10 Piece Monolithic Capacitor 473 0.047µF 50V Pin Pitch 5.08mm Promise Capacitance

Description

What it is

Monolithic capacitors are passive components used in electronic projects to stabilize voltage and filter noise. This specific product is a 0.047µF capacitor with a rated voltage of 50V, ideal for applications like Arduino and other electronic projects.

Features

• Type: Monolithic Capacitor
• Nominal Capacitance: 0.047µF (473)
• Maximum Voltage: 50V
• Pin Pitch: 5,08mm

What it is for

Monolithic capacitors are useful for creating low-pass filters and stabilizing voltage in circuits. They are ideal for beginners and intermediate makers working on Arduino or other microcontroller systems.

Tutorial: How to Use 0.047µF 50V Monolithic Capacitors

Monolithic capacitors are useful for filtering noise and stabilizing voltage in electronic circuits. Ideal for beginners and intermediate makers.

What you need

• 0.047µF 50V Monolithic Capacitors
• Multimeter
• Craft Knife
• Pliers

Steps

1. Check the datasheet for specifications: 0.047µF, 50V, pin pitch 5.08mm.
2. Draw the position of the capacitor on the circuit.
3. Prepare the electrical circuit, make sure the maximum voltage does not exceed 50V.
4. Connect the capacitor pins to the correct points on the circuit.
5. Check the polarity of the pins if necessary.
6. Test the circuit with a multimeter.
7. Mount the capacitor on the circuit.
8. Verify the proper functioning of the circuit again.

Mini project

Create a simple low-pass filter using a 0.047µF capacitor and a resistor.

Common mistakes

• Connect the wrong pins.
• Exceed the maximum voltage.
• Skip the circuit test.
• Do not use static electricity protection.

Recommended accessories

• Resistor
• Multimeter
• Pliers

Frequently asked questions

How can I verify the correct polarity of the pins?
Check the datasheet or with a multimeter.

Can I use this capacitor in high frequency circuits?
Check the datasheet for the low impedance capacitance.

The circuit is not working, what can I do?
Check the connections and the maximum voltage.

Can I use this capacitor at a voltage higher than 50V?
No, you risk damaging the capacitor.