Ceramic Capacitor 100nF (104) - Through Hole Capacitor for Arduino & Electronics 4x
Ceramic Capacitor 100nF (104) - Through Hole Capacitor for Arduino & Electronics 4x is backordered and will ship as soon as it is back in stock.
Delivery and Shipping
Delivery and Shipping
Domestic shipping is handled by Akis Express in one working day for pickup points and 2-3 working days for door to door delivery. For international shipping there is option for a Post Office or a FedEx Express.
Ceramic Capacitor 100nF (104) - Through Hole Capacitor for Arduino & Electronics 4x is backordered and will ship as soon as it is back in stock.
The Ceramic Capacitor 100nF (104) is a simple and reliable component for stabilizing and filtering signals in electronic circuits, making it an essential addition to any electronics enthusiast, technician, or DIY maker.
This capacitor is widely used for decoupling, noise filtering, and signal smoothing in circuits, helping improve stability and performance. It is one of the most commonly used capacitor values in electronics.
Designed for easy integration, it features a through hole design, making it ideal for breadboards, PCBs, and general prototyping.
Perfect for makers, students, and STEM labs where reliable and essential components are required.
Highlights:
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100nF Value: One of the most commonly used capacitor values.
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104 Marking: Standard code for easy identification.
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Noise Filtering: Ideal for decoupling and signal stabilization.
- Easy Integration: Through hole design for prototyping and PCBs.
- 4 Pcs Pack: Includes four capacitors.
Specifications:
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Type: Ceramic capacitor.
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Quantity: 4 pcs.
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Capacitance: 100nF (0.1µF).
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Marking: 104.
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Tolerance: ±10% or ±20%.
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Rated Voltage: 50V.
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Dielectric: Ceramic.
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Mounting: Through hole, radial leaded.
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Application: Decoupling, filtering, signal stabilization.
- Interface: 2-pin (+, -).
Ideal For:
- 🔧 Circuit stabilization and filtering.
- ⚡ Noise reduction in power lines.
- 🤖 Robotics and electronics projects.
- 🧰 DIY prototyping and testing.
- 🎓 Arduino & STEM education projects.
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