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SIT1050T
Документация

SIT1050T, CAN интерфейс (=TJA1050T) SO8

Артикул:1215727
У поставщика
ПроизводительSIT
У поставщиков
2 шт.
Норм. уп.: 10
Цены поставщиков
Склад 12
В наличии:2 шт
Срок поставки: до недели
Норм. уп.: 10
Кол-во, шт.Цена, ₽
от 138,30
от 1032,03
Описание

SIT1050T — это CAN-интерфейс от производителя SIT, совместимый с TJA1050T. Микросхема поддерживает скорость передачи данных до 1 Мбит/с, работает с логикой 3.3В и 5В, доступна в корпусе SOIC-8 для поверхностного или выводного монтажа. Подходит для промышленной автоматики и автомобильных систем связи.

Технические характеристики
КорпусSOP8, DIP8
Тип монтажаSMD (SOP8), THT (DIP8)
КорпусSOIC-8
СовместимостьISO 11898, 3.3V and 5V logic
Макс. скорость передачи данных1Mbaud
Node count min110
Bus voltage range-40V to +40V
Макс. напр. пит.5.5V
Мин. напр. пит.4.5V
Txd off current max1μA
Dominant timeout max700μs
Dominant timeout min300μs
Dominant timeout typ450μs
Driver fall time typ50ns
Driver rise time typ25ns
Transient bus voltage-200V to +200V
Power dissipation dip8700mW
Power dissipation sop8400mW
Receiver fall time typ8ns
Receiver rise time typ8ns
Receiver hysteresis min100mV
Receiver hysteresis typ125mV
Макс. темп. хр.150°C
Мин. темп. хр.-55°C
Welding temperature max300°C
Макс. темп. перехода125°C
Темп. перехода мин.-40°C
Диапазон синфазного напряжения-12V to +12V
Input resistance matching-3% to 3%
Supply current silent max10mA
Supply current silent typ6mA
Enable time from silent max1μs
Input capacitance canh canl13pF
Supply current dominant max70mA
Supply current dominant typ50mA
Абс. макс. напряжение питания6V
Supply voltage absolute min-0.3V
Recessive output current max2.5mA
Recessive output current min-2.0mA
Reference output voltage max0.6VCC
Reference output voltage min0.4VCC
Supply current recessive max10mA
Supply current recessive typ6mA
Receiver low level output max0.4V
Receiver low level output typ0.2V
Common mode output voltage max3V
Common mode output voltage min2V
Differential input capacitance5pF
Input resistance canh canl max40kΩ
Input resistance canh canl min15kΩ
Input resistance canh canl typ30kΩ
Receiver high level output min4V
Receiver high level output typ4.6V
Power off bus input current max250μA
Power off bus input current typ165μA
Receiver negative threshold max650mV
Receiver negative threshold typ500mV
Receiver positive threshold min800mV
Receiver positive threshold typ900mV
Txd low level input current max-10μA
Txd low level input current min-50μA
Txd low level input voltage max0.8V
Txd low level input voltage min-0.3V
Bus recessive output voltage max3V
Bus recessive output voltage min2V
Canh dominant output voltage max4.5V
Canh dominant output voltage min2.9V
Canl dominant output voltage max1.5V
Canl dominant output voltage min0.8V
Txd high level input current max2μA
Txd high level input current min-2μA
Txd high level input voltage maxVCC+0.3V
Txd high level input voltage min2V
Differential input resistance max80kΩ
Differential input resistance min30kΩ
Shutdown junction temperature typ160°C
Loop delay dominant to recessive max190ns
Loop delay dominant to recessive min90ns
Loop delay recessive to dominant max190ns
Loop delay recessive to dominant min90ns
Bus dominant differential voltage max3V
Bus dominant differential voltage min1.5V
Short circuit output current canh neg-105mA to -72mA
Short circuit output current canh pos0.36mA to 1mA
Short circuit output current canl neg-1mA to 0.5mA
Short circuit output current canl pos71mA to 105mA
Bus recessive differential voltage max0.05V
Bus recessive differential voltage typ0.012V
Common mode output voltage peak to peak30mV
Driver propagation delay high to low max90ns
Driver propagation delay high to low min25ns
Driver propagation delay high to low typ45ns
Driver propagation delay low to high max120ns
Driver propagation delay low to high min25ns
Driver propagation delay low to high typ65ns
Receiver propagation delay high to low max90ns
Receiver propagation delay high to low min45ns
Receiver propagation delay high to low typ70ns
Receiver propagation delay low to high max130ns
Receiver propagation delay low to high min60ns
Receiver propagation delay low to high typ100ns

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