the USB-Blaster driver if necessary Execute the demo batch file “test.bat” from the directory \GSensor\demo_batch. This will load the demo into the FPGA. Tilt the DE10-Lite board from side to side and observe the result on the LEDs. DE10-Lite 58 www.terasic.com User Manual
EN NNR/FB R28 C26 10µF G 44.2kΩ 10nF F Q12 12 R35 C31 C20 F IN 10 150kΩ 100nF 4.7µF C28 C18 R39 4 BAT R29 5 Ilim1 LiPo 100nF 10µF 10kΩ 34.8kΩ 3 NTC C30 R51 2 CHRG 4.7µF G X4 G 1kΩ 1 CLPROG D PROG 8 + G R38 R44 C43 R34 R40 R42 5V_USB VCCIO 0Ω 10kΩ 100nF 2.2kΩ 1 3.3kΩ 1Ω Q20 NTC TPS73601 IN OUT H H Q14 EN NNR/FB R31 C41 MOSFET-N_SOT-723 G 44.2kΩ 10nF C40 C37 100nF 100nF R43 34.8kΩ I I E h G i A S C Bus2 Bus1 J J 0 1 2 3 4 5 6 7 8 9 10 11 12 13 14 0 1 2 3 4 5 6 7 8 9 10 11 12 13 14 A A Microcontroller B B C C 5V_USB 2V7_D VCCIO X1 D D MOSI MISO SCK 2V7_D E E ISP C9 100nF
probe resistor. 23. The Check of battery voltage is selectable in version 0.95k by the Makefile option BAT_CHECK. If selected, the output of the battery voltage is selectable too with option BAT_OUT. If the option BAT_CHECK is unselected, the software release number is displayed in row 1 of the LCD at the
C12 Q2 B JP1 3 C13 A5 3 SEL þÿ100µF þÿ0.1µFBCW68 L2 Vhigh CC1 14 C Vbat_USB 10mH CC2 B5 R7 10k 13 V_{BAT} C7 D18 G PROG1 BT1 GND T 4 16 þÿ4,7µF Battery_Cell VBUS RS1M L A8 R1 R2 D6 D7 D8 . 12 PROG2 V_{BAT_SENSE} GND I D SBU1 Z PROG3 GPIO3 H N SBU2 B8 5.1k 5.1k D JP2 R8 100k D10 U4 S G S 5 6 USB Power GND
voltage range from A A (3.67V). The output voltage () from the op-amp has to be within this range:. REF BAT2 Ra VBAT2 = *(V1-V2 ) Rb Where: V BAT2is the output voltage from the op-amp to the AVR A/D. V1 is the positive pole of the battery. V2 is the negative pole of the battery. Ra and Rb are the resistors
SHDN > 2.5V, M7 will be turned on and then all connected to the LTC6803. TP0610Ks will be turned on. 43.2V V+ CSBI 0V TO 5.5V 43.2V C12 SDO 0V TO 5.5V + TP0610K 43.2V SDI 0V TO 5.5V V S12 39.6V C11 SCKI 0V TO 5.5V C12 + 39.6V S11 A3 0V TO 5.5V DZ1 + 36V C10 A2 0V TO 5.5V LTC6803-4 15V 1M 36V S10 A1 0V
cooperates with NTC thermistor to charge normally when the temperature is detected within the range of 0~43 degrees; when the temperature is When the temperature is higher than 43 degrees, the charging current is reduced by half; when the temperature is higher than 45 degrees, charging is stopped. ÿ IP2312
cooperates with NTC thermistor to charge normally when the temperature is detected within the range of 0~43 degrees; when the temperature is When the temperature is higher than 43 degrees, the charging current is reduced by half; when the temperature is higher than 45 degrees, charging is stopped. ÿ IP2312
3.3V - Bus A SCL/1.3A SCL/3.6B A SDA/1.3A SDA/3.6B +3V3 7 6 5 D1 NOTE: Crystal speed IC9IC$1 PCF8574P BAT43 D2 $ P3 allows for common 13 4 BAT43 6 5 T L A baud rates between 18pF 18pF /INT P0 GPIO_0 I F I S D 9600 and 921600. P1 5 GPIO_1 8 C P I O S V C17 R7 C18 1 A0 P2 6 GPIO_2 Z V C C + IC8 SC16IS740
, EN = V , R = ∞, unless ElectricalCharacteristics A BAT BAT LOAD otherwise noted. Typical values are at TA = 35°C. Note 2) Figure SL13A – 8: Electrical Characteristics Symbol Parameter Conditions Min Typ Max Unit V BAT Operating Input Voltage TA = 35°C 1.2
V 2 3 1 3 L3 V X2-1 F 7 6 + ACM3225 C6 -VIN -VOUT C7 C8 U1P L1 C1 D EMS_TX 2 0 4 R DC/DC CONVERTER BAT54S S C F 3 IC1A VA-0505S S1 A 4700µH 68pF 4 R1 C 1 1 R7 EMS_232_RX 1 2SJ2 2 V A X2-2 D8 5 A 10K 2 4k7 1 TXD CANH 7 1 L5 4 JP2 EMS-Bus L2 D B R 2 LM393D 5 1 VDD1 VDD2 8 1 9 R m 3 4 5 + RB2 2 VOA VIA 7 4 RXD CANL 6 2 D BAT54S 3 h R R R RB3 3 VIB VOB 6 2 3 N D K 0 k 4 GND1 GND2 5 8 RS TCM1210 CAN _ N D 4 1 1 VREF 5 S _ S 1 2SJ3 2 1 E S 4 D6 EMS_GND MCP2551SN E 4 3 D9 N EMS_GND GND PSD2CAN 1 5 S 5 M S EMS_TX 1N4148SMD +
-1 D5 5 2 3 C15 1 -VIN -VOUT 3C16 C17 V 2 2 L1 C9 D EMS_TX 1 0 k 1 + ACM3225 DC/DC CONVERTER U1P R BAT54S S C 1 3 IC1A 4 R VA-0505S S1 2 Term. A TP1 68p 4 R11 1 n 1 R17 +5V 1 2 SJ2 2 V 1L5 4 1 A 4µ7 T C 1 2 EMS_232_RX 1 7 X1-1 X2-2 D6 D B 10k 0 2 LM393D 4k7 V 1 8 TXD CANH EMS-Bus L2 3 1 k 3 4 5 + 2 VDD1 VDD2 7 4 6 2 3 TP2 D BAT54S R 4 R R R D1 RB2 3 VIB VOBA 6 RXD CANL ZJYS81 X1-2 N D k k 1N4148SMD RB3 4 GND1 GND2 5 8 RS 1 _ N D 1 0 5 k VREF 5 3 CAN S _ M 1 R 1 D2 1 2 SJ3 100n 2 E S 8 D7 EMS_GND 1N4148SMD MCP2551SN D10 E 1
=> entspricht 50 DEZIMAL Für den Status LADEN = OK02131a000400050100000000000000c43a785c00005d0800bd010000004b0302131a00010005010 0000000000000c93a785c00005d0800bd01000000ae03 Wir lesen ja nur den einen Wert aus nach dem " OK02131a000" in diesem Fall also die Zahl 4 --> Zahl 4 im ASCII
and use this configuration many times. • Example3.bat : Now we have got the (for us important) content of the FLASH (from previous examples). And now we want to copy this into another CPU. We replace the CPU board and run this batch file: • Example4.bat
and use this configuration many times. • Example3.bat : Now we have got the (for us important) content of the FLASH (from previous examples). And now we want to copy this into another CPU. We replace the CPU board and run this batch file: • Example4.bat
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