MICRO Slide Switch 5-Pin ON-OFF Mini Toggle Switch for PCB — Pack of 10/30/50/100

For one-off prototypes or repairs, the 10-piece pack is typically sufficient. Hobbyists building multiple Arduino or PCB projects generally find the 30- or 50-piece packs more economical. The 100-piece pack is best suited for small-batch production runs or workshop stock where having spares on hand saves time.

This type of micro slide switch generally features a pin pitch of 1.5mm–2.54mm. Please check the product images or contact us to confirm the exact pitch before designing your PCB footprint — getting this right before you order your boards will save a re-spin.

Micro slide switches of this type are typically rated for 0.3A–0.5A at 6V DC. They are designed for low-power signal switching in PCB and electronic control circuits. Do not use them for mains voltage or high-current loads — a relay or appropriately rated switch should be used in those cases.

This switch is generally intended for indoor PCB and electronics use in controlled environments. It is not rated for outdoor exposure or high-humidity conditions. For moisture-exposed applications, a sealed or IP-rated switch would be more appropriate.

Yes. The 5-pin through-hole design is commonly used in Arduino, Raspberry Pi, and general breadboard or PCB prototyping setups. In most cases it will fit standard 2.54mm-pitch breadboard rails, but verify the pin pitch matches your specific board layout before soldering to avoid rework.

A 5-pin slide switch typically provides two independent circuits in a single body (DPDT — Double Pole Double Throw), allowing you to switch two separate signal lines simultaneously. A 3-pin switch is usually SPDT (Single Pole Double Throw), controlling one circuit at a time. The 5-pin version is useful when you need to toggle two channels at once, such as in audio routing or dual-motor direction control.

Insert the pins through the matching PCB holes and hold the switch flush against the board surface. Solder each pin from the underside using a fine-tip soldering iron at around 300–350°C. Avoid prolonged heat contact to prevent damage to the thermoplastic switch body. Allow the joints to cool before testing continuity.