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HJ42130 dual-channel low dropout voltage regulator with power-on reset

HJ42130 is a dual low dropout, low ripple sequential power-up linear regulator specifically designed for SM470RIBIM-HT, featuring a power-on/power-off reset circuit. It has characteristics such as small size, high reliability, and low thermal resistance of the housing. It consists of a high-performance operational amplifier, power adjustment transistor, reference voltage source, precision delay network, and hold network to generate two sequential power supplies (+3.3V and 1.8V) and a reset signal required by SM470 (see timing diagram for details). This circuit is made using an improved thick film integrated circuit process, which avoids the defect of 'purple spots' caused by gold-aluminum bonding at high temperatures, enhancing the reliability of the device for long-term use in high-temperature environments with a maximum operating temperature of up to 200°C.

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  • Product Description
    • Commodity name: HJ42130 dual-channel low dropout voltage regulator with power-on reset
    • Commodity ID: 1311258215186059264
    • 型号: HJ42130
    • 产品概述: HJ42130 is a dual low dropout, low ripple sequential power-up linear regulator specifically designed for SM470RIBIM-HT, featuring power-on/power-off reset circuitry. It has characteristics such as small size, high reliability, and low thermal resistance of the housing.
    • 输出电压 (Vo/V): 1.8/3.3
    • 最大输出电流(Io): 200mA
    • 输入电压 (Vi/V): 4.5 to 6
    • 电压调整率(SV): /
    • 电流调整率(Sɪ): 10mV/30mV
    • 最小输入输出压差(△Vmin/V): 1.2/1.7
    • 静态电流 (IQ/mA): 10mA
    • 工作温度 (TA/℃): -55 to +200℃
    • 封装形式 (package): BB483-08

    HJ42130 is a dual low dropout, low ripple sequential power-up linear regulator specifically designed for SM470RIBIM-HT, featuring a power-on/power-off reset circuit. It has characteristics such as small size, high reliability, and low thermal resistance of the housing. It consists of a high-performance operational amplifier, power adjustment transistor, reference voltage source, precision delay network, and hold network to generate two sequential power supplies (+3.3V and 1.8V) and a reset signal required by SM470 (see timing diagram for details). This circuit is made using an improved thick film integrated circuit process, which avoids the defect of 'purple spots' caused by gold-aluminum bonding at high temperatures, enhancing the reliability of the device for long-term use in high-temperature environments with a maximum operating temperature of up to 200°C.

    Absolute maximum rating

    Input voltage(VCC)     4.5~6V      Operating temperature range(TC) --55~++200℃

    Storage temperature                       --65~+200℃                                 Lead soldering temperature(10S) -300℃

    Maximum power dissipation ((Ta=25)℃ , no heat sink))-1500mW   -Output current (per channel-Io)-200mA

     

    Package formAdoptedBB483-08package, dimensions see Appendix Figure12.

    Key words:
    • HJ42130
    • SM470RIBIM-HT
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