3900 pF Ceramic Capacitor Reliable Timing & Noise Suppression

Easy-to-Use 3900 pF Ceramic Capacitor for DIY and Repairs

This 3900 pF ceramic capacitor is the perfect choice for everyday electronics projects, repairs, and upgrades. With simple through-hole mounting and durable radial leads, it’s easy to install whether youre building circuits on a breadboard, a hobby PCB, or fixing small appliances. Ceramic capacitors like this one are non-polarized, making them versatile for AC or DC circuitsno need to worry about orientation during installation.

Why Choose a 3900 pF Ceramic Capacitor?

Film and ceramic capacitors in the 3900 pF (picofarad) range are often used for precise timing circuits, high-frequency oscillators, and effective noise suppression. These features help keep your circuits running smoothly and protect sensitive components from electrical interference. They’re also great for bypassing and coupling signals in audio and low-power applications.

Technical Details and Features

• Capacitance: 3900 pF (picoFarads)
• Mounting Type: Through-hole, easy for breadboards or PCBs
• Package Style: Radial
• Termination: PC pins
• Type: Ceramic, non-polarized

Ceramic capacitors are known for their low equivalent series resistance (ESR) and stable performance. Their tight tolerance ensures consistent results, making them a popular choice for both beginners and electronics professionals.

Common Uses for 3900 pF Ceramic Capacitors

• Timing circuits in microcontrollers and clocks
• Oscillator circuits for radios and RF devices
• Noise filtering and suppression in audio and power supplies
• Signal coupling and bypass in various low-power applications

Thanks to its compact size and dependable construction, this ceramic capacitor suits most DIY sensors, timers, remote controls, and basic electronic repairs.

Shop More Film & Ceramic Capacitors

Looking for different values or types? Browse our full selection of film and ceramic capacitors for anything your project or repair needs!

IN STORE LOCATION: 6A-10 > VBN2012 > C2R4