Koyi game da fasali da amfani da kit ɗin kimantawa na STEVAL-L99615C daga STMicroelectronics, tsarin sarrafa baturi bisa na'urar L9961. Wannan cikakken littafin jagorar mai amfani yana ba da umarni game da aunawa voltages, yanayin fakitin baturi, da halin yanzu baturi, tare da fasalulluka na kariya daban-daban gami da kan/karkashitage ganowa da ƙari. Nemo yadda ake saita pre-driver stage da yin babban gefe ko ƙananan aiki don CHG da DCHG MOSFETs.
Gano yadda ake aiki da X-NUCLEO-NFC05A1 ta amfani da direban Linux na STSW-ST25R009 don ST25R3911B da ST25R3912/14/15 NFC gaba. Wannan littafin jagorar mai amfani yana zayyana ɗakin karatu na RFAL da fasalullukansa, gami da cikakken RF/NFC abstraction da sadarwa ta amfani da keɓancewar SPI. Fara da UM2375 Linux Driver.
Koyi komai game da Direban Linux na UM2548 don STMicroelectronics' ST25R3916 da na'urorin ST25R3916B tare da wannan cikakkiyar jagorar mai amfani. Gano cikakkun bayanan gine-ginen software, buƙatun saitin kayan masarufi, da umarnin amfani da software. Bincika fasali kamar cikakken direban sarari mai amfani na Linux, cikakken RF/NFC abstraction, da sample aiwatarwa tare da X-NUCLEO-NFC06A1 da X-NUCLEO-NFC08A1 fadada allon. Tashi da gudu cikin sauƙi ta amfani da umarnin mataki-mataki da aka haɗa.
Koyi yadda ake amfani da ST-LINK/V2 da ST-LINK/V2-ISOL in-circuit debugger/programmer don STM8 da STM32 microcontrollers tare da wannan jagorar mai amfani mai fa'ida. Yana nuna mu'amalar SWIM da SWD, wannan samfurin ya dace da yanayin haɓaka software kamar STM32CubeMonitor. Warewa na dijital yana ƙara kariya daga wuce gona da iritage allura. Yi oda ST-LINK/V2 ko ST-LINK/V2-ISOL yau.
Koyi yadda ake shigar da jihar RMA don STM32MP1 Series Microprocessors tare da wannan bayanin kula na aikace-aikacen mai taimako daga STMicroelectronics. Samo jagorori da takaddun tunani don aiwatarwa.
Koyi game da iyawar X-NUCLEO-OUT13A1 Industrial Digital Expan Expansion Board daga STMicroelectronics. Wannan kwamiti yana ba da yanayi mai sauƙi don kimanta iyawar tuki da bincike na ISO808-1, canjin babban gefen octal tare da keɓancewar galvanic da babban ƙarfin tuki. Tare da allon faɗaɗa guda ɗaya, masu amfani za su iya kimanta tsarin fitarwa na dijital ta octal-tashar tare da damar 1.0 A (max.) kowane tashoshi da kewayon aiki har zuwa 36 V/8.0 A.
X-NUCLEO-OUT14A1 Industrial Digital Output Expansion Board don STM32 Nucleo yana ba da yanayi mai ƙarfi da sassauƙa don kimanta ƙarfin tuki da gwajin gwaji na ISO808A-1 octal high side switch. Tare da keɓewar galvanic kuma har zuwa 1.0 A kowace tashar tashoshi, wannan jirgi ya dace don nauyin masana'antu har zuwa 36 V / 8.0 A.
Koyi game da X-NUCLEO-OUT09A1 Industrial Digital Output Expansion Board don STM32 Nucleo, wanda IPS8160HQ mai kaifin iko mai ƙarfi mai ƙarfi ya ƙarfafa shi. Tare da optocouplers da GPIO fil, wannan kwamiti yana ba da ƙima mai sauƙi da sarrafa nauyin 0.7 A masana'antu. Mai jituwa tare da NUCLO-F401RE da NUCLO-G431RB allunan haɓakawa, kuma masu iya tarawa tare da sauran allunan faɗaɗawa. Gano fasali da fa'idodin wannan allo tare da UM3059 daga STMMicroelectronics.
Gano yanayi mai ƙarfi da sassauƙa na X-NUCLEO-OUT19A1 Industrial Digital Output Expansion Board don STM32 Nucleo. Wannan kwamitin yana fasalta IPS8160HQ-1 octal high-gefe smart power m jihar gudun ba da sanda, samar da lafiya fitarwa lodi iko tare da overcurrent da overtemperature kariya. Yi amfani da shi don kimanta tsarin da aka haɗa da nauyin masana'antu na 1 A kuma amfana daga keɓewar galvanic tare da 3 optocouplers. Mai jituwa tare da NUCLO-F401RE da NUCLO-G431RB allunan haɓakawa, kuma masu iya tarawa tare da sauran allunan faɗaɗawa.
Koyi game da UM3082 X-NUCLEO-OUT14A1 Masana'antu Digital Output Expansion Board daga STMicroelectronics. Wannan kwamiti yana ba da yanayi mai ƙarfi da sassauƙa don kimanta tuki da ƙwarewar bincike na babban ƙarfin iko mai ƙarfi mai ƙarfi na octal, tare da keɓancewar galvanic da 20MHz SPI iko dubawa, a cikin tsarin fitarwa na dijital da aka haɗa zuwa 1.0 A kayan masana'antu. X-NUCLEO-OUT14A1 yana mu'amala kai tsaye tare da microcontroller akan STM32 Nucleo wanda GPIO fil da masu haɗin Arduino® R3 ke jagoranta.
