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LTC488CSW#TRPBF

  • 描述:种类: 接收者 驱动器数量/接收器数量: 0/4 电源电压: 4.75伏~5.25伏 供应商设备包装: 16-SO 工作温度: 0摄氏度~70摄氏度 安装类别: 表面安装
  • 品牌: 模拟器件公司 (Analog)
  • 交期:5-7 工作日
渠道:
  • 自营
  • 得捷
  • 贸泽

起订量: 1

  • 库存: 1000
  • 单价: ¥82.06206
  • 数量:
    - +
  • 总计: ¥82.06
在线询价

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规格参数

  • 部件状态 可供货
  • 协议 RS422、RS485
  • 种类 接收者
  • 驱动器数量/接收器数量 0/4
  • 双工器 -
  • 数据速度率 -
  • 电源电压 4.75伏~5.25伏
  • 工作温度 0摄氏度~70摄氏度
  • 安装类别 表面安装
  • 制造厂商 模拟器件公司 (Analog)
  • 包装/外壳 16-SOIC(0.295“,7.50毫米宽)
  • 供应商设备包装 16-SO
  • 接收器迟滞 60 mV

LTC488CSW#TRPBF 产品详情

The LTC488CSW and LTC489 are low power differential bus/line receivers designed for multipoint data transmission standard RS485 applications with extended common mode range (12V to –7V). They also meet the requirements of RS422.

The CMOS design offers significant power savings over its bipolar counterpart without sacrificing ruggedness against overload or ESD damage.

The receiver features three-state outputs, with the receiver output maintaining high impedance over the entire common mode range.

The receiver has a fail-safe feature which guarantees a high output state when the inputs are left open.

Both AC and DC specifications are guaranteed 4.75V to 5.25V supply voltage range.

Feature

  • Low Power: ICC = 7mA Typ
  • Designed for RS485 or RS422 Applications
  • Single 5V Supply
  • –7V to 12V Bus Common Mode Range Permits ±7V Ground Difference Between Devices on the Bus
  • 60mV Typical Input Hysteresis
  • Receiver Maintains High Impedance in Three-State or with the Power Off
  • 28ns Typical Receiver Propagation Delay
  • Pin Compatible with the SN75173 (LTC488)
  • Pin Compatible with the SN75175 (LTC489)

Applications

  • Low Power RS485/RS422 Receivers
  • Level Translator


(Picture: Pinout)


LTC488CSW#TRPBF所属分类:驱动器/接收器/收发器,LTC488CSW#TRPBF 由 模拟器件公司 (Analog) 设计生产,可通过久芯网进行购买。LTC488CSW#TRPBF价格参考¥82.062057,你可以下载 LTC488CSW#TRPBF中文资料、PDF数据手册、Datasheet数据手册功能说明书,可查询LTC488CSW#TRPBF规格参数、现货库存、封装信息等信息!

模拟器件公司 (Analog)

模拟器件公司 (Analog)

模拟设备公司(NASDAQ:ADI)在设计、制造和营销几乎所有类型的电子设备中使用的高性能模拟、混合信号和数字信号处理(DSP)集成电路(IC)的广泛组合方面处于世界领先地位。自1965年成立以来,他们...

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