Lilypad Slide Switch Board 2 Positions Interruptor

This module is a small source of energy, this board was designed to be as small and as indiscreet as possible.
Putting a battery type AAA and operating the power switch, will have a supply of 5 V to power a lilypad circuit.
Use up to 200ma, it is protected against short circuits. This card has AAA battery clips but can use a 1.2V to 5V input, the module increases the voltage up to 5V.
Lithium polymer batteries are an alternative to rechargeable batteries.
Lilypad is a wearable E-textile technology developed to have large connection pads to attach to clothing. Lilypad Power Supply 5V Step Up with AAA Batteries features:
- Type of batteries connectable: AAA
- Input voltage (of the batteries): from 1.5V to 5V
- Output voltage: 5V

Blue LED.
The color option allows you to adjust the LEDs to your liking to sew clothes or anything else you can dream of.
Lilypad is a wearable E-textile technology developed to have large connection pads to attach to clothing. Lilypad LED Blue features:
- Operating voltage: 3 - 5 VDC
- Very bright
- Density of the PCB: 0.8 mm
- LED color: blue
- Size: 5.5x12.5 mm
- 1 LED included

Blink any color you need! Use the Tri-Color LED board as a simple indicator, or by pressing the red, green and blue channels, you can create any color. Very bright output.
This is a common anode design: to turn on a channel, you simply need to ground one of the R / G / B pins to illuminate that channel.
Lilypad is a wearable E-textile technology developed to have large connection pads to attach to clothing. Lilypad Tri-Color LED RGB features:
- Operating voltage: 3 - 5 VDC
- Design of common anode
- Density of the PCB: 0.8 mm
- Outside diameter: 20 mm

LED green.
The color option allows you to adjust the LEDs to your liking to sew clothes or anything else you can dream of.
Lilypad is a wearable E-textile technology developed to have large connection pads to attach to clothing. Lilypad LED Green features:
- Operating voltage: 3 - 5 VDC
- Very bright
- Density of the PCB: 0.8 mm
- LED color: green
- Size: 5.5x12.5 mm
- 1 LED included

The buzzer plate for Lilypad is used for the development and application of configurations that require a buzzer to indicate, for example, warnings, warnings or as part of the correct operation of your device.
Lilypad is a wearable E-textile technology developed to have large connection pads to attach to clothing. Lilypad Buzzer features:
- Operating voltage: 5 VDC
- Design of common anode
- PCB density: 0.5 mm
- Density of the buzzer: 20 mm
- Outside diameter: 20 mm

The pixel board is equipped with a WS2812 that is actually RGB LED with a WS2811 built into the LED.
Several of these individual sessions can be chained together to form a screen or an addressable string.
Each LilyPad is creatively designed to have large connecting pads so that they can be sewn on clothes. Pixel Board WS2812 for Lilypad features:
- Use the WS2812S chip
- RGB color lights
- Each LED can be controlled individually
- You only need one control line and two power cables
- Arduino libraries and routines available
- Density of the PCB: 0.8 mm
- Size: 20x3 mm

LED of red color.
The color option allows you to adjust the LEDs to your liking to sew clothes or anything else you can dream of.
Lilypad is a wearable E-textile technology developed to have large connection pads to attach to clothing. Lilypad LED Red features:
- Operating voltage: 3 - 5 VDC
- Very bright
- Density of the PCB: 0.8 mm
- LED color: red
- Size: 5.5x12.5 mm
- 1 LED included

Lilypad Battery Support Button Cell 3V CR2032 features:
- Battery holder for your Lilypad projects
- For 20mm diameter battery type CR2032
- ON / OFF control
- Connection points: 4

This support is a lilypad button to sew clothing or anything else you can dream of.
Lilypad is a wearable E-textile technology developed to have large connection pads to attach to clothing. Lilypad Button Board features:
- Density of the PCB: 0.8 mm
- Size: 8x16 mm
- 1 LED included

The good thing about LiPower is the ability to use rechargeable lithium polymer batteries.
These batteries are smaller, flatter and last much longer than an AAA battery.
Connect a single-cell LiPo battery, turn on the power switch and you will have a 5V supply to power your LilyPad network. It can deliver the current up to 150mA. Protected against the short circuit.
This board has a JST connector, which will be connected to single cell LiPo batteries terminated in JST.
It also has terminals for charging the LiPo battery with LiPo chargers. Each LilyPad was creatively designed to have large connection pads that allow them to sew on clothes.