Документация
Интерфейс шины CAN HVSON-8-EP(3x3)
У поставщика
ПроизводительSitcore
КатегорияИнтерфейсы CAN
У поставщиков
568 шт.
Норм. уп.: 500
Цены поставщиков
Склад 13
В наличии:568 шт
Срок поставки: до недели
Норм. уп.: 500
Минимальная партия: 16 шт
| Кол-во, шт. | Цена, ₽ |
|---|---|
| от 1 | 46,87 |
| от 28 | 45,77 |
| от 56 | 44,26 |
| от 112 | 42,21 |
| от 223 | 39,92 |
Описание
Микросхема интерфейса шины CAN от производителя Sitcore. Выполнена в компактном корпусе HVSON-8-EP размером 3x3 мм, поддерживает стандарт ROHS. Подходит для организации надежной связи в системах промышленной автоматики и автомобильной электроники.
Технические характеристики
| Вывод 1 | TXD |
| Вывод 2 | GND |
| Вывод 3 | VCC |
| Вывод 4 | RXD |
| Вывод 6 | CANL |
| Pin 7 | CANH |
| Вывод 8 | STB |
| Корпус | HVSON8-(3x3) |
| Особенности | Built-in over-temperature protection, Bus port ±70V withstand voltage, Drive (TXD) dominant timeout function, Standby bus (BUS) dominant overtime function, Low-power standby mode with wake-up function, I/O voltage range supports 3.3V and 5V MCU, Undervoltage protection on VCC and VIO supply pins, High speed CAN, support 5Mbps CAN FD, High resistance to electromagnetic interference, Unpowered nodes do not interfere with the bus, Lead-free package |
| Тип монтажа | SMD |
| Стандарт | ISO 11898 |
| Компонент | SIT1042TK/3 |
| Кол-во выводов | 8 |
| Описание | 5V, IO port compatible with 3.3V, ±70V, standby mode CAN FD bus transceiver |
| Pin 5 sit1042t | SPLIT |
| Pin 5 sit1042t3 | VIO |
| Txd current off max | 1uA |
| Txd current off min | -1uA |
| Supply voltage vcc max | 5.5V |
| Supply voltage vcc min | 4.5V |
| Макс. темп. окр. среды | 150°C |
| Темп. окружающей среды мин. | -40°C |
| Rxd signal fall time tf | 10ns |
| Rxd signal rise time tr | 10ns |
| Макс. темп. хр. | 150°C |
| Мин. темп. хр. | -55°C |
| Тип упаковки | Tape and Reel (лента в катушке) |
| Hidden output current max | 2.5mA |
| Hidden output current min | -2.0mA |
| Maximum transmission rate | 5Mbaud |
| Welding temperature range | 300°C |
| Bus wake up time twake max | 5us |
| Bus wake up time twake min | 0.5us |
| Supply voltage vcc abs max | +7V |
| Supply voltage vcc abs min | -0.3V |
| Hysteresis voltage vhys max | 200mV |
| Hysteresis voltage vhys min | 50mV |
| Hysteresis voltage vhys typ | 120mV |
| Output voltage symmetry max | 1.1VCC |
| Output voltage symmetry min | 0.9VCC |
| Bus differential voltage max | 3.0V |
| Bus differential voltage min | 1.5V |
| Описание (англ.) | HVSON-8-EP(3x3) CAN ICs ROHS |
| Common mode voltage range max | 30V |
| Common mode voltage range min | -30V |
| Mcu side port voltage abs max | +7V |
| Mcu side port voltage abs min | -0.3V |
| Ri canh rin canl mismatch max | 2% |
| Ri canh rin canl mismatch min | -2% |
| Canh canl input resistance max | 40kΩ |
| Canh canl input resistance min | 15kΩ |
| Canh canl input resistance typ | 30kΩ |
| Common mode output voltage max | 3V |
| Common mode output voltage min | 2V |
| Common mode output voltage typ | 2.5V |
| Transient voltage pins 6 7 max | +200V |
| Transient voltage pins 6 7 min | -200V |
| Txd port low input current max | -30uA |
| Txd port low input current min | -260uA |
| Txd port low input current typ | -150uA |
| Input low level upper limit max | 0.3VVIO |
| Input low level upper limit min | -0.3V |
| Txd port high input current max | 5uA |
| Txd port high input current min | -5uA |
| Vcc undervoltage protection max | 4.5V |
| Vcc undervoltage protection min | 3.5V |
| Vio undervoltage protection max | 2.5V |
