200x200 ePaper with Adapter Board

Part Number: CFAP200200A3-E2-1

Easily integrate this 1.54" black and white ePaper display into your product. This ePaper module takes care of all the circuitry required to operate the display so only the COM and power lines need to be supplied.

This kit comprises a 200x200 1.54" ePaper display and the CFA10084 ePaper adapter board mounted on the back of the display.

A full 1.54" black and white ePaper demonstration kit is also available.

• ePaper reflects light like paper, meaning it's sunlight-readable and can be viewed from wide angles
• Supports 3 or 4 wire SPI for communications
• Bi-stable image displays without flickering
• Supports partial screen updates
• ~5 years / ~1M updates
• ~2sec for a full screen update

• square_foot Physical Characteristics

  Physical Characteristics

  Column Dots x Row Dots

  200 x 200

  Module Overall	width	height	depth
  millimeters	31.8	37.32	1.05
  inches	1.252	1.469	0.041
  *width / height does not include Foldable Tab

  Diagonal Dimension

  1.5"

  Active Area	Width	Height
  millimeters	27	27
  inches	1.063	1.063

  Dot Pitch	Width	Height
  millimeters	0.135	0.135
  inches	0.0053	0.0053

  Weight	4.8g
  Pin Count	24

• visibility Optical Characteristics

  Optical Characteristics

  Glass Type	ePaper
  Sunlight Readable	Yes

  Foreground Color	black
  Background Color	white

• electric_bolt Electrical Specification

  Electrical Specifications

  Supply Voltage for Logic Minimum	2.2V
  Supply Voltage for Logic Maximum	3.7V

  Supply Voltage for Logic Typical	3.3V
  Module Connector Pitch	2.54mm

• nature Enviromental

  Environmental

  Operating Temperatures	min	max
  Celsius	0°	50°
  Fahrenheit	32°	122°

  Storage Temperatures	min	max
  Celsius	-25°	60°
  Fahrenheit	-13°	140°

  Humidity	min	max
  Non-condensing	40%	70%

• cable Electronics

  Electronics

  Interface

  SPI

• picture_as_pdf Datasheets
  picture_as_pdf

  CFA10084 Datasheet
  
  

  picture_as_pdf

  CFAP200200A3-0154 Datasheet
  
  
• download Files and Downloads
  folder_zip Hardware Design - 3D Model