Package Included:

• 2x Breadboard
• 1x Jumper Wires
• 20x White/Blue/Red/Yellow/Green LED
• 50x 10R/100R/220R/330R/1K/2K/5K/10K/100K/1M50x100R Well-designed case for the package for you to store the components after finishing the experiment

Description :

• Great compatibility: Basic beginner kit for electronic projects, application for the raspberry pi, Arduino, mega 2560 and other electronic experiments.
• Useful assortment: 500pcs of 1 set. 1/4W 1% tolerance metal film ohm resistors.
• 3mm Light Emitting Diode with 5 colors. Pack of 100 pieces. Solderless flexible male to male jumper cable wires with different length. Pack of 65 pieces.
• 400 points breadboard with self-adhesive tape. Easy to assemble with several breadboards. Pack of 2 pieces
• Bonus: Come with a free plastic box to keep your resistor kit tidy and organized, convenient for a store and fetch.

65pcs JUMPER WIRES:

• Material: Stranded copper wire
• Physical Size: 0.0115 inch/0.29 mm diameter
• AWG size 28
• Current capacity ~ 1.4 amps
• Type: Male to Male
• Quantity: 65 pieces
• Application for Arduino raspberry pi mega 2560 etc.

400 pin BREADBOARD:

• Material: ABS Size: 82 x 55 x 85 mm
• Color: white
• Accept wire with diameter 20-29AWG
• Voltage /Current :300V/ 3-5A
• Self-adhesive double sides paste tape.
• If you feel the breadboard pin is not enough. It is easy to put several breadboards together. There mark number and letters on each row and columns which avoid making mistake while connecting

RESISTOR:

• Tolerance: 1%
• Power: 1/4W
• Metal film
• The kit includes
• 10R/100R/220R/330R/1K/2K/5K/10K/100K/1M,each resistor 50pcs

LEDS:

• Size: 3mm Diameter / Transparent / Round
• Emitting Color: White/Red/Green/Blue/Yellow
• Voltage: Red/Green/Yellow 1.8-2.0V , Blue/White 2.2-2.4V
• Polarity: Anode (Longer Part) | Cathode (Shorter Part)

Package Included:

• 2x Breadboard
• 1x Jumper Wires
• 20x White/Blue/Red/Yellow/Green LED
• 50x 10R/100R/220R/330R/1K/2K/5K/10K/100K/1M50x100R Well-designed case for the package for you to store the components after finishing the experiment