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HJ569 high temperature four-way magnetic latching relay drive circuit

HJ569 is a four-channel magnetic latching relay driver circuit, with each channel consisting of a transistor, acceleration circuit, and flyback diode. This device is versatile and can be used to drive relays, DC motors, LED displays, incandescent lamps, thermal print heads, and high-power buffers. The device is made using an improved thick-film integrated circuit process, which avoids the defect of 'purple spots' that can easily occur with gold-aluminum bonding in high-temperature environments, thereby enhancing the reliability of the device for long-term use in high-temperature conditions, with a maximum operating temperature of up to 200°C.

隐藏域元素占位

  • Product Description
    • Commodity name: HJ569 high temperature four-way magnetic latching relay drive circuit
    • Commodity ID: 1311258023514755072
    • 型号: HJ569
    • 产品概述: HJ569 is a four-channel magnetic latching relay driver circuit.
    • 驱动持续电流(IC/A): 1
    • 击穿电压(VCEO/V): 75
    • 工作温度 (TA): -55 to +125
    • 关键参数: VO(SAT):0.15V
    • 封装 (Package): F14-02

    HJ569 is a four-channel magnetic latching relay driver circuit, with each channel consisting of a transistor, acceleration circuit, and flyback diode. This device is versatile and can be used to drive relays, DC motors, LED displays, incandescent lamps, thermal print heads, and high-power buffers. The device is made using an improved thick-film integrated circuit process, which avoids the defect of 'purple spots' that can easily occur with gold-aluminum bonding in high-temperature environments, thereby enhancing the reliability of the device for long-term use in high-temperature conditions, with a maximum operating temperature of up to 200°C.

      Main features include:

      Operating temperature -40 to +200℃

      Lead soldering temperature (10s) +300℃

      Maximum dissipation power 600mW

      Power supply voltage 75V

      HJ569 uses F14-02 ceramic flat package

    Key words:
    • 继电器
    • 高温
    • 器件
    • 环境
    • 可达
    • 紫斑
    • 长期使用
    • 集成电路
    • 改进
    • 制成
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