Документация
Трансивер SIT1040QT / SO-8
У поставщика
ПроизводительSitcore
У поставщиков
805 шт.
Норм. уп.: 2500
Цены поставщиков
Склад 13
В наличии:805 шт
Срок поставки: до недели
Норм. уп.: 2500
Минимальная партия: 28 шт
| Кол-во, шт. | Цена, ₽ |
|---|---|
| от 1 | 26,08 |
| от 27 | 25,15 |
| от 53 | 23,90 |
| от 106 | 22,18 |
| от 212 | 20,41 |
Описание
Трансивер SIT1040QT от Sitcore — это интерфейсная микросхема для высокоскоростной передачи данных по протоколу CAN. Выполнена в компактном корпусе SO-8, обеспечивает надежную связь между микроконтроллером и CAN-шиной. Отличается низким энергопотреблением и защитой от короткого замыкания, что делает её подходящей для промышленной автоматизации и автомобильной электроники.
Технические характеристики
| ЭСР HBM | ±8kV |
| Корпус | SO-8 |
| Aec q100 | Да |
| Тип монтажа | SMD |
| Без свинца | Да |
| Nodes min | 110 |
| Описание | 5V, ±40V BUS Protection, 1Mbps High Speed CAN transceiver |
| Артикул | SIT1040Q |
| Производитель | SIT (芯力特) |
| Loop delay1 min | 90ns |
| Loop delay1 typ | 190ns |
| Loop delay2 min | 90ns |
| Loop delay2 typ | 190ns |
| Варианты корпуса | HVSON8, DFN3*3-8 |
| Rxd fall time max | 8ns |
| Rxd rise time max | 8ns |
| Макс. напр. пит. | 5.25V |
| Мин. напр. пит. | 4.75V |
| Can bus voltage max | 40V |
| Can bus voltage min | -40V |
| Iso 11898 compliant | Да |
| Макс. ток дежурного режима | 12µA |
| Standby current typ | 5µA |
| Txd off current max | 1µA |
| Dominant current max | 70mA |
| Dominant current typ | 38mA |
| Input resistance max | 40kΩ |
| Input resistance min | 15kΩ |
| Input resistance typ | 30kΩ |
| Max transmission rate | 1Mbaud |
| Макс. темп. хр. | 150°C |
| Мин. темп. хр. | -55°C |
| Welding temperature max | 300°C |
| Тип упаковки | Tape and Reel (лента в катушке) |
| Bus dominant timeout max | 700µs |
| Bus dominant timeout min | 300µs |
| Bus dominant timeout typ | 450µs |
| Split output voltage max | VCC |
| Split output voltage min | 0.3VCC |
| Split output voltage typ | 0.7VCC |
| Split leakage current max | 5µA |
| Split leakage current min | -5µA |
| Bus wakeup filter time max | 5µs |
| Bus wakeup filter time min | 0.7µs |
| Диап. раб. темп. | -40°C to 125°C |
| Абс. макс. напряжение питания | 6V |
| Supply voltage absolute min | -0.3V |
| Bus differential voltage max | 3.0V |
| Bus differential voltage min | 1.5V |
| Recessive output current max | 2.5mA |
| Recessive output current min | -2.0mA |
| Описание (англ.) | SOP-8 CAN ICs ROHS |
| Common mode voltage range max | 12V |
| Common mode voltage range min | -12V |
| Input resistance matching max | 3% |
| Input resistance matching min | -3% |
| Common mode output voltage max | 3V |
| Common mode output voltage min | 2V |
| Common mode output voltage typ | 2.5V |
| Input capacitance canh canl typ | 13pF |
| Power off bus input current max | 5µA |
| Receiver hysteresis voltage min | 80mV |
| Receiver hysteresis voltage typ | 100mV |
| Stb low level input current max | -1µA |
| Stb low level input current min | -10µA |
| Stb low level input current typ | -3µA |
| Stb low level input voltage max | 0.8V |
| Stb low level input voltage min | -0.3V |
| Txd low level input current max | -10µA |
| Txd low level input current min | -50µA |
| Txd low level input voltage max | 0.8V |
| Txd low level input voltage min | -0.3V |
| Bus recessive output voltage max | 3V |
| Bus recessive output voltage min | 2V |
| Bus recessive output voltage typ | 2.5V |
| Canh dominant output voltage max | 4.5V |
| Canh dominant output voltage min | 2.75V |
| Canh dominant output voltage typ | 3.5V |
| Canl dominant output voltage max | 2.25V |
| Canl dominant output voltage min | 0.5V |
| Canl dominant output voltage typ | 1.5V |
| Rxd low level output voltage max | 0.4V |
| Rxd low level output voltage typ | 0.2V |
| Stb high level input current typ | 0µA |
| Stb high level input voltage max | VCC+0.3V |
| Stb high level input voltage min | 2.0V |
| Transmitter voltage symmetry max | 1.1VCC |
| Transmitter voltage symmetry min | 0.9VCC |
| Txd high level input current max | 2µA |
| Txd high level input current min | -2µA |
| Txd high level input voltage max | VCC+0.3V |
| Txd high level input voltage min | 2V |
| Virtual junction temperature max | 125°C |
| Virtual junction temperature min | -40°C |
| Differential input resistance max | 80kΩ |
| Differential input resistance min | 30kΩ |
| Differential output fall time max | 50ns |
| Differential output rise time max | 25ns |
| Propagation delay tphl driver max | 90ns |
| Propagation delay tphl driver min | 20ns |
| Propagation delay tphl driver typ | 45ns |
| Propagation delay tplh driver max | 150ns |
| Propagation delay tplh driver min | 25ns |
| Propagation delay tplh driver typ | 90ns |
| Rxd high level output voltage min | 4V |
| Rxd high level output voltage typ | 4.6V |
| Shutdown junction temperature typ | 160°C |
| Differential input capacitance typ | 5pF |
| Enable time standby to dominant max | 10µs |
| Receiver propagation delay tphl max | 100ns |
| Receiver propagation delay tphl min | 45ns |
| Receiver propagation delay tphl typ | 70ns |
| Receiver propagation delay tplh max | 140ns |
| Receiver propagation delay tplh min | 60ns |
| Receiver propagation delay tplh typ | 100ns |
| Receiver negative going threshold min | 500mV |
| Receiver negative going threshold typ | 650mV |
| Receiver positive going threshold min | 750mV |
| Receiver positive going threshold typ | 900mV |
| Short circuit output current canh 12v max | 1mA |
| Short circuit output current canh 12v min | 0.36mA |
| Short circuit output current canl 12v max | 105mA |
| Short circuit output current canl 12v min | 71mA |
| Common mode output voltage peak to peak max | 30mV |
| Bus dominant differential output voltage max | 3V |
| Bus dominant differential output voltage min | 1.5V |
| Short circuit output current canh neg12v max | -40mA |
| Short circuit output current canh neg12v min | -105mA |
| Short circuit output current canl neg12v max | 0.5mA |
| Short circuit output current canl neg12v min | -1mA |
| Bus recessive differential output voltage max | 0.012V |
| Bus recessive differential output voltage min | -0.012V |
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