermal stability.

2N6660 Brand Info

The 2N6660 transistor is a standard offering from established semiconductor manufacturers, recognized for its dependable performance in medium-power applications. Known for consistent quality and adherence to industry standards, this device is widely available through authorized distributors. It is supported by comprehensive datasheets and application notes, facilitating integration into a wide range of electronic designs.

FAQ

What is the maximum collector current rating of this transistor?

The transistor supports a maximum collector current of 10 amperes, enabling it to handle medium-power switching and amplification tasks effectively in various industrial circuits.

Can this device operate at high temperatures?

Yes, it is rated for junction temperatures up to 200??C, allowing it to maintain reliable performance in environments with elevated thermal conditions.

What voltage levels can the transistor withstand?

It has a collector-emitter voltage rating of 60 volts and a collector-base voltage rating of 75 volts, making it suitable for applications requiring moderate voltage handling.

Ist dieser Transistor für Hochfrequenzanwendungen geeignet?

With a transition frequency of approximately 3 MHz, it is better suited for low to moderate frequency switching and amplification rather than high-frequency RF applications.

How does the current gain range affect circuit design?

The DC current gain varies between 40 and 160, providing designers with flexibility to tailor amplification levels according to circuit requirements, improving overall performance and efficiency.