10 Pieces MCGPR35V336M5X11 Electrolytic Capacitor, GPR Series, 33 µF, ±20%, 35 V, 5 mm, Radial Leads 33uf 35V

Description

What it is

The MCGPR35V336M5X11 electrolytic capacitor is a passive component used in electronic projects, including those based on Arduino. This type of capacitor is known for its ability to filter electrical noise and stabilize circuit power supplies.

Features

• Type: Electrolytic Capacitor GPR Series
• Capacity: 33 µF ± 20%
• Maximum Voltage: 35 V
• Terminal Diameter: 5 mm
• Radial Leads

What it is for

This capacitor is ideal for creating low-pass filters in Arduino circuits and can be used by beginners and intermediate users. It is compatible with various Arduino and ESP projects, providing a solid foundation for power supply stabilization and noise filtering.

Tutorial: How to Use 10 Pieces MCGPR35V336M5X11 Electrolytic Capacitor

This electrolytic capacitor is ideal for stabilizing power supply and filtering electrical noise in Arduino circuits. Useful for beginners and intermediates.

What you need

• Capacitor MCGPR35V336M5X11
• Arduino or electronic circuit
• Multimeter
• Screwdriver

Steps

1. Check capacitor specifications on the datasheet.
2. Prepare the circuit and mounting location.
3. Connect the positive (+) terminal of the capacitor to the positive power supply terminal.
4. Connect the negative (-) terminal of the capacitor to ground or the negative power supply terminal.
5. Check polarity: do not connect in reverse.
6. Check maximum voltage (35V).
7. Mount the capacitor with the screwdriver.
8. Verify mounting with the multimeter.

Mini project

Create a low-pass filter for Arduino using this capacitor and a resistor.

Common mistakes

• Connect the capacitor in reverse.
• Ignore polarity.
• Use a voltage higher than 35V.
• Omit mounting verification.

Recommended accessories

• Resistor
• Multimeter
• X-Acto Knife

Frequently asked questions

How can I verify the polarity of the capacitor?
Check the sign (+) and (-) on the capacitor.

Can I use this capacitor in high frequency circuits?
Check the maximum operating frequency on the datasheet.

Can the capacitor be used in AC circuits?
Check the AC circuit compatibility on the datasheet.