Product image 1
HomeStore

Wiring solar panel 3V 100MA with JST connector

Wiring solar panel 3V 100MA with JST connector

A compact 3V solar panel with a convenient JST connector for easy integration into low-power electronics projects. Rated at 100mA output in direct sunlight, it's suitable for trickle charging small batteries or powering sensors and microcontrollers.

Key Features

  • 3V Output – Direct voltage suitable for many low-power circuits
  • 100mA Current – In full sunlight conditions
  • JST Connector – Plug-and-play connection, no soldering required
  • Compact Size – Easy to mount on small projects

Specifications

  • Voltage – 3V
  • Current – 100mA (max, in direct sunlight)
  • Power – 0.3W
  • Connector – JST

Ideal For

  • Solar-powered sensor nodes
  • Trickle charging small LiPo batteries
  • Outdoor IoT projects
  • Educational solar experiments
  • Low-power microcontroller projects
Note: Output varies with light conditions. For battery charging, use an appropriate charge controller to prevent overcharging.
$1.00

Original: $2.86

-65%
Wiring solar panel 3V 100MA with JST connector

$2.86

$1.00

Product Information

Shipping & Returns

Description

A compact 3V solar panel with a convenient JST connector for easy integration into low-power electronics projects. Rated at 100mA output in direct sunlight, it's suitable for trickle charging small batteries or powering sensors and microcontrollers.

Key Features

  • 3V Output – Direct voltage suitable for many low-power circuits
  • 100mA Current – In full sunlight conditions
  • JST Connector – Plug-and-play connection, no soldering required
  • Compact Size – Easy to mount on small projects

Specifications

  • Voltage – 3V
  • Current – 100mA (max, in direct sunlight)
  • Power – 0.3W
  • Connector – JST

Ideal For

  • Solar-powered sensor nodes
  • Trickle charging small LiPo batteries
  • Outdoor IoT projects
  • Educational solar experiments
  • Low-power microcontroller projects
Note: Output varies with light conditions. For battery charging, use an appropriate charge controller to prevent overcharging.