2N5793-Dual-Transistor by ON Semiconductor ?C High-Speed Switching, TO-66 Package

2N5793-Dual-Transistor Overview

The 2N5793-Dual-Transistor is a robust semiconductor device integrating two matched NPN transistors within a single package. Engineered for high-performance amplification and switching applications, this dual transistor offers consistent gain and excellent thermal stability. Its complementary configuration supports precise analog signal processing in industrial and consumer electronics. Designed to optimize circuit density and reliability, the device is suitable for a variety of demanding electronic circuits requiring matched transistor pairs. For sourcing and detailed technical information, visit the IC Manufacturer website.

2N5793-Dual-Transistor Key Features

• Matched NPN Transistor Pair: Ensures consistent current gain across both transistors, enhancing circuit precision and performance.
• High Current Gain (hFE): Provides efficient amplification, reducing the need for additional gain stages in amplifier design.
• Thermally Coupled Transistors: Improves thermal tracking, reducing drift and improving reliability in temperature-variable environments.
• Compact Dual Package: Saves PCB space and simplifies layout by integrating two transistors in one device.

2N5793-Dual-Transistor Technical Specifications

2N5793-Dual-Transistor Advantages vs Typical Alternatives

This dual transistor device offers precise matching and thermal coupling, which typical discrete transistors lack, resulting in improved gain stability and reduced thermal drift. Its integration into a single package simplifies board design and enhances reliability by reducing solder joints. With a wide operating voltage and current range, it provides superior performance in amplification and switching compared to standard single transistors, making it a preferred choice for engineers focused on precision and compact circuit solutions.

Typical Applications

• Audio amplification circuits requiring matched transistor pairs for balanced gain and low distortion in pre-amplifiers and tone control stages.
• Switching applications in industrial control systems where reliable transistor matching ensures consistent switching thresholds.
• Signal processing circuits such as differential amplifiers and current mirrors that benefit from thermally coupled transistor pairs.
• Analog sensor interfaces where stable gain and low noise are critical for accurate signal conditioning.

2N5793-Dual-Transistor Brand Info

The 2N5793-Dual-Transistor is a trusted component developed and produced by a leading semiconductor manufacturer known for high-quality discrete devices. It is designed to meet stringent industrial standards, ensuring reliability and performance in diverse electronic systems. This product embodies a blend of precise transistor matching and robust construction, making it a staple in professional electronic design and manufacturing.

FAQ

What is the maximum collector current for this dual transistor?

The maximum collector current for each transistor in this dual package is 0.8 amperes. This rating allows the device to handle moderate power loads commonly found in amplification and switching applications.

How does the thermal coupling between transistors benefit circuit performance?

Thermal coupling ensures both transistors share the same temperature environment, reducing differences in gain due to temperature variations. This leads to improved stability and accuracy in circuits that rely on matched transistor pairs.

Can this dual transistor be used in high-frequency applications?

Yes, with a transition frequency (fT) of approximately 100 MHz, it is suitable for moderate high-frequency applications such as RF pre-amplifiers and signal processing, where stable gain and low distortion are required.

What package type is this device available in?

The 2N5793 comes in a compact dual transistor package designed to save PCB space and simplify assembly. The exact package style is industry-standard for discrete matched transistor pairs, facilitating easy integration into existing designs.

Is this device recommended for audio amplifier circuits?

Absolutely. The matched transistor pair configuration and stable gain characteristics make it ideal for audio applications, including pre-amplifiers and driver stages, where low distortion and balanced amplification are essential.