Transistors Bipolar - BJT PNP Gen Pur Power (1 piece)
Item #: 147224358

Transistors Bipolar - BJT PNP Gen Pur Power (1 piece)

Item #: 147224358

LKR 5085

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What Stands Out

High Efficiency
Designed for optimal performance, this PNP bipolar transistor ensures minimal energy loss, making it ideal for power applications in various electronic circuits.
Versatile Applications
Perfectly suited for a wide range of uses, from amplifiers to switching, this transistor meets diverse circuit needs, adding value for engineers and hobbyists alike.
Reliability
Built with durable materials, this transistor guarantees long-term reliability and stability in demanding environments, providing peace of mind for users in critical applications.

Product Details

Shop Transistors Bipolar - BJT PNP Gen Pur Power (1 piece) online at a best price in Sri Lanka. B0073BPFTA
  • TIP36C
  • Transistor PNP Tran 100V 25A
  • Brand New by SGS
  • Brand New and Original by SGS

Product Technical Details

Package Dimensions‎6.4 x 3.4 x 0.1 inches
Item Weight‎0.01 ounces
Manufacturer‎STMicroelectronics - SGS THOMSON
Item model number‎TIP36C

Who Should Buy?

Suitable For
  • Hobby Electronics

    Perfect for hobbyists building simple circuits, providing reliable performance in projects involving power switching and amplification.

  • Educational Use

    Ideal for students learning about transistors and circuit design, facilitating hands-on experimentation with PNP transistor characteristics.

  • DIY Audio Projects

    Excellent choice for audio amplifier projects, enhancing sound quality through efficient power handling and low distortion.

Not Suitable For
  • High-Frequency Applications

    Not suitable for circuits requiring high-speed switching, as BJT PNP transistors have limitations in frequency response.

  • Low-Power Devices

    Less effective in ultra-low power applications where efficiency is critical, as they may consume more power than necessary.

  • Professional Needs

    May not meet the demands of professional applications requiring specialized or high-performance transistors for critical systems.

Product Description

Have any Query? Chat with us

Customer Questions & Answers

  • Question: What is a Bipolar Junction Transistor (BJT)?

    Answer: A Bipolar Junction Transistor (BJT) is a type of transistor that uses both electron and hole charge carriers. It has three regions: the emitter, base, and collector. In PNP transistors like the BJT PNP, the majority charge carriers are holes. This design allows for effective amplification and switching of electronic signals. BJTs are widely used in applications such as audio amplifiers, signal modulation, and in digital circuits where fast switching times are critical.
  • Question: What are the key uses of PNP transistors?

    Answer: PNP transistors are commonly used in various electronic applications, primarily where switching and amplification are required. They can serve effectively in voltage regulation circuits, audio amplification, and as components in analog applications. Additionally, they can be used in inverter circuits, motor control systems, and signal modulation, showcasing their versatility in both industrial and consumer electronics. Their configuration offers superior performance in certain applications compared to NPN transistors.
  • Question: How do you identify a PNP transistor in a circuit?

    Answer: To identify a PNP transistor in a circuit, you can look for its specific configuration and behavior. PNP transistors typically have three terminals: emitter (E), base (B), and collector (C). If an increased voltage at the base leads to current flow from the emitter to the collector, it's a sign of a PNP transistor. In a circuit, the emitter is usually connected to a higher voltage relative to the collector. Understanding this can help when troubleshooting or designing circuits.
  • Question: What are the advantages of using PNP BJTs over NPN types?

    Answer: PNP BJTs have several advantages over NPN transistors, particularly in specific circuit configurations where a high-side switching is advantageous. They handle lower supply voltages more effectively and often provide better performance in circuits that require higher linearity, such as audio amplifiers. Additionally, when designing mixed-signal or power electronics systems that interface with battery sources, PNP transistors can simplify the design and increase efficiency, making them an essential component in many applications.
  • Question: What are the characteristics to consider when choosing a PNP transistor?

    Answer: When selecting a PNP transistor, consider its current rating, voltage rating, gain (hFE), and frequency response. Understanding these characteristics is crucial for ensuring the transistor can handle the required electrical conditions in your application. For example, higher current ratings are important in power applications, while gain impacts amplification efficiency. Ensuring the right specifications aligns with your circuit requirements leads to optimal performance in devices like audio amplifiers or switching power supplies.
  • Question: Can I use a PNP transistor in an NPN circuit?

    Answer: Using a PNP transistor in an NPN circuit is generally not advisable due to their opposite biasing and operational principles. PNP transistors require a positive base-emitter voltage for operation, while NPN transistors require a negative bias. Mixing them can lead to malfunction or damage. If the application requires switching control, using appropriate transistors based on the circuit design ensures effective and reliable performance. Instead, consider integrating complementary pairs for better functionality.
  • Question: What is the significance of a general-purpose PNP transistor?

    Answer: A general-purpose PNP transistor is designed for versatility and can be used in various applications without specific adaptations. Its significance lies in its ability to handle average current levels and control switching under moderate conditions. For hobbyists and professionals alike, such transistors provide the flexibility to utilize them across multiple projects, like in signal amplifiers and simple switching circuits, making them ideal for prototyping and practical uses in everyday electronics.
  • Question: What safety precautions should I take when using transistors?

    Answer: When working with transistors, it's essential to take safety precautions such as ensuring proper heat dissipation, avoiding overcurrent conditions, and utilizing the correct biasing. Keep in mind that overheating and excessive current can damage the transistor and lead to circuit failure. Using appropriate resistors and heat sinks can help manage power dissipation effectively. These practices ensure the longevity and reliability of components in your electronics projects.
  • Question: How do I connect a PNP transistor in a circuit?

    Answer: To connect a PNP transistor in a circuit, you should attach the emitter to a higher voltage than the collector. Connect a resistor to the base to control the current flowing into it. When the base is pulled low (below the emitter voltage), it allows current to flow from the emitter to the collector, turning the transistor on. This configuration is commonly used in switching applications where controlling a load from a high voltage source is needed. Make sure to calculate the base resistor value correctly for optimal performance.
  • Question: Where can I buy Transistors Bipolar - BJT PNP Gen Pur Power (1 piece) in Sri Lanka?

    Answer: You can buy Transistors Bipolar - BJT PNP Gen Pur Power (1 piece) from Ubuy. They offer a diverse selection of electronic components, ensuring that you can find the specific products you need for your projects. Ubuy's platform is user-friendly, allowing for seamless browsing and purchasing of various transistors, ensuring you can easily obtain high-quality electronics.

STMicroelectronics - SGS THOMSON BJT ‎TIP36C Editorial Review

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Pros

  • High reliability and stability
  • Great for various applications
  • Easy to use for beginners
  • Excellent performance in circuits
  • Affordable for hobbyists

Cons

  • Limited information on technical specs.

Product Price History

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