PowerBRICKS are designed to easily plug directly onto your breadboard for simple, low profile integration. Powered by USB and can provide up to 1.1W of power. In addition, PowerBRICKS can be daisy-chained to provide more than one +/- Vout pair. (Total power output for the entire chain should not exceed 2.2W.)
Reference Manual:
Input Voltage Input voltage can be provided either through the USB connector or the +Vin pin header. The USB connector is used only as a voltage input source, while the pin header is used either as an input or output. When a USB power source is attached, the pin header becomes an output and gives access to the USB voltage. This way the user can chain more PowerBRICKs by connecting together the +Vin pins. Note that the first PowerBRICK in the chain limits the input current. The entire chain can deliver a total output power of 2.2W, with each individual PowerBrick limited to the values specified in the tables below. For maximum output capabilities (current and capacitive load) each PowerBrick should be powered individually either through the USB connector or +Vin pin.
-Vout: -5V @ -200mA. Max capacitive load 47uF
Vout: +5V @ 250mA. Max capacitive load 22uF
PowerBRICKS: Breadboardable Dual Output USB Power Supplies 5V
PowerBRICKS are designed to easily plug directly onto your breadboard for simple, low profile integration. Powered by USB and can provide up to 1.1W of power. In addition, PowerBRICKS can be daisy-chained to provide more than one +/- Vout pair. (Total power output for the entire chain should not exceed 2.2W.)
Reference Manual:
Input Voltage Input voltage can be provided either through the USB connector or the +Vin pin header. The USB connector is used only as a voltage input source, while the pin header is used either as an input or output. When a USB power source is attached, the pin header becomes an output and gives access to the USB voltage. This way the user can chain more PowerBRICKs by connecting together the +Vin pins. Note that the first PowerBRICK in the chain limits the input current. The entire chain can deliver a total output power of 2.2W, with each individual PowerBrick limited to the values specified in the tables below. For maximum output capabilities (current and capacitive load) each PowerBrick should be powered individually either through the USB connector or +Vin pin.
-Vout: -5V @ -200mA. Max capacitive load 47uF
Vout: +5V @ 250mA. Max capacitive load 22uF
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