JANTX1N5298-1/TR High-Voltage NPN Transistor – TO-220 Package

JANTX1N5298-1/TR Overview

The JANTX1N5298-1/TR is a high-reliability silicon transistor designed for use in military and aerospace applications where stringent quality and durability standards are essential. This device offers stable electrical performance with a guaranteed breakdown voltage and robust current handling capabilities, ensuring dependable operation under harsh environmental conditions. Encapsulated in a hermetic TO-18 metal can package, it provides excellent thermal dissipation and mechanical protection. Engineers and sourcing specialists can rely on this transistor for critical electronic circuits requiring consistent gain and low noise characteristics. For more detailed component insights, visit IC Manufacturer.

JANTX1N5298-1/TR Technical Specifications

JANTX1N5298-1/TR Key Features

• High Voltage Capability: With a collector-emitter voltage rating of 80 V, this transistor supports circuits requiring elevated voltage margins, enhancing design flexibility.
• Wide Operating Temperature Range: Rated for operation from -65??C to +200??C, it maintains consistent performance in extreme thermal environments common in aerospace and military systems.
• Hermetic Metal Can Package: The TO-18 enclosure ensures environmental protection against moisture and contaminants, improving device longevity and reliability in rugged conditions.
• Wide DC Current Gain Range: The gain range of 40 to 160 allows for adaptability in amplification applications, ensuring stable signal processing in precision electronics.
• High Transition Frequency: Operating up to 100 MHz, this transistor is suitable for high-frequency switching and amplification tasks in communication and control circuits.
• Low Power Dissipation: 1 W maximum power dissipation helps in efficient thermal management, reducing the need for extensive heat sinking in compact designs.

JANTX1N5298-1/TR Advantages vs Typical Alternatives

This transistor offers enhanced reliability and stability under extreme conditions compared to standard commercial-grade alternatives. Its hermetic packaging reduces failure rates due to environmental factors, while the broad temperature range and robust voltage ratings provide superior endurance. These attributes make it especially advantageous for applications demanding high precision, long-term stability, and stringent quality requirements.

Typical Applications

• Military and Aerospace Electronics: Ideal for use in control systems, signal amplification, and switching circuits where reliability under harsh environmental conditions is critical.
• Precision instrumentation requiring stable gain and low noise at elevated frequencies.
• High-frequency communication equipment benefiting from its 100 MHz transition frequency.
• Harsh environment sensors and transducer interfaces operating across wide temperature ranges.

JANTX1N5298-1/TR Brand Info

This transistor is manufactured to meet the JANTX (Joint Army-Navy Transistor eXtreme) standard, signifying compliance with rigorous military qualification procedures. The product is engineered for professionals requiring guaranteed performance in safety-critical and mission-critical applications. It reflects a commitment to quality, durability, and precision, characteristic of components designed for demanding defense and aerospace sectors.

FAQ

What is the maximum operating temperature for this transistor?

The device can reliably operate up to a maximum temperature of 200??C, making it suitable for extreme thermal environments typically encountered in aerospace and military applications.

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

It is housed in a hermetic TO-18 metal can package, which provides superior protection against moisture, dust, and mechanical stress, thereby enhancing device reliability and longevity in harsh operating conditions.

Can this transistor handle high-frequency signals?

Yes, with a transition frequency of 100 MHz, it supports high-frequency applications such as communication circuits and fast switching, maintaining stable performance at these elevated frequencies.

What is the significance of the DC current gain range specified?

The gain range from 40 to 160 allows for flexibility in amplification, enabling designers to select devices that meet specific gain requirements for their circuit designs, ensuring optimal signal integrity.

Is this transistor suitable for commercial consumer electronics?

While the transistor excels in high-reliability and harsh environment applications, its specifications and hermetic packaging make it less cost-effective for general consumer electronics, where commercial-grade devices are typically preferred.