JANKCB2N2906A-Transistor-Die Overview
The JANKCB2N2906A-Transistor-Die is a high-performance PNP bipolar junction transistor die designed for integration into semiconductor packages or custom electronic modules. Engineered for robust amplification and switching applications, this transistor die offers reliable electrical characteristics, including moderate current handling and voltage ratings. Its compact die format enables flexible integration into industrial and consumer electronics, providing consistent gain and stable operation under typical biasing conditions. Ideal for engineers and sourcing specialists seeking a dependable transistor die, it combines precision manufacturing with predictable performance. For more details, visit IC Manufacturer.
JANKCB2N2906A-Transistor-Die Technical Specifications
| Parameter | Specification |
|---|---|
| Transistor Type | PNP Bipolar Junction Transistor (BJT) |
| Collector-Emitter Voltage (Vceo) | 40 V |
| Collector Current (Ic) | 600 mA |
| Power Dissipation (Pd) | 625 mW (typical, die level) |
| DC Current Gain (hFE) | 100 to 300 (varies by operating point) |
| Transition Frequency (fT) | 100 MHz (approximate typical value) |
| Package Type | Die form (bare silicon) |
| Operating Temperature Range | -55??C to +150??C |
JANKCB2N2906A-Transistor-Die Key Features
- PNP transistor die configuration: Enables straightforward integration into complementary amplifier circuits, improving design flexibility.
- Moderate voltage and current ratings: Supports typical low- to medium-power switching and amplification tasks, ensuring broad application compatibility.
- High DC current gain range: Provides efficient signal amplification with consistent performance under varying bias conditions.
- Compact die format: Facilitates custom packaging and hybrid module development, allowing tailored solutions for specialized electronics.
- Reliable thermal limits: Supports operation in harsh environments with a wide temperature range, ensuring device longevity and stability.
Typical Applications
- General purpose amplification in analog and mixed-signal circuits where PNP transistor die integration is required, such as audio preamplifiers or signal conditioning stages.
- Switching devices in low- to medium-power DC loads, including relay drivers and transistor-transistor logic circuits.
- Discrete component assembly for custom semiconductor modules in industrial control and instrumentation systems.
- Complementary transistor pairs in push-pull amplifier designs for efficient linear amplification.
JANKCB2N2906A-Transistor-Die Advantages vs Typical Alternatives
This transistor die offers a favorable combination of voltage and current ratings with a high current gain range, making it more versatile than many comparable PNP BJTs. Its availability in bare die form allows for direct integration into custom semiconductor packages, unlike pre-packaged transistors that limit design flexibility. The reliable thermal characteristics and consistent electrical performance provide enhanced durability and precision, improving overall system reliability and efficiency in demanding industrial applications.
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JANKCB2N2906A-Transistor-Die Brand Info
The JANKCB2N2906A transistor die is manufactured by a reputable semiconductor foundry specializing in discrete transistor dies and custom IC components. This product is aligned with industry-standard transistor designs akin to the 2N2906 series, widely recognized for solid performance in amplification and switching roles. The brand focuses on delivering high-quality bare dies for engineers and assembly specialists who require transistor components for hybrid modules, ensuring traceable quality control and consistent die-level specifications.
FAQ
What are the primary electrical characteristics of the JANKCB2N2906A transistor die?
This PNP transistor die supports a maximum collector-emitter voltage of 40 V and a collector current up to 600 mA. It features a DC current gain typically ranging from 100 to 300, suitable for amplification and switching roles in standard analog circuits.
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