2C5004 Vishay NPN Transistor – High Gain Amplifier – TO-92 Package

2C5004 Overview

The 2C5004 is a high-performance semiconductor device designed for robust industrial and electronic system applications. Engineered to deliver reliable switching and amplification capabilities, it integrates efficient power handling with precise control features. This device supports demanding environments where stability, thermal management, and electrical integrity are critical. Suitable for a wide range of circuits, the 2C5004 offers engineers and sourcing specialists a dependable solution optimized for power efficiency and signal fidelity. For more detailed technical support and sourcing options, visit IC Manufacturer.

2C5004 Key Features

• High Voltage Tolerance: Supports voltages up to 80 V, enabling use in high power applications without risk of breakdown.
• Robust Continuous Collector Current: Handles currents up to 8 A, ensuring reliable operation in high load conditions.
• Low Collector-Emitter Saturation Voltage: Minimizes power loss and heat generation, enhancing overall circuit efficiency.
• Fast Switching Speed: Supports rapid transitions, critical for high-frequency switching applications and improving system response times.

2C5004 Technical Specifications

2C5004 Advantages vs Typical Alternatives

This device offers superior voltage handling and higher collector current capacity compared to typical transistors in similar classes. Its low saturation voltage reduces power dissipation, improving overall circuit efficiency. The wide operating temperature range and robust construction enhance reliability in industrial environments. With a broad gain range and fast switching characteristics, it provides precise control and adaptability for diverse application requirements, setting it apart from standard alternatives.

Typical Applications

• Power amplifiers in industrial control systems where high voltage and current handling are essential for stable operation under load.
• Switching regulators and DC-DC converters requiring efficient power management and fast switching response.
• Motor control circuits benefiting from the device??s high current capacity and thermal stability.
• General purpose amplification in audio and signal processing applications demanding reliable gain and low distortion.

2C5004 Brand Info

The 2C5004 is manufactured by a leading semiconductor supplier known for delivering high-quality, reliable discrete components tailored for industrial and commercial electronics. This product line emphasizes durability, precision, and performance consistency, meeting stringent industry standards. The 2C5004 exemplifies the brand??s commitment to supporting engineers and sourcing professionals with robust solutions designed for demanding applications and long lifecycle support.

FAQ

What is the maximum collector current supported by this device?

The maximum continuous collector current for the 2C5004 is 8 A, making it suitable for applications requiring substantial current flow and ensuring reliable operation under high load conditions.

Can the device operate at high temperatures?

Yes, the transistor can operate within a junction temperature range from -65??C to +150??C, allowing it to function effectively in harsh industrial environments with significant thermal variation.

What benefits does the low collector-emitter saturation voltage provide?

The low saturation voltage reduces power loss during conduction, improving overall energy efficiency and minimizing heat generation. This enhances system reliability and reduces cooling requirements.

Is this transistor suitable for high-frequency switching applications?

With a transition frequency of approximately 6 MHz, it supports relatively fast switching speeds, making it appropriate for many high-frequency switching circuits and power conversion designs.

What type of circuit applications is this device commonly used for?

The device is commonly employed in power amplifiers, motor control, switching regulators, and general-purpose amplification, especially where high voltage, current capacity, and thermal stability are critical.