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DWIN T5L Drive IC 4.3 Inch Function Evaluation Board <br/>EKT043B

Features: ● DWIN self-designed T5L0 ASIC, 262k colors ; ● Glass + glass structure capacitive touch screen; ● 2Pin_3.81 Socket connection wire, TTL Interface; ● Multiple user interfaces(I/Os, CAN, PWM, AD, UARTs) for debugging; ● SD card or on-line serial port by DGUS TOOL two ways are supported for project downloading; ● DWIN DGUS V7.6 GUIs Development, no coding skills required, being user friendly; ● Dual Development System: DGUS II(GUI tool with built-in UI modules)/ TA(Instruction set), switched by download the kernel via SD card; ● With GUI & OS dual-core, GUI with rich built-in touch and display controls in DGUS tool. DWIN OS kernel is open to the user for the second-development, via DWIN OS programming language or KEIL C51 language.
    Specification ASIC Information T5L0 ASIC Designed by DWIN. Mass production in 2019, A 600Mhz dua core chip, GUI core and OS core, 1MBytes Nor Flash on the chip, 512KBytes used to store the user database. Rewrite cycle: over 100,000 times Display Color  262K colors Display Area(A.A)  93.60mm (W)×56.16mm (H) Resolution 480 x 800 Backlight  LED Brightness 250nit Voltage & Current Power Voltage  USB interface : 4.5~5.5V, typical value of 5V 2Pin_3.81 Socket : 6~36V, typical value of 12V Operation Current  VCC = 12V, Backlight on, 180mA VCC = 12V, Backlight off, 110mA Reliability Test Working Temperature -20℃~70℃ (12V @ 60% RH) Storage Temperature -30~80℃ Working Humidity 10%~90%RH Protective Paint None Interface Baudrate  3150~3225600bps Output Voltage   Output 1, Iout = -4mA;3.0~3.3 V Output 0, Iout =4mA;0~0.3 V Input Voltage  Input 1;2.4~5.0V Input 0;0~0.5V Interface    UART1: TTL/CMOS Cable Dual-male-USB:HDLUSB1 connect to computer UI & Peripheral UI Version TA / DGUSⅡ ( DGUSⅡ pre-installed ) Peripheral Capacitance touch screen, speaker,WIFI,HME05 simulator Dimension Dimension 126.11(W) × 109.60(H) ×17.70(T) mm Net Weight 145g External Interface PIN Definition Description 1# P1.0 I/O 2# P1.1 I/O 3# P1.2 I/O 4# P1.3 I/O 5# P1.4 I/O 6# P1.5 I/O 7# P1.6 I/O 8# P1.7 I/O 9# P2.0 I/O 10# P2.1 I/O 11# P2.2 I/O 12# P2.3 I/O 13# P2.4 I/O 14# P2.5 I/O 15# P2.6 I/O 16# P2.7 I/O 17# P3.0 I/O 18# P3.1 I/O 19# P3.2 I/O 20# P3.3 I/O 21# ADC1 AD 22# ADC0 AD 23# ADC3 AD 24# ADC2  AD 25# PWM2 PWM 26# ADC4 AD 27# ADC6 AD 28# ADC5 AD 29# PWM1  PWM 30# ADC7 AD 31# PWM3 PWM 32# PWM0 PWM 33# RX3/232 232 34# TX3/232 232 35# RX3/TTL TTL 36# TX3/TTL TTL 37# TX2/232 232 38# RX2/232 232 39# TX2/TTL TTL 40# RX2/TTL TTL 41# GND GND 42# GND GND 43# UART5/485B  485 44# UART5/485A 485 45# UART4/485B 485 46# UART4/485A 485 47# CANH CAN 48# CANL CAN Application