3.7Inch Epaper Display Electronic With Adjustable LCD Screen

Price Negotiable

Price: Negotiable

MOQ: 3PCS

Delivery Time: 3-5weeks

Brand: RGH

Product Description

1 General Description

RSE0370NQ01-A0 is an Active Matrix Electrophoretic Display (AM EPD), with interface and a

reference system design. The 3.7” active area contains 240x416 pixels. The module is a TFT-array driving

electrophoretic display, with integrated circuits including gate buffer, source buffer, MCU interface, timing control

logic, oscillator, DC-DC, SRAM, LUT, VCOM. Module can be used in portable electronic devices, such as

Electronic Shelf Label (ESL) System .

2 Features

240×416pixels display

White reflectance above 30%

Contrast ratio above 8:1

Ultra wide viewing angle

Ultra low power consumption

Pure reflective mode

Bi-stable display

Landscape, portrait modes

Ultra Low current deep sleep mode

On chip display RAM

Waveform stored in On-chip OTP

Serial peripheral interface available

On-chip oscillator

On-chip booster and regulator control for generating VCOM, Gate and Source driving voltage

I2C signal master interface to read extemal temperature sensor

3 Application

Electronic Shelf Label System

No.	Name	VO	Descriptio n	Remark
1	NC		Donot connect with other NC pins
2	GDR	0	N-Channel MOSFET Gate Drive Control
3	RESE		Current Sense Input for the Control Loop
4	NC		Do not connect with other NC pins
5	VDHR	C	Positive Source driving voltage 1
6	TSCL	0	I2C Interface to digitaltemperature sensorClock pin
7	TSDA	IO	12C Interface to digitaltemperature sensor Data pin
8	BS		Bus Interface selection pin	Note 5-4
9	BUSYN	0	Busy state output pin	Note 5-3
10	RSTN		Reset signal input.Active Low.
11	D/C	I	Data /Command control pin	Note 5-2
12	CSB	I	Chip select input pin	Note5-1
13	SCL		Serial Clock pin (SPl)
14	SDA	I	Serial Data pin (SPI)
15	VDD	P	Power Supply for interface logic pins
16	VDD	P	Power Supply for the chip
17	VSS	P	Ground
18	VDDD	C	Core logic power pin VDDD can be regulated intermally fromVDD.A capacitorshould be connected between VDDD and VSS under all circumstances
19	VPP	P	Power Supply for OTP Programming
20	VSH	C	Positive Source driving voltage 2
21	VGH	C	Posiive Gate driving voltage
22	VSL	C	Negative Source driving voltage
23	VGL	C	Negative Gate driving voltage
24	VCOM	C	VCOM driving voltage