Origanal 100000 pF (0.1uF) Ceramic Capacitor (Pack of 5) for Reliable Circuits

100000 pF (0.1uF) Ceramic Capacitor Pack for Reliable Circuits

The 100000 pF (0.1uF) Ceramic Capacitor Pack of 5 offers exceptional reliability and stability for various electronic applications. With a capacitance of 100000 picofarads (0.1 microfarads), these ceramic capacitors are designed to ensure consistent performance in critical circuit functions.

Stable Capacitance and High Reliability – EG0025

Each capacitor in this pack provides a capacitance of 100000 pF (0.1uF) and is crafted with high-quality ceramic materials, offering excellent thermal stability and reliability. This makes them ideal for circuits requiring precise and stable capacitance values.

Versatile Applications

These ceramic capacitors are suitable for a wide range of applications, including filtering, coupling, decoupling, and bypass operations. They are perfect for use in power supply circuits, audio equipment, and other electronic devices that demand high stability.

Understanding Capacitance in Ceramic Capacitors

The capacitance of these ceramic capacitors ensures stable performance across various frequencies. With a capacitance of 100000 pF (0.1uF), they provide the necessary stability and reliability for both low and high-frequency applications.

Calculating Capacitance for Optimal Performance

Understanding and calculating capacitance is crucial for designing efficient electronic circuits. These 100000 pF (0.1uF) ceramic capacitors are easy to integrate into various designs, ensuring optimal performance and stability.

Types of Capacitors and Their Applications

These ceramic capacitors are part of a broad range of types of capacitors available in the market. They are known for their stability and reliability, making them a preferred choice for many electronic applications.

Cost-Effective and High-Quality

This pack of 5 ceramic capacitors offers excellent value for money. The capacitor price is competitive, ensuring you get high-quality components without breaking the bank.