BC548 PLASTIC

BC548 Transistor - 3-Pack High Performance

The BC548 transistor is a versatile NPN transistor. It is perfect for signal amplification and switching. This 3-pack gives you reliable components for your projects. Hobbyists and engineers trust this part. It works in many low-power circuits.

This BC548 transistor handles up to 100mA collector current. It has a voltage rating of 30V. The gain is high and consistent. You get three units for the price of one. That saves you time and money.

The BC548 transistor is a workhorse for low-power electronics. It amplifies weak signals with ease. It also switches small loads quickly. This part is a standard in many designs. You can use it for audio, sensors, and logic control. Its NPN structure makes it easy to bias. The high gain means fewer stages needed. Each unit is tested for quality. You get consistent performance every time. This 3-pack covers prototyping and repairs. It is a smart choice for your inventory.

Key Features

• NPN silicon transistor for general purpose use
• Collector current up to 100mA for low-power circuits
• High DC current gain (hFE) for sensitive amplification
• Low noise performance for audio applications
• Three transistors per pack for multiple builds
• Compact TO-92 package for easy breadboard use

Use Cases

Use this BC548 transistor in audio preamps, sensor interfaces, and switching circuits. It is a common choice for Arduino and Raspberry Pi projects. Repair old radios or build new gadgets. This part works in many designs. Typical buyers include students, makers, and technicians. It is also great for educators teaching electronics. Hobbyists love it for custom amplifiers. Engineers use it in prototypes. The BC548 transistor fits any low-voltage project. It is a staple in every parts drawer.

Order your BC548 transistor 3-pack today. Get fast shipping from Electra Store. Start your next project with confidence. Click add to cart now. The BC548 transistor is ready to ship. Do not wait to complete your build. Buy now and save time.