Документация
MAX3051ESA+T
У поставщика
ПроизводительANALOG DEVICES
У поставщиков
258 шт.
Цены поставщиков
Склад 38
В наличии:258 шт.
Срок поставки: до 7 дн.
| Кол-во, шт. | Цена, ₽ |
|---|---|
| от 1 | 91,36 |
Описание
Микросхема MAX3051ESA+T производства Analog Devices представляет собой интерфейсный трансивер для шины CAN. Компонент предназначен для высокоскоростной передачи данных в промышленных и автомобильных системах управления. Отличается низким энергопотреблением и встроенной защитой от короткого замыкания.
Технические характеристики
| Корпус | 8-SO, 8-SOT23 |
| Тип монтажа | SMD |
| Без свинца | Да |
| Макс. скорость передачи данных | 1Mbps |
| Соотв. RoHS | Да |
| Shdn to standby | 20µs |
| Ток отключения | 1µA |
| Common mode range | -7V to +12V |
| Вх. емкость | 5pF |
| ESD защита HBM | ±12kV |
| Макс. напр. пит. | 3.465V |
| Мин. напр. пит. | 3.135V |
| Напряжение питания тип. | 3.3V |
| Pullup resistor txd | 50kΩ to 100kΩ |
| Thermal derating so | 5.9mW/°C above +70°C |
| Power dissipation so | 470mW |
| Shdn to bus inactive | 1µs |
| Вх. ток утечки | -250µA to +250µA |
| Recessive bus voltage | 2V to 3V |
| Rs high speed current | -500µA |
| Rxd low output voltage | 0.4V |
| Shdn input low voltage | 0.8V |
| Shdn pulldown resistor | 50kΩ to 100kΩ |
| Supply current standby | 8µA to 15µA |
| Thermal derating sot23 | 5.1mW/°C above +70°C |
| Power dissipation sot23 | 408.2mW |
| Rs standby mode voltage | 0.75 x VCC |
| Rxd high output voltage | 0.8 x VCC to VCC |
| Shdn input high voltage | 2V |
| Shdn to receiver active | 4µs |
| Макс. темп. хр. | +150°C |
| Мин. темп. хр. | -65°C |
| Supply current dominant | 35mA to 70mA |
| Off state output leakage | -250µA to +250µA |
| Rs slope control voltage | 0.4 x VCC to 0.6 x VCC |
| Supply current recessive | 2mA to 5mA |
| Макс. раб. темп. | +85°C |
| Мин. раб. темп. | -40°C |
| Canh canl input resistance | 20kΩ to 50kΩ |
| Canh short circuit current | -200mA to -35mA |
| Canl short circuit current | 200mA |
| Rs high speed mode voltage | 0.3 x VCC |
| Standby to receiver active | 4µs |
| Thermal shutdown threshold | +160°C |
| Макс. входное низкое напряжение | 0.8V |
| Абс. макс. напряжение питания | 6V |
| Гистерезис тепловой защиты | 25°C |
| Canh output voltage dominant | 2.45V |
| Canl output voltage dominant | 1.25V |
| High level input voltage max | VCC + 0.3V |
| Мин. Uвх высокого уровня | 2V |
| Макс. температура перехода | +150°C |
| Differential input hysteresis | 20mV |
| Differential input resistance | 40kΩ to 100kΩ |
| Standby recessive bus voltage | -100mV to +100mV |
| Canh canl voltage absolute max | -7.5V to +12.5V |
| Delay txd to bus active slope 25k | 183ns |
| Bus dominant to rxd active standby | 1µs |
| Delay txd to bus active high speed | 50ns |
| Delay txd to bus active slope 100k | 770ns |
| Delay txd to bus inactive slope 25k | 226ns |
| Differential input voltage dominant | 0.9V |
| Delay txd to bus inactive high speed | 70ns |
| Delay txd to bus inactive slope 100k | 834ns |
| Differential input voltage recessive | 0.5V |
| Differential output voltage dominant | 1.5V to 3.0V |
| Delay bus to receiver active slope 25k | 200ns |
| Delay bus to receiver active high speed | 80ns |
| Delay bus to receiver active slope 100k | 730ns |
| Differential output slew rate slope 25k | 12.5V/µs |
| Delay bus to receiver inactive slope 25k | 245ns |
| Differential output slew rate high speed | 96V/µs |
| Differential output slew rate slope 100k | 2.9V/µs |
| Differential output slew rate slope 200k | 1.6V/µs |
| Delay bus to receiver inactive high speed | 100ns |
| Delay bus to receiver inactive slope 100k | 800ns |
| Differential output voltage dominant rl45 | 1.2V to 3.0V |
| Differential output voltage recessive rl60 | -120mV to +12mV |
| Differential input voltage dominant standby | 1.1V |
| Differential input voltage recessive standby | 0.5V |
| Differential output voltage recessive no load | -500mV to +50mV |
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