I-FXLS8962AFR1 i-Accelerometers 3-axis yamandla aphantsi we-digital accelerometer
♠ Inkcazo yeMveliso
| Uphawu lweMveliso | Ixabiso lophawu |
| Umenzi: | NXP |
| Udidi lweMveliso: | I-Accelerometers |
| RoHS: | Iinkcukacha |
| Isimbo Senzwa: | I-3-axis |
| I-Sensing Axis: | X, Y, Z |
| Ukukhawuleza: | 2 g, 4 g, 8 g, 16 g |
| Uvakalelo: | 1024 LSB/g, 512 LSB/g, 256 LSB/g, 128 LSB/g |
| Uhlobo Lwemveliso: | Idijithali |
| NONE | I2C, SPI |
| Isigqibo: | 12 bit |
| Ubonelelo lweVoltage-Max: | 3.6 V |
| Supply Voltage - Min: | 1.71 V |
| Ubuncinci bobushushu bokusebenza: | - 40 C |
| Obona bushushu bokusebenza: | + 105 C |
| Isimbo sokuNqamisa: | SMD/SMT |
| Umqulu / Ityala: | I-DFN-10 |
| Ukupakishwa: | I-Reel |
| Uphawu: | NXP Semiconductors |
| Uhlobo lweMveliso: | I-Accelerometers |
| Uthotho: | FXLS8962 |
| Ubungakanani bePakethi yoMzi-mveliso: | 1000 |
| Uluhlu olungaphantsi: | Izivamvo |
| Inxalenye # Izifakelo: | 935345579115 |
| Ubunzima beyunithi: | 0.000508 oz |
♠ 3-Axis Low-g Accelerometer
I-FXLS8962AF yi-compact 3-axis ye-MEMS i-accelerometer eyenzelwe ukusetyenziswa kuluhlu olubanzi lweemoto (uncedo kunye nokhuseleko), ushishino, kunye nezicelo ze-IOT zonyango ezifuna i-ultra-low-power up up on motion. Inxalenye isekela ukusebenza okuphezulu kunye neendlela zokusebenza zamandla aphantsi, ukuvumela ukuguquguquka okukhulu ukuhlangabezana nesisombululo kunye neemfuno zamandla kwiindidi ezahlukeneyo zokusetyenziswa ezizodwa. Inani eliphezulu, iimpawu zedijithali ezidityanisiweyo zenza ukuba abaqulunqi banciphise ukusetyenziswa kwamandla ngokubanzi kunye nokwenza lula ukuqokelelwa kwedatha yabamkeli.
I-FXLS8962AF ifumaneka kwi-2 mm x 2 mm x 0.95 mm i-10-pin ye-DFN iphakheji ene-0.4 mm ye-pitch kunye ne-flanks ezimanzi. Isixhobo sifanelekile kwi-AEC-Q100 kwaye sisebenza ngaphezu kwe-40 °C eyandisiweyo ukuya ku-+105 °C ububanzi bokushisa.
Ukudityaniswa kokusebenza koluvo, iimpawu zogcino lwamandla enkqubo kunye nokusebenza okwandisiweyo okungaphezulu kweqondo lobushushu kwenza iFXLS8962AF ibe yi-accelerometer efanelekileyo yokuva intshukumo kwi-IOT.
• ±2/4/8/16 g ukukhethwa komsebenzisi, uluhlu olupheleleyo lomlinganiselo
• I-12-bit yedatha yokukhawulezisa
• I-8-bit data sensor yobushushu
• Ingxolo ephantsi: 280 µg/√Hz kwimo yokusebenza ephezulu
• Amandla aphantsi amandla:
– ≤ 1 μA IDD ye-ODR ukuya kuthi ga kwi-6.25 Hz
– < 4 µA IDD yee-ODR ukuya kuthi ga kwi-50 Hz
• Ii-ODR ezikhethiweyo ukuya kuthi ga kwi-3200 Hz; Imowudi yokuSebenza eguquguqukayo ivumela ii-ODR zesiko kunye nokupheliswa okucwangcisiweyo (isisombululo) kunye noseto lwexesha elingasebenziyo.
• I-144 byte yedata buffer yedata (FIFO/LIFO) ekwaziyo ukugcina ukuya kuthi ga kwi-32 12-bit X/Y/Z data triplets
• I-Flexible Sensor Data Change Detection (SDCD) umsebenzi wokuqonda intshukumo okanye akukho sindululo, high-g/low-g, freefall, kunye nezinye iziganeko ezingenamsebenzi.
• Umsebenzi wokubona ulungelelwaniso oluzimeleyo (uMfanekiso/ubume bendawo/ phezulu/ezantsi)
• Imowudi enikezelweyo yokubona intshukumo yamandla asezantsi kunye nenketho yojongano lwecingo olunye • I-12-bit yezibalo zobukhulu bevekhtha
• Qalisa igalelo longqamaniso lokuqokelelwa kwedatha nenkqubo yangaphandle
• I-2C interface frequencies ukuya kwi-1 MHz; I-3- kunye ne-4-ingcingo ye-SPI i-interface ene-clock frequencies ukuya kwi-4 MHz
• Uvavanyo lokuzivavanya olumacala omabini: iziphumo azichatshazelwa kukushukuma okanye ukuziqhelanisa nesixhobo
1. Ukulungelelaniswa kweemoto kunye nokhuseleko
• isitshixo fob intshukumo ukuvuka
2. IOT yoShishino
• ukulandelela impahla
• esweni izixhobo
3. Ezonyango
• isigulane kunye nabahloli bemisebenzi 3.4 Izixhobo zabathengi
• izinto ezinxitywayo
• izinto zombane eziphathwayo
• izinto zokudlala
