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128x64 Chip on Glass Graphic LCD / 3.0V FSTN(+) / RGB Backlight
Model: NHD-C12864DA-FSRGB-FBW-3V3
Outline: 58.2mm x 41.7mm
£13.98IN STOCK -
128x64 Chip on Glass Graphic LCD Display / 3.0V FSTN(+) / White Backlight
Model: NHD-C12864DA-FSW-FBW-3V3
Outline: 58.2mm x 41.7mm
£13.68IN STOCK -
128x64 Chip on Glass Graphic LCD / 3.3V FSTN(+) / White Backlight
Model: NHD-C12864WC-FSW-FBW-3V3
Outline: 66.0mm x 44.0mm
£13.72IN STOCK -
128x64 Chip on Glass Graphic LCD / 3.3V FSTN(+) / White Backlight with Mounting Holes
Model: NHD-C12864WC-FSW-FBW-3V3-M
Outline: 77.0mm x 44.0mm
£13.72IN STOCK -
128x64 Chip on Glass Graphic LCD / 3.0V FSTN(+) / White Backlight
Model: NHD-C12864LZ-FSW-FBW-3V3
Outline: 77.4mm x 52.4mm
£13.26IN STOCK -
128x64 Chip on Glass Graphic LCD / 3.0V FSTN+ / Blue Backlight with 12V Heater
Model: NHD-C12864A1Z-FSB-FBW-HTT
Outline: 80.0mm x 54.0mm
£14.88IN STOCK -
128x64 Chip on Glass Graphic LCD / 3.0V FSTN+ / White Backlight with 12V Heater
Model: NHD-C12864A1Z-FSW-FBW-HTT
Outline: 80.0mm x 54.0mm
£14.88IN STOCK -
128x64 Chip on Glass Graphic LCD / 3.0V FSTN+ / RGB Backlight with 12V Heater
Model: NHD-C12864A1Z-FS(RGB)-FBW-HT1
Outline: 80.0mm x 54.0mm
£14.88IN STOCK -
128x64 Chip on Glass Graphic LCD / 3.0V STN (-) Blue / White Backlight with Mounting Holes
Model: NHD-C12864WO-B1TMI#-M
Outline: 89.7mm x 49.8mm
£18.33IN STOCK -
128x64 Chip on Glass Graphic LCD / 3.0V STN+ Gray / White Backlight with Mounting Holes
Model: NHD-C12864WO-B1TGH#-M
Outline: 89.7mm x 49.8mm
£18.33IN STOCK -
128x64 Chip on Glass Graphic LCD Display / 3.0V FSTN+ Gray / White Backlight with Mounting Holes
Model: NHD-C12864WO-B1TFH#-M
Outline: 89.7mm x 49.8mm
£18.77IN STOCK -
128x65 Chip on Glass Graphic LCD / 3.3V STN+ Gray / White Backlight
Model: NHD-C12865AR-FSW-GBW
Outline: 59.0mm x 42.0mm
£12.85IN STOCK
Chip on Glass (COG) LCD Displays
Slim, Cost-Effective Character and Graphic LCDs
Optimize space and efficiency with our COG LCD displays. Available in both character and graphic formats, these displays feature driver and controller circuitry bonded directly to the glass, eliminating the need for a PCB. The result is a slimmer, more economical design that offers outstanding reliability and flexibility for custom applications.