JANSK2N2484-Transistor Overview
The JANSK2N2484 is a high-performance NPN bipolar junction transistor designed for switching and amplification applications in industrial and commercial electronics. With its robust voltage and current handling capabilities, it supports reliable operation in demanding environments. Engineered to deliver consistent gain and low saturation voltage, this transistor enhances circuit efficiency and responsiveness. It is suitable for use in power management, signal processing, and control systems, making it a versatile choice for engineers and sourcing specialists. For comprehensive component sourcing and technical support, visit IC Manufacturer.
JANSK2N2484-Transistor Key Features
- High Collector-Emitter Voltage (Vce): Supports voltages up to 60V, enabling use in medium-power switching circuits requiring voltage tolerance.
- Sustained Collector Current (Ic): Handles continuous currents up to 3A, ensuring reliable performance in power amplification and control applications.
- Low Saturation Voltage: Minimizes power loss during switching, improving overall system efficiency and thermal management.
- Stable DC Current Gain (hFE): Provides consistent amplification characteristics, enabling precise signal control in analog circuits.
JANSK2N2484-Transistor Technical Specifications
| Parameter | Value | Unit |
|---|---|---|
| Collector-Emitter Voltage (Vceo) | 60 | V |
| Collector-Base Voltage (Vcbo) | 80 | V |
| Emitter-Base Voltage (Vebo) | 5 | V |
| Collector Current (Ic) | 3 | A |
| DC Current Gain (hFE) | 40 to 160 | ?C |
| Power Dissipation (Ptot) | 40 | W |
| Transition Frequency (fT) | 100 | MHz |
| Junction Temperature (Tj) | 150 | ??C |
JANSK2N2484-Transistor Advantages vs Typical Alternatives
This transistor offers a strong combination of high voltage and current ratings with a wide DC current gain range, making it well-suited for precision amplification and power switching compared to typical small-signal transistors. Its low saturation voltage reduces power loss, enhancing efficiency and thermal stability. These factors contribute to improved reliability and integration in industrial control and power circuits, supporting more robust and energy-efficient designs.
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Typical Applications
- Switching regulators and power amplifiers in industrial control systems, where reliable high current and voltage handling is critical for maintaining stable operation.
- Signal amplification stages in communication equipment, providing consistent gain and linearity.
- General-purpose switching in relay drivers and motor control circuits, supporting efficient load management.
- Test and measurement devices requiring precise and stable transistor characteristics for accurate signal processing.
JANSK2N2484-Transistor Brand Info
The JANSK2N2484 transistor is a product designed to meet rigorous industrial standards, ensuring dependable performance in demanding electronic systems. Manufactured by a leading semiconductor supplier, this transistor is part of a well-established line known for quality and robustness. Its design supports a wide range of applications, making it a trusted component among engineers and sourcing specialists working on power and signal control modules.
FAQ
What are the maximum voltage ratings for this transistor?
The transistor supports a maximum Collector-Emitter voltage of 60V, Collector-Base voltage of 80V, and Emitter-Base voltage of 5V. These ratings ensure safe operation in circuits with moderate voltage requirements without risk of breakdown.
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What is the maximum collector current the device can handle continuously?
This transistor can sustain a continuous collector current of up to 3A, making it suitable for power amplification and switching applications that demand robust current capabilities.
How does the DC current gain range affect circuit design?
The DC current gain (hFE) ranges from 40 to 160, providing flexibility for designers to achieve desired amplification levels while maintaining stability in analog signal processing and switching circuits.
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What is the significance of the low saturation voltage in this transistor?
A low saturation voltage reduces power dissipation during switching, which improves efficiency and helps keep the device and surrounding components cooler, enhancing reliability and lifespan.
In what types of applications is this transistor typically used?
It is commonly used in power switching, amplification, motor control, and signal processing applications within industrial electronics. Its voltage, current, and gain characteristics make it versatile for these demanding environments.
