Photos of products are only visual illustrations, which may sometimes differ from the actual appearance of the products. However, this does not change the main parameters of these products.

Guarantee Information: No guarantee information available.
Certificates: No certificate information available.

Explore more products from this brand by clicking the logo.

BCP56-10TX

15 People watching this product now!

This NPN bipolar transistor operates at 80V and can handle a current of 1A. It is available in SC73 and SOT223 package types, making it suitable for various electronic applications.

SKU: 298956962796 Category:
Weight:
0.144g

0,14 

/

pcs

806 in stock

Estimated delivery time: 7-14 days
* Please note that delivery times may vary based on supplier availability and shipping location.

Quantity FromPrice Per Item
1$0.12
10$0.11
100$0.10
196$0.08
539$0.07

Order in multiples of:

1

806 in stock

No packaging available.
7 Items sold in last 3 minutes
Packing Information:
  • Packing Detail: RL1, ST, , 1000
Description

BCP56-10TX: Your Go-To NPN Bipolar Transistor

The BCP56-10TX is a robust and versatile NPN bipolar transistor designed for reliable performance across various electronic applications. With a high voltage rating of 80V and a maximum collector current of 1A, it serves as an exceptional choice for circuits requiring efficient power management and signal amplification.

Key Features of the BCP56-10TX

  • NPN Configuration: The BCP56-10TX features an NPN configuration, making it ideal for switching and amplification tasks in electronics.
  • Bipolar Technology: Utilizing bipolar technology, this transistor ensures excellent handling of both current and voltage.
  • Voltage Rating: Capable of safely operating at 80V, the BCP56-10TX reduces the risk of damage in high voltage circuits.
  • Collector Current: Able to handle a collector current of up to 1A, this transistor accommodates various applications from low-power to moderate-load designs.
  • Package Types: Compact sizes like SC73 and SOT223 make it easy to integrate the BCP56-10TX into multiple PCB designs.

Applications of the BCP56-10TX

The versatility of the BCP56-10TX makes it suitable for a wide array of applications:

  • Signal Amplification: Its low noise characteristics are perfect for audio and radio frequency amplification.
  • Switching Applications: Ideal for switching tasks requiring reliable on/off control for various loads.
  • Power Management: The BCP56-10TX helps manage and regulate voltages effectively in power distribution circuits.
  • Consumer Electronics: Commonly found in televisions, audio systems, and other electronic appliances, it plays a critical role in their functionality.

Why Choose the BCP56-10TX?

Selecting the right transistor for your electronics projects is crucial. The BCP56-10TX stands out for several reasons:

1. Exceptional Performance

The ability to handle 1A of collector current allows the BCP56-10TX to manage tasks efficiently. Its low saturation voltage minimizes power loss, enhancing the overall efficiency of your electronic designs.

2. High Voltage Tolerance

The 80V voltage rating enables the BCP56-10TX to function seamlessly in high voltage applications without compromise. This robustness positions it as an excellent choice for circuits where greater voltage handling is necessary.

3. Compact Size

The availability of the BCP56-10TX in SC73 and SOT223 footprints ensures it can easily fit into compact PCB layouts, which is especially advantageous in modern electronics where space is limited.

4. Cost-Effectiveness

Opting for the BCP56-10TX can lead to cost savings thanks to its reliability and durability. This transistor reduces failure rates, minimizing the need for replacements and repairs over time.

Technical Specifications

To further illustrate the capabilities of the BCP56-10TX, here are its technical specifications:

  • Type: NPN Bipolar Transistor
  • Maximum Collector Current (Ic): 1A
  • Collector-Emitter Voltage (Vce): 80V
  • Package Types: SC73 and SOT223
  • Gain (hFE): High range for efficient switching

Conclusion

In summary, the BCP56-10TX is an exemplary choice for engineers and hobbyists seeking a reliable NPN bipolar transistor for their electronic designs. Its combination of high voltage capacity, efficient current handling, and compact packaging makes it an outstanding component for a wide array of applications. Whether your focus is on consumer electronics, signal amplification, or power management, the BCP56-10TX is equipped to meet your needs with excellence.

Don’t settle for less when designing your projects. Opt for the quality and performance of the BCP56-10TX, ensuring your circuits run efficiently and reliably. For more NPN transistor options, visit our NPN SMD Transistors category.

Additional information
Weight 0,000144 kg
Manufacturer

Type-of-transistor

Polarisation

Collector-emitter-voltage

Collector-current

Case

Current-gain

Mounting

Kind-of-package

Frequency

Reviews (0)
0 reviews
0
0
0
0
0

There are no reviews yet.

Be the first to review “BCP56-10TX”

Your email address will not be published. Required fields are marked *

Shipping & Delivery
Warehouse Logistics

Shipping & Delivery

At Eselcom, we are committed to ensuring your orders are delivered with speed, security, and convenience. Our comprehensive shipping services are designed to provide peace of mind and reliability every step of the way.

  • Fast and Flexible Options: We offer various shipping speeds to accommodate your schedule, including express delivery for time-sensitive orders.
  • Real-Time Tracking: Stay informed with our seamless tracking system, giving you live updates on your shipment’s status from dispatch to delivery.
  • Global Reach: With trusted logistics partners, we deliver to customers worldwide, making sure your components arrive safely and on time.
  • Secure Packaging: We ensure every order is carefully packed to prevent damage during transit, so your products reach you in perfect condition.

Trust Eselcom to deliver quality products right to your door, on time and with care.