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3.7" ePaper Display 240×416 - SPI i2C

SKU: DMAYE03701KNA
Prix de vente$49.00
  • 💹 Enjoy a 20% discount for orders over 500
  • 📉 A 15% discount is available for orders ranging from 200 to 499
  • 🎁 A 10% discount is available for orders ranging from 50 to 199
  • 🎁 A 5% discount is available when ordering 10-49

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Factory bulk lead time: 3 weeks.


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3.7" ePaper Display 240×416 - SPI i2C
3.7" ePaper Display 240×416 - SPI i2C Prix de vente$49.00

3.7" ePaper Display 240×416 - SPI I2C

Product Details

Professional-grade 3.7-inch Active Matrix Electrophoretic Display designed for ultra-low power applications. Featuring 240×416 resolution with pure reflective technology that delivers exceptional visibility in direct sunlight without backlighting.

DISPLAY TECHNOLOGY
AM EPD (Active Matrix)
RESOLUTION
240 × 416 pixels
ACTIVE AREA
47.04 × 81.536 mm
PIXEL PITCH
0.196 × 0.196 mm

The bi-stable display technology maintains the last image without power consumption, making it ideal for battery-operated devices. Integrated with gate buffer, source buffer, MCU interface, timing control logic, and DC-DC converter for complete system integration.

  • Ultra-Low Power Consumption: Typical operating power of 15mW with deep sleep mode as low as 3μW
  • High Visibility: White reflectance above 45% with contrast ratio exceeding 20:1
  • Dual Interface Support: Configurable 4-wire or 3-wire SPI interface with I²C temperature sensor connectivity
  • Integrated Control: On-chip display RAM, oscillator, booster and regulator control for comprehensive functionality
Technical Specifications
Parameter Specification
Screen Size 3.70 inch
Display Mode Pure Reflective / Bi-stable
Resolution 240(H) × 416(V) pixels
Pixel Configuration Rectangle
Outline Dimensions 98.60 × 57.60 × 0.82 mm
Logic Supply Voltage (VDD) 2.4V - 3.6V (Typical 3.0V)
Typical Operating Current 5 mA @ 3.0V
Typical Power Consumption 15 mW
Deep Sleep Power 3 μW
Sleep Mode Current 26 μA (RAM data retain)
White Reflectivity 48% (Typical)
Contrast Ratio 25:1 (Typical)
Full Refresh Time 500-750 ms @ 25°C
Partial Refresh Time 250 ms @ 25°C
Operating Temperature 0°C to 50°C
Storage Temperature -25°C to 60°C
Certification RoHS Compliant
Enterprise Solutions

Custom display solutions for large-scale deployments with volume pricing and technical support tailored to your specific requirements.

  • Bulk Procurement Programs: Volume discounts for enterprise deployments with customized configurations
  • Technical Integration Support: Dedicated engineering support for system integration and optimization
  • Custom Firmware Development: Tailored display drivers and interface optimization for specific applications
  • Quality Assurance: Rigorous testing and reliability validation for industrial-grade applications
Industry Applications
ELECTRONIC SHELF LABELS

Perfect for retail environments with battery life extending to several years due to ultra-low 3μW deep sleep power consumption.

PORTABLE MEDICAL DEVICES

Sunlight-readable displays for handheld diagnostic equipment with reliable performance in various lighting conditions.

INDUSTRIAL MONITORING

Long-term data display applications where power efficiency and reliability are critical factors.

Technical Resources

Technical Notes: Display performance optimized for indoor use with maximum illuminance intensity of 2000 lux. Interface timing parameters include clock cycle time of 250ns minimum with proper setup and hold times for reliable communication.

Documentation: Download complete technical documentation

System Compatibility

Designed for seamless integration with various microcontroller platforms through standard SPI interfaces.

  • Interface Options: Hardware-selectable 4-wire SPI (standard) or 3-wire SPI (9-bit) modes
  • Temperature Monitoring: Built-in I²C master interface for external digital temperature sensor connectivity
  • Voltage Compatibility: Wide operating voltage range from 2.4V to 3.6V for flexible power supply design
  • Control Signals: Comprehensive pinout including BUSY, RESET, and chip select for robust system control

Mechanical Dimensions