10pcs 2SC828 PNP Low Power Transistor Switching Amplifier TO-92 Electronic Project Microwave Communication Circuit

Description

Product Overview

The 2SC828 PNP low‑power transistor is a compact, high‑performance component designed for a wide range of electronic projects. Packaged in a durable TO‑92 case, each transistor provides a maximum voltage rating of 100 V and a robust surge current capability that makes it suitable for both low‑frequency and high‑frequency applications. YINETTECH, a reputable manufacturer in the semiconductor market, supplies these transistors in a 10‑piece set, ensuring you have enough units for prototyping, batch production, or educational labs. The device’s low power consumption helps extend battery life in portable devices while maintaining stable operation under varying load conditions. Its physical dimensions—approximately 18 mm in length—fit comfortably on standard breadboards and PCBs, allowing for easy integration into existing designs.

Usage

These transistors excel in a variety of real‑world scenarios. Hobbyists often employ them in DIY audio amplifiers, where the PNP configuration provides clean signal amplification with minimal distortion. In solar‑charging circuits, the low‑power nature of the 2SC828 helps regulate voltage without draining the harvested energy. Engineers designing switching power supplies benefit from the transistor’s fast response time, enabling efficient conversion and reduced heat generation. Additionally, the component is a popular choice for microwave communication projects, where its ability to handle high‑frequency signals ensures reliable data transmission. Whether you are building a student experiment, a prototype converter, or a small‑scale production run, the 2SC828 offers the flexibility and reliability required for success.

Why Choose Us

Choosing YINETTECH means selecting a partner committed to quality and consistency. Each batch of 2SC828 transistors undergoes rigorous testing to verify voltage tolerance, current handling, and thermal performance, guaranteeing that you receive components that meet or exceed industry standards. Our packaging protects the transistors from static discharge and mechanical damage during shipping, ensuring they arrive ready for immediate use. We also provide comprehensive technical support, offering guidance on circuit design, troubleshooting, and optimal application methods. With a proven track record in the industrial and scientific sectors, YINETTECH delivers not only a product but also the confidence that your projects will perform reliably from prototype to production.

Key Features

• High surge current capability ensures reliable operation under demanding loads.
• Low power consumption extends battery life in portable and solar‑powered devices.
• Compact TO‑92 package fits easily on breadboards and standard PCBs.
• Versatile PNP configuration suitable for audio, power, and microwave applications.
• Dedicated technical support and after‑sales service for seamless project integration.

FAQ

What is the maximum voltage rating for the 2SC828 transistor?

The transistor can safely operate up to 100 V, making it suitable for a broad range of low‑to‑moderate voltage circuits.

Can these transistors be used in high‑frequency microwave circuits?

Yes, the 2SC828 is designed to handle high‑frequency signals, and many users successfully employ it in microwave communication and RF amplification projects.

How many transistors are included in the package?

The standard package contains ten individual 2SC828 PNP transistors, providing enough units for prototyping and small‑scale production.

Is there a warranty or guarantee for these components?

YINETTECH offers a one‑year limited warranty covering manufacturing defects, and our customer support team is ready to assist with any performance concerns.

What applications are most common for the 2SC828?

Typical applications include DIY audio amplifiers, solar charging regulators, switching power supplies, and microwave communication circuits, as well as educational labs and prototype development.