Wio Terminal Chassis – Battery (650mAh)

Description:

The Wio Terminal Battery Chassis is a must-have extension board for Wio-Terminal Dev Board as it provides an external power source for Wio Terminal to enhance its portability and compactness. It has a 650mAH rechargeable lithium polymer battery, 4 Grove Analog/Digital Ports, 1 Grove I2C Port, and 1 Grove UART Port, as well as the ABS enclosure for aesthetic and protection.

Key Features

• Built-in 650mAh Rechargeable Lithium Polymer Battery
• USB Type-C Charging
• Overcurrent protection
• Hiccup mode/Hiccup Protection
• 4 x Grove Analog/Digital Port
• 1 x Grove I2C Port
• 1 x Grove UART Port
• Magnets are hidden inside the enclosure so that it can be stuck on the Whiteboard!

The Wio Terminal Battery Chassis is a must-have extension board for Wio-Terminal Dev Board as it provides an external power source for Wio Terminal to enhance its portability and compactness. It has a 650mAH rechargeable lithium polymer battery, 4 Grove Analog/Digital Ports, 1 Grove I2C Port, and 1 Grove UART Port, as well as the ABS enclosure for aesthetic and protection. There is also the same Raspberry Pi 40-pin compatible GPIO at the back of the Wio Terminal Battery Chassis for more add-ons!

With Wio-Terminal Dev Board + Wio Terminal Battery Chassis, you are able to build the most powerful and compact IoT projects with no ease. With the extended Grove Ports, you can enjoy the plug and play features of the Grove Ecosystem!

Precautions

• The Wio Terminal Battery Chassis cannot output 3.3V voltage by itself, it can only output 5V voltage. To output 3.3V it must be used with Wio Terminal.
• When the Wio Terminal Battery Chassis is switched from battery charging mode to battery power mode, there will be a 1.2s voltage drop time.
• By default, the Wio Terminal Battery Chassis is powered by the battery when it is not connected to the USB Type-C. After plugs in the USB Type-C, it automatically switches to the USB Type-C for power supply.
• When the Wio Terminal Battery Chassis is plugged into the USB Type-C, it will supply power to both the battery and the RPI_5V pin on the connector. At this time, the battery will not supply power. If the lithium battery is not fully charged, it will stop charges after charging to 100%.