| Vio undervoltage protection min | 1.5V |
| Bus input current power down max | 5uA |
| Bus input current power down min | -5uA |
| Canh output voltage dominant max | 4.5V |
| Canh output voltage dominant min | 2.9V |
| Canh output voltage dominant typ | 3.4V |
| Canl output voltage dominant min | 0.8V |
| Canl output voltage dominant typ | 1.5V |
| Differential output rise time tr | 45ns |
| Input high level lower limit max | VCC+0.3V |
| Input high level lower limit min | 0.7VVIO |
| Virtual junction temperature max | 150°C |
| Virtual junction temperature min | -40°C |
| Bit time bus output txd 200ns max | 210ns |
| Bit time bus output txd 200ns min | 155ns |
| Bit time bus output txd 500ns max | 530ns |
| Bit time bus output txd 500ns min | 435ns |
| Bit time rxd output txd 200ns max | 220ns |
| Bit time rxd output txd 200ns min | 120ns |
| Bit time rxd output txd 500ns max | 550ns |
| Bit time rxd output txd 500ns min | 400ns |
| Bus dominant timeout tdom bus max | 4ms |
| Bus dominant timeout tdom bus min | 0.8ms |
| Bus dominant timeout tdom bus typ | 2ms |
| Continuous power consumption sop8 | 400mW |
| Txd dominant timeout tdom txd max | 4ms |
| Txd dominant timeout tdom txd min | 0.8ms |
| Txd dominant timeout tdom txd typ | 2ms |
| Canh canl input output voltage max | +70V |
| Canh canl input output voltage min | -70V |
| Propagation delay high to low tphl | 65ns |
| Propagation delay low to high tplh | 90ns |
| Differential output falling time tf | 45ns |
| Shutdown junction temperature tj sd | 190°C |
| Bus side input voltage canl canh max | +70V |
| Bus side input voltage canl canh min | -70V |
| Dominant output voltage symmetry max | 400mV |
| Dominant output voltage symmetry min | -400mV |
| Stb port low level input current min | -20uA |
| Stb port low level input current typ | -2uA |
| Canh canl input capacitance to ground | 24pF |
| Enable time listening to dominant ten | 1us to 45us |
| Positive input threshold vit plus min | 800mV |
| Positive input threshold vit plus typ | 900mV |
| Stb port high level input current max | 2uA |
| Stb port high level input current min | -2uA |
| Loop delay 1 recessive to dominant max | 220ns |
| Loop delay 1 recessive to dominant min | 90ns |
| Loop delay 2 dominant to recessive max | 220ns |
| Loop delay 2 dominant to recessive min | 100ns |
| Negative input threshold vit minus min | 500mV |
| Negative input threshold vit minus typ | 650mV |
| Canh canl differential input capacitance | 12pF |
| 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 |
| Canh canl differential input resistance max | 80kΩ |
| Canh canl differential input resistance min | 30kΩ |
| Receiver propagation delay high to low tphl | 60ns |
| Receiver propagation delay low to high tplh | 65ns |
| Bus output differential voltage dominant max | 3V |
| Bus output differential voltage dominant min | 1.5V |
| Short circuit output current canh neg12v max | -72mA |
| 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 differential output voltage recessive max | 0.012V |
| Bus differential output voltage recessive min | -0.012V |
| Bus output differential voltage recessive max | 3V |
| Bus output differential voltage recessive min | 2V |
| Bus output differential voltage recessive typ | 2.5V |
| Bus differential output voltage recessive no load max | 0.05V |
| Bus differential output voltage recessive no load min | -0.5V |
| Dominant recessive common mode output voltage difference | 30mV |
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