Spesifikasi
![DMG85480F050_01W](https://ecdn6.globalso.com/upload/p/1355/source/2024-03/65f967d5018cd71581.png)
T5L0 ASIC | T5L0 ASIC minangka GUI kanthi daya rendah, biaya-efektif, lan aplikasi ASIC dual-inti chip tunggal sing terintegrasi sing dirancang dening DWIN Technology kanggo LCD ukuran cilik lan diproduksi massal ing taun 2020. |
warna | 262K werna | ||
Tipe LCD | IPS-TFT-LCD, | ||
Sudut Pandang | Wide viewing angel, nilai khas 85°/85°/85°/85°(L/R/U/D) | ||
Resolusi | 480×854 | ||
Lampu mburi | LED | ||
padhang |
DMG85480F050_01WN: 400nit DMG85480F050_01WTC:350nit DMG85480F050_01WTCZ01:350nit DMG85480F050_01WTCZ02:100nit |
Jinis | CTP (panel tutul kapasitif) | ||
Struktur | Struktur G+G | ||
Mode Tutul | Ndhukung titik tutul lan seret | ||
Kekerasan lumahing | 6H | ||
Transmitansi cahya | Luwih saka 90% | ||
urip | Swara 1,000,000 kaping tutul |
Tegangan Daya | 3.6 ~ 5.5V, nilai khas 5V | ||
Operasi Saiki | VCC = 5V, lampu latar maks, 300mA | ||
VCC = 5V, lampu latar mati, 95mA |
Suhu Kerja | -10 ℃ ~ 60 ℃ | ||
Suhu panyimpenan | -20 ℃ ~ 70 ℃ | ||
Kelembapan Kerja | 10% ~ 90% RH, nilai khas 60% RH |
antarmuka panganggo | 50Pin_0.5mm FPC | ||
Baudrate | 3150~3225600bps | ||
Tegangan Output | Output 1;3.0~3.3 V | ||
Output 0;0~0.3 V | |||
Tegangan Input (RXD) | Input 1; 3.3V | ||
Input 0; 0 ~ 0.5V | |||
Antarmuka |
UART2: TTL; UART4: TTL;( Mung kasedhiya sawise konfigurasi OS) UART5: TTL; (Mung kasedhiya sawise konfigurasi OS | ||
Format Data |
UART2: N81; UART4: N81/E81/O81/N82; 4 mode (konfigurasi OS) UART5: N81/E81/O81/N82; 4 mode (konfigurasi OS) |
Pin | definisi | Aku/O | Deskripsi Fungsional |
1 | 5V | aku | Sumber daya, DC3.6-5.5V |
2 | 5V | aku | |
3 | GND | GND | GND |
4 | GND | GND | |
5 | GND | GND | |
6 | AD7 | aku | 5 input ADC. Resolusi 12-bit ing kasus catu daya 3.3V. voltase input 0-3.3V. Kajaba kanggo AD6, data liyane dikirim menyang inti OS liwat UART3 ing wektu nyata kanthi tingkat sampling 16KHz. AD1 lan AD5 bisa digunakake ing podo karo, lan AD3 lan AD7 bisa digunakake ing podo karo, kang padha karo loro 32KHz sampling AD. AD1, AD3, AD5, AD7 bisa digunakake kanthi podo karo, sing padha karo AD sampling 64KHz; data wis jumlah 1024 kaping lan banjur dibagi 64 diwenehi nilai AD 64Hz 16bit dening oversampling. |
7 | AD6 | aku | |
8 | AD5 | aku | |
9 | AD3 | aku | |
10 | AD1 | aku | |
11 | +3.3 | O | Output 3.3V, beban maksimal 150mA. |
12 | SPK | O | MOSFET njaba kanggo drive buzzer utawa speaker. Resistor 10K eksternal kudu ditarik mudhun menyang lemah kanggo mesthekake yen daya-on kurang. |
13 | SD_CD | Aku/O | Antarmuka SD / SDHC, SD_CK nyambungake kapasitor 22pF menyang GND cedhak antarmuka kertu SD. |
14 | SD_CK | O | |
15 | SD_D3 | Aku/O | |
16 | SD_D2 | Aku/O | |
17 | SD_D1 | Aku/O | |
18 | SD_D0 | Aku/O | |
19 | PWM0 | O | 2 16-bit PWM output. Resistor 10K eksternal kudu ditarik mudhun menyang lemah kanggo mesthekake yen daya-on kurang. Inti OS bisa dikontrol ing wektu nyata liwat UART3 |
20 | PWM1 | O | |
rong puluh siji | P3.3 | Aku/O | Yen nggunakake RX8130 utawa SD2058 I2C RTC kanggo nyambung menyang loro IOs, SCL kudu disambungake menyang P3.2, lan SDA disambungake menyang P3.3 ing podo karo karo 10K resistor narik-nganti 3.3V. |
rong puluh loro | P3.2 | Aku/O | |
telulikur | P3.1/EX1 | Aku/O | Bisa digunakake minangka interrupt external 1 input bebarengan, lan ndhukung loro tingkat voltase kurang utawa trailing mode interupsi pinggiran. |
patlikur | P3.0/EX0 | Aku/O | Bisa digunakake minangka input interrupt 0 external bebarengan, lan ndhukung loro tingkat voltase kurang utawa trailing mode interrupted pinggiran. |
25 | P2.7 | Aku/O | antarmuka IO |
26 | P2.6 | Aku/O | antarmuka IO |
27 | P2.5 | Aku/O | antarmuka IO |
28 | P2.4 | Aku/O | antarmuka IO |
29 | P2.3 | Aku/O | antarmuka IO |
30 | P2.2 | Aku/O | antarmuka IO |
31 | P2.1 | Aku/O | antarmuka IO |
32 | P2.0 | Aku/O | antarmuka IO |
33 | P1.7 | Aku/O | antarmuka IO |
34 | P1.6 | Aku/O | antarmuka IO |
35 | P1.5 | Aku/O | antarmuka IO |
36 | P1.4 | Aku/O | antarmuka IO |
37 | P1.3 | Aku/O | antarmuka IO |
38 | P1.2 | Aku/O | antarmuka IO |
39 | P1.1 | Aku/O | antarmuka IO |
40 | P1.0 | Aku/O | antarmuka IO |
41 | UART4_TXD | O | UART4 |
42 | UART4_RXD | aku | |
43 | UART5_TXD | O | UART5 |
44 | UART5_RXD | aku | |
45 | P0.0 | Aku/O | antarmuka IO |
46 | P0.1 | Aku/O | antarmuka IO |
47 | CAN_TX | O | antarmuka CAN |
48 | BISA_RX | aku | |
49 | UART2_TXD | O | UART2 (UART2 serial port saka OS inti) |
50 | UART2_RXD | aku |