The 0.1uF 100nF 104 Multilayer Ceramic Capacitors are the undisputed backbone of digital electronics and breadboard prototyping. Marked with the ubiquitous 104 code, these components are worth their weight in gold for any engineer, student, or hobbyist working with microcontrollers like Arduino and Raspberry Pi. Serving as the primary decoupling capacitor, this part is designed to be placed directly beside the power supply pins of virtually every integrated circuit. By providing a low-impedance path to ground for high-frequency noise, these capacitors stabilize power lines and prevent transient voltage spikes from disrupting sensitive digital logic. Beyond standard power supply bypassing, their versatile non-polarized nature makes them ideal for signal coupling, analog filtering, button debouncing, and basic timing circuits. Stocking your workbench drawer with these reliable ceramic capacitors ensures you will never be caught short during a crucial prototyping phase.
The 0.1uF 100nF 104 Multilayer Ceramic Capacitors are the undisputed backbone of digital electronics and breadboard prototyping. Marked with the ubiquitous 104 code, these components are worth their weight in gold for any engineer, student, or hobbyist working with microcontrollers like Arduino and Raspberry Pi. Serving as the primary decoupling capacitor, this part is designed to be placed directly beside the power supply pins of virtually every integrated circuit. By providing a low-impedance path to ground for high-frequency noise, these capacitors stabilize power lines and prevent transient voltage spikes from disrupting sensitive digital logic. Beyond standard power supply bypassing, their versatile non-polarized nature makes them ideal for signal coupling, analog filtering, button debouncing, and basic timing circuits. Stocking your workbench drawer with these reliable ceramic capacitors ensures you will never be caught short during a crucial prototyping phase.
Multilayer ceramic capacitors utilize alternating layers of ceramic dielectric and metal electrodes, a design that packs a significant amount of capacitance into a remarkably small physical footprint. Unlike polarized electrolytic capacitors, these ceramic units have no positive or negative lead, simplifying installation on both solderless breadboards and permanent perfboards. Their low equivalent series resistance and low equivalent series inductance allow them to respond rapidly to transient current demands from high-speed digital switching circuits. The radial lead configuration features durable tin-plated copper wire leads that solder easily and withstand standard thermal stress during assembly.
Capacitance Value: 0.1 microfarad, 100 nanofarad, commonly marked as 104
Capacitor Type: Multilayer Ceramic Capacitor MLCC
Rated Voltage: 50 Volt direct current VDC maximum working voltage
Tolerance: Standard commercial tolerance of plus minus ten to twenty percent
Lead Style: Radial through-hole leads with straight configuration
Construction: Monolithic ceramic dielectric with protective resin coating
Power supply decoupling and high-frequency noise suppression for microcontrollers and integrated circuits
Signal coupling and DC blocking in audio and radio frequency circuits
Low-pass and high-pass analog filter design for sensor signal conditioning
Switch and push-button debouncing in digital input circuits
General purpose timing circuits and oscillator stabilization networks
Always place one decoupling capacitor as physically close as possible to the VCC and GND pins of every integrated circuit, especially microprocessors and digital logic chips. Ensure the operating voltage of your circuit does not exceed the maximum rated voltage of the capacitor. When inserting into solderless breadboards, take care not to bend the leads too close to the ceramic body to prevent cracking the internal dielectric layers. Store unused components in anti-static bags in a dry environment to maintain long-term reliability.
Assorted pack of 0.1uF 100nF 104 multilayer ceramic capacitors
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