DTA143XCA-TP Overview
The DTA143XCA-TP is a high-performance NPN bipolar transistor designed for general-purpose amplification and switching applications in industrial and consumer electronics. Engineered to deliver reliable operation with low noise and high gain, this transistor supports a wide range of operating conditions with a collector current rating suitable for medium power tasks. Ideal for signal processing, driver stages, and low to medium frequency applications, the device ensures stable performance in compact package formats. For detailed technical support and sourcing, visit IC Manufacturer.
DTA143XCA-TP Technical Specifications
| Parameter | Value |
|---|---|
| Transistor Type | NPN Bipolar |
| Collector-Emitter Voltage (VCEO) | 50 V |
| Collector Current (IC) | 600 mA |
| Gain Bandwidth Product (fT) | 100 MHz (typical) |
| Power Dissipation (Ptot) | 625 mW |
| DC Current Gain (hFE) | 100 to 300 (varies by test conditions) |
| Package Type | TO-92 Plastic |
| Operating Temperature Range | -55??C to +150??C |
DTA143XCA-TP Key Features
- High Current Handling: Supports up to 600 mA collector current, enabling robust switching and amplification in medium power circuits.
- Wide Voltage Range: Collector-emitter voltage rating of 50 V ensures compatibility with various voltage rails in industrial applications.
- Good Frequency Response: Offers a gain bandwidth product around 100 MHz, suitable for low to medium frequency signal amplification.
- Compact TO-92 Package: Allows easy integration in space-constrained designs while providing effective thermal dissipation.
- Reliable Operation Across Temperatures: Maintains electrical characteristics from -55??C to +150??C, ensuring stability in harsh environments.
Typical Applications
- Signal amplification stages in audio and low-frequency switching circuits, where stable gain and linearity are critical.
- Driver transistors for relays, LEDs, and small motors in industrial control systems requiring dependable switching.
- General-purpose switching in consumer electronics such as power supplies, battery chargers, and sensor interfaces.
- Low-noise preamplifier circuits within communication equipment and instrumentation.
DTA143XCA-TP Advantages vs Typical Alternatives
This transistor offers a balanced combination of moderate current capability and voltage rating with a gain bandwidth product suitable for many industrial tasks. Compared to typical alternatives, it provides reliable performance across a wide temperature range and a compact package, facilitating integration in both legacy and modern designs. Its high current rating and stable gain contribute to improved circuit efficiency and enhanced operational reliability.
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DTA143XCA-TP Brand Info
The DTA143XCA-TP transistor is manufactured by Diodes Incorporated, a global leader in the design and supply of high-quality discrete semiconductors. Known for robust and reliable components, Diodes Incorporated offers this transistor as part of its commitment to providing versatile solutions for amplification and switching needs in industrial, consumer, and automotive electronics. The device benefits from rigorous quality control and industry-standard packaging, making it a trusted choice for engineers worldwide.
FAQ
What is the maximum collector current rating of this transistor?
The transistor supports a maximum collector current of 600 mA, making it suitable for medium-power switching and amplification in various electronic circuits.
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Can this transistor operate reliably at high temperatures?
Yes, it can operate over a temperature range from -55??C to +150??C, ensuring stable performance in demanding industrial or automotive environments.
What type of package does the transistor come in?
The device is housed in a TO-92 plastic package, which is a compact and widely used format providing ease of handling and sufficient thermal dissipation for typical applications.
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Is this transistor suitable for high-frequency applications?
It offers a gain bandwidth product of approximately 100 MHz, making it appropriate for low to medium frequency applications rather than high-frequency RF circuits.





