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TheLCD FeatherWingfromOddly Specific Objectsis a low-power, CircuitPython-compatible, IC-driven display that works with Adafruits Feather line of development boards. It uses the BU9796 segment LCD controller to drive a custom liquid crystal display glass with 48 segments, including:
The LCD FeatherWing comes mostly assembledbut does require some basic through-hole soldering. The wing comes in three parts:
"Segment LCDs are a kind of old-school technology that doesn't get a lot of love in maker projects. They have a striking, high-contrast look with great daylight readability, and they are staggeringly low power as display tech goes. But they are somewhat difficult to drive, requiring AC signals on all pins and multiple bias voltages.
I made this LCD FeatherWing to simplify the use of LCD technology in Feather-oriented projectsso that makers could take advantage of this low-power, always-on display technology in their projects using the IC protocol and an easy-to-use CircuitPython library." Joey Castillo
Unlike a segment LED display which consumes dozens of milliamperes, this LCD FeatherWing consumes meremicroamperesof power, even as the display remains on and showing useful data. When paired with judicious use of deep sleep, you can use this wing to make battery-powered projects that lastmonthsinstead of hours or days.
In addition to the custom FeatherWing circuit board, this device sports a completely custom liquid crystal display glass of my own design. With five digits plus a sign indicator, four decimal points, and a colon, it's optimized for displaying all kinds of data, from sensor readings like temperature to the time of day or a countdown clock. Its diverse set of indicators includes icons for wifi connection and data transfer, battery status, alarm, and sleep mode. This makes it an ideal match for boards like the ESP32 Feather and theFeather M4that support deep sleep.
TheLCD FeatherWingfromOddly Specific Objectsis a low-power, CircuitPython-compatible, IC-driven display that works with Adafruits Feather line of development boards. It uses the BU9796 segment LCD controller to drive a custom liquid crystal display glass with 48 segments, including:
The LCD FeatherWing comes mostly assembledbut does require some basic through-hole soldering. The wing comes in three parts:
“Segment LCDs are a kind of old-school technology that doesn’t get a lot of love in maker projects. They have a striking, high-contrast look with great daylight readability, and they are staggeringly low power as display tech goes. But they are somewhat difficult to drive, requiring AC signals on all pins and multiple bias voltages.
I made this LCD FeatherWing to simplify the use of LCD technology in Feather-oriented projectsso that makers could take advantage of this low-power, always-on display technology in their projects using the IC protocol and an easy-to-use CircuitPython library.” Joey Castillo
Unlike a segment LED display which consumes dozens of milliamperes, this LCD FeatherWing consumes meremicroamperesof power, even as the display remains on and showing useful data. When paired with judicious use of deep sleep, you can use this wing to make battery-powered projects that lastmonthsinstead of hours or days.
In addition to the custom FeatherWing circuit board, this device sports a completely custom liquid crystal display glass of my own design. With five digits plus a sign indicator, four decimal points, and a colon, it’s optimized for displaying all kinds of data, from sensor readings like temperature to the time of day or a countdown clock. Its diverse set of indicators includes icons for wifi connection and data transfer, battery status, alarm, and sleep mode. This makes it an ideal match for boards like the ESP32 Feather and theFeather M4that support deep sleep.
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