Ƙayyadaddun bayanai
| Saukewa: T5L0 | T5L0 ASIC ƙaramin ƙarfi ne, mai tsada, GUI da aikace-aikacen da aka haɗa sosai da guntu dual-core ASIC wanda DWIN Technology ke tsara don ƙananan girman LCD da taro da aka samar a cikin 2020. | ||
| Launi | 262K launuka | ||
| Nau'in LCD | IPS-TFT-LCD | ||
| Duban kusurwa | Mala'ikan kallo mai faɗi, ƙimar ƙimar 85°/85°/85°/85°(L/R/U/D) | ||
| Wurin Nuni (AA) | 71.86mm (W) × 70.18mm (H) | ||
| Ƙaddamarwa | 480*480 | ||
| Hasken baya | LED | ||
| Haske |
DMG48480F040_01WTC:250nit DMG48480F040_01WTCZ01:250nit DMG48480F040_01WTCZ02:50nit DMG48480F040_01WTR:200nit DMG48480F040_01WN:250nit | ||
| Nau'in | CTP (Panel Taimako) | ||
| Tsarin | Tsarin G+G | ||
| Yanayin taɓawa | Maɓalli guda ɗaya, goyan bayan taɓawar zamiya mai ci gaba | ||
| Taurin Sama | 6H ku | ||
| Canjin Haske | Sama da 90% | ||
| Rayuwa | Sama da sau 1,000,000 suna taɓawa | ||
| Nau'in | RTP (Resistive Touch Panel) | ||
| Tsarin | WANNAN fim + WANNAN gilashi | ||
| Yanayin taɓawa | Maɓalli guda ɗaya, goyan bayan taɓawar zamiya mai ci gaba | ||
| Taurin Sama | 3H | ||
| Canjin Haske | Sama da 80% | ||
| Rayuwa | Dotting> sau 1,000,000; bugun jini> sau 100,000; 150g na karfi, baya da baya an ƙidaya sau biyu. | ||
| Wutar Lantarki | 3.6 ~ 5.5V, matsakaicin darajar 5V | ||
| Aiki Yanzu | 245mA, VCC=5V, max hasken baya | ||
| 75mA, VCC=5V, kashe baya | |||
| Yanayin Aiki | -10 ~ 60 ℃ |
| Ajiya Zazzabi | -20 ~ 70 ℃ |
| Humidity Aiki | 10% ~ 90% RH |
| Mai amfani dubawa | 50Pin_0.5mm FPC | ||
| Baud Rate | 3150 ~ 3225600bps | ||
| Fitar Wutar Lantarki | Fitowa 1; 3.0 ~ 3.3 V | ||
| Fitowa 0;0 ~ 0.3 V | |||
|
Input Voltage | Ƙaddamarwa 1 3.3V | ||
| Shigarwa 0 0 ~ 0.5V | |||
| Interface |
UART2: TTL; UART4: TTL; (Sai kawai bayan tsarin OS) UART5: TTL; (Sai dai ana samun bayan tsarin OS | ||
| Tsarin Bayanai |
UART2: N81; UART4: N81/E81/O81/N82; 4 halaye (tsarin OS) UART5: N81/E81/O81/N82; 4 halaye (tsarin OS) | ||
| Pin | Ma'anarsa | I/O | Bayanin Aiki |
| 1 | 5V | I | Wutar lantarki, DC3.6-5.5V |
| 2 | 5V | I | |
| 3 | GND | GND | GND |
| 4 | GND | GND | |
| 5 | GND | GND | |
| 6 | AD7 | I | 5 shigar da ADCs. 12-bit ƙuduri idan akwai 3.3V wutan lantarki. 0-3.3V shigar da ƙarfin lantarki. Ban da AD6, sauran bayanan ana aika zuwa OS core ta UART3 a ainihin lokacin tare da ƙimar samfurin 16KHz. Ana iya amfani da AD1 da AD5 a layi daya, kuma AD3 da AD7 ana iya amfani da su a layi daya, wanda yayi daidai da samfurin 32KHz guda biyu AD. AD1, AD3, AD5, AD7 ana iya amfani dashi a layi daya, wanda yayi daidai da samfurin AD na 64KHz; Ana tattara bayanan sau 1024 sannan a raba su da 64 don samun ƙimar AD 64Hz 16bit ta hanyar wuce gona da iri. |
| 7 | AD6 | I | |
| 8 | AD5 | I | |
| 9 | AD3 | I | |
| 10 | AD2 | I | |
| 11 | 3.3 | O | 3.3V fitarwa, matsakaicin nauyi na 150mA. |
| 12 | SPK | O | MOSFET na waje don fitar da buzzer ko lasifika. Ya kamata a ja da resistor na waje na 10K zuwa ƙasa don tabbatar da cewa ikon-kan yana da ƙananan matakin. |
| 13 | SD_CD | I/O | SD/SDHC dubawa, SD_CK yana haɗa capacitor 22pF zuwa GND kusa da sigar katin SD. |
| 14 | SD_CK | O | |
| 15 | SD_D3 | I/O | |
| 16 | SD_D2 | I/O | |
| 17 | SD_D1 | I/O | |
| 18 | SD_D0 | I/O | |
| 19 | PWM0 | O |
2 16-bit PWM fitarwa. Ya kamata a ja da resistor na waje na 10K zuwa ƙasa don tabbatar da cewa ikon-kan yana da ƙananan matakin. Ana iya sarrafa tushen OS a ainihin lokacin ta hanyar UART3 |
| 20 | PWM1 | O | |
| ashirin da daya | P3.3 | I/O | Idan amfani da RX8130 ko SD2058 I2C RTC don haɗawa zuwa duka IOs, SCL ya kamata a haɗa su zuwa P3.2, kuma SDA an haɗa su zuwa P3.3 a layi daya tare da 10K resistor ja-har zuwa 3.3V. |
| ashirin da biyu | P3.2 | I/O | |
| ashirin da uku | P3.1/EX1 | I/O | Ana iya amfani da shi azaman shigarwar 1 na katsewar waje a lokaci guda, kuma yana goyan bayan matakin ƙarancin ƙarfin lantarki ko yanayin katsewar gefen gefe. |
| ashirin da hudu | P3.0/EX0 | I/O | Ana iya amfani da shi azaman shigarwar katsewa na waje 0 a lokaci guda, kuma yana goyan bayan matakin ƙarancin ƙarfin lantarki ko yanayin katsewar gefen gefe. |
| 25 | P2.7 | I/O | IO interface |
| 26 | P2.6 | I/O | IO interface |
| 27 | P2.5 | I/O | IO interface |
| 28 | P2.4 | I/O | IO interface |
| 29 | P2.3 | I/O | IO interface |
| 30 | P2.2 | I/O | IO interface |
| 31 | P2.1 | I/O | IO interface |
| 32 | P2.0 | I/O | IO interface |
| 33 | P1.7 | I/O | IO interface |
| 34 | P1.6 | I/O | IO interface |
| 35 | P1.5 | I/O | IO interface |
| 36 | P1.4 | I/O | IO interface |
| 37 | P1.3 | I/O | IO interface |
| 38 | P1.2 | I/O | IO interface |
| 39 | P1.1 | I/O | IO interface |
| 40 | P1.0 | I/O | IO interface |
| 41 | UART4_TXD | O | UART4 |
| 42 | UART4_RXD | I | |
| 43 | UART5_TXD | O | UART5 |
| 44 | UART5_RXD | I | |
| 45 | P0.0 | I/O | IO interface |
| 46 | P0.1 | I/O | IO interface |
| 47 | CAN_TX | O | CAN dubawa |
| 48 | CAN_RX | I | |
| 49 | UART2_TXD | O | UART2(UART0 serial port na OS core) |
| 50 | UART2_RXD | I |
