DTC123JUA-HF Overview
The DTC123JUA-HF is a high-performance dual NPN transistor designed for efficient switching and amplification in various industrial and consumer electronic applications. Featuring low saturation voltage and high gain, this transistor ensures reliable operation in compact surface-mount packages. It supports moderate collector current and voltage ratings suitable for signal processing and driver circuits. The IC Manufacturer offers this device with a focus on durability and thermal stability, making it ideal for engineers seeking a dependable component for integrated circuit designs requiring precision and efficiency.
DTC123JUA-HF Technical Specifications
| Parameter | Specification |
|---|---|
| Transistor Type | Dual NPN |
| Collector-Emitter Voltage (VCEO) | 30 V |
| Collector Current (IC) | 150 mA |
| Power Dissipation (Ptot) | 350 mW |
| DC Current Gain (hFE) | 100 minimum at IC = 2 mA |
| Transition Frequency (fT) | 100 MHz |
| Package Type | SOT-363 (SC-70) |
| Operating Temperature Range | -55??C to +150??C |
| Collector-Base Voltage (VCBO) | 40 V |
DTC123JUA-HF Key Features
- Dual transistor configuration: Integrates two NPN transistors in a single compact surface-mount package, saving PCB space and enabling efficient circuit design.
- Low saturation voltage: Minimizes power loss during switching, improving overall circuit efficiency and thermal performance.
- High current gain: Ensures strong amplification with low base current, reducing the drive requirements for preceding stages.
- Wide operating temperature range: Enables reliable operation in harsh environments, supporting industrial and automotive applications.
- High transition frequency: Suitable for high-speed switching and signal amplification tasks up to 100 MHz.
DTC123JUA-HF Advantages vs Typical Alternatives
This dual NPN transistor offers superior integration and compactness compared to discrete transistor pairs, reducing circuit complexity and assembly cost. Its low saturation voltage and high gain improve switching efficiency and signal fidelity, which enhances performance over typical general-purpose transistors. The robust thermal characteristics and wide voltage ratings ensure reliable operation under demanding conditions, making it a preferred choice for engineers prioritizing durability and efficiency.
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Typical Applications
- Signal amplification and switching in portable devices and communication systems, delivering stable performance with minimal power loss.
- Driver stages for LCD bias and LED backlighting where compact dual-transistor solutions optimize board space.
- Small-signal amplification in sensor interfaces and low-power analog circuits requiring high gain and low noise.
- General-purpose switching in industrial control circuits that demand reliable operation across temperature extremes.
DTC123JUA-HF Brand Info
The DTC123JUA-HF is a product from a leading semiconductor manufacturer known for delivering high-quality, reliable discrete components. Designed with precision manufacturing processes, this transistor balances performance with cost-effectiveness for industrial-grade applications. The brand emphasizes rigorous testing and compliance with international standards, ensuring the device meets the requirements of modern electronics design and sourcing specialists.
FAQ
What is the maximum collector current rating for the DTC123JUA-HF?
The maximum continuous collector current for each transistor within this dual device is 150 mA. This rating allows it to handle moderate loads typical in signal amplification and switching applications without compromising reliability.
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What package type is used for this transistor, and why is it beneficial?
The device comes in a SOT-363 (SC-70) surface-mount package, which is extremely compact and well-suited for high-density PCB layouts. This package also offers good thermal performance and ease of automated assembly.
How does the low saturation voltage feature affect circuit performance?
Low saturation voltage reduces the voltage drop across the transistor when it is fully on, minimizing power dissipation and heat generation. This leads to higher overall efficiency